Inspiring Interview of Dr.Abdul Kalam

homeimage013‘A clear aim, knowledge, hard work and perseverance spells success’

A vibrant octogenarian — that’s what describes Dr Kalam best. For a man of 80 summers, Dr Kalam is extraordinarily full of life even at 8.15 pm when we sat down for a freewheeling chat, nay an experience. We ask him about his famous ‘thinking hut’ at Rashtrapati Bhawan.

“It is a great place,” he says. “Two books came out of there. Here, I don’t have sufficient area — but everywhere I capture thoughts.” His infectious enthusiasm overpowers us all as we hear him talk about how to live a life to its fullest possible potential. Here are the excerpts of his interaction with Team Careers360.

Q. Sir, you always say that we must dream big and follow our dreams. What makes one follow one’s own dreams? Parents, access or commitment?

A. Dreams are finally nothing but goals or mission in life. In my case I had great teachers in various phases of life. And also my parents, my father and mother were very useful teachers to me throughout their lives. I was the only fellow in the family studying, and their commitment to me was absolute. The spiritual environment at home shaped me.

You should convert your goals and mission to success in spite of problems. That is my lifelong commitment.

Q. Sir, what is more important, the ability to handle failure or the ability to respond to failures?

A. Of course, I have myself gone through many successes and a few failures. And I have also met a number of successful people throughout the world wherever I have gone, and when I discuss with them, they reveal how many problems they have encountered, what kind of failures they have had.

So, I have come to the conclusion that great success has some element of failure also

. I still remember Prof. Satish Dhawan, he gave me a project in 1973, were you born then?

Q. I was born in ’73.

A. (A burst of laughter) He gave me the SLV project in 1973, and named me the project director. I found that there were a lot of senior people above me, you know, experienced people, they should support me and there were a number of youngsters with high technical knowledge. So, I had to bring them all together to succeed. At that time I was in my thirties, 39 or 40. So, I was frightened, whether I can do it. It’s a great job, how can I do it for the first time, how to build a rocket, to make a satellite, and it’s a big vision and how can I do it?

Q. And the nation’s expectations were on you?

A. A lot of expectation. So then Prof.Satish Dhawan, the chairman saw my hesitation. He called me and gave me some advice, famous advice. He said, “Kalam, if you don’t do any work, you don’t experience any problem.” Even in media, if you don’t report there is no problem. If you report, problem starts. (He laughs heartily at this). So,

Prof. Dhawan said major programmes are always coupled with major problems. But don’t allow problems to become your captain, you should become the captain of the problem. Defeat the problem and succeed

. This advice he gave me in 1973, even now it’s true. It is true for politicians, educationists, media people, it’s true in every area. So, the message I’m giving is we should take control of the problems, okay?

Q. Sir, why do we find 2/3 of India’s engineering graduates unemployable? What do you think is the underlying problem?

A. During my recent visit to CanadaI visited a university called Waterloo. For an engineering degree students are taught in the classroom for one year, the next year they go to the industry. So two out of four years they spend in the industry. And in the industry they learn to work within the system, it may be the software system or the hardware system, machine system, electronic system, or chemical system. But they learn to apply what they studied at the university. So when they graduate there is good demand for them. They can hit the ground running.

Q. So, it is lack of integration between real-life work and academia that is the problem?

A. I want to share with you my own experience. In 1957 I studied aeronautical engineering in Madras Institute of Technology. It was a difficult discipline to get into and we were only nine students. Now, Prof. Srinivasan gave us a six months project in our final year. The project was to design low-level (low altitude, he clarifies) attack fighter aircraft. So, having studied, aerodynamics, structures, propulsion, control, etc., here we have to put them together into a workable aircraft system design. I was the project leader for that. I was the ninth, so eight other people are there, someone would give propulsion, some other aerodynamics etc. So, after four and-a-half-months of study, I was there in my laboratory. The teacher, my guide comes. At that time we did not have computers, I was using the design board for drawing the design of the aircraft and my friends were all around me. So, he comes and sees and says, “I’m completely disappointed with your work; I am going to stop your scholarship if you don’t complete the design in two weeks time.” (Dr Kalam laughs.) It was a very costly education, if my scholarship stopped, I had to return home. I talked all kinds of things, gave him excuses, told him we had worked so hard, all of us are suffering etc. But to no avail. And so, finally all of us joined together day and night, Saturdays, Sundays; we didn’t even go to our hostels. And we designed the fighter aircraft.

On a Sunday evening Prof. Srinivasan came, exactly one day before the deadline. He saw the design, he was very happy. Then, he gave us Madras coffee in his house. (Dr. Kalam laughs again as he remembers). It taught me the value of planning, of teamwork, of time. But what we learned most out of that is that in the education system, while we study mechanical engineering, electrical engineering, chemical engineering etc. we should also have a clear understanding of how it all fits into a larger system, a productive system. So students must also be taught system design, system integration, system management, since that is what the industry wants. Our educational system should promote that.

Q. Why, sir, is entrepreneurship and skill development very important to you?

A. We add seven million people every year at 10+2 level and three million graduates every year. So, we inject ten million people into the society every year as employment seekers. This is because entrepreneurship is not taught, either in the secondary school education or in higher education or university education. Entrepreneurship is not part of the curriculum, neither is acquisition of usable skills. That’s why I’m saying if 30 per cent people have to procure their skills, that training should be started during the period of education itself.

Q. Sir, what would be three qualities which you think one requires for success in life?

A. I will say four qualities, okay.

Number one, a clear aim in life, without it you will be going in all directions. Second, you should acquire the knowledge. You acquire knowledge in multiple ways. Great books should be your friend, great teachers should be a friend, and even home environment and parents can help you gain knowledge. The third aspect is hard work with devotion. I am saying since your work is towards your mission, it should be permeated with the devotion to that mission you have in mind. And the fourth one is perseverance. Persevere continuously. You do these four things and you can become anything. All these four things you have, work for it, you will achieve anything.

Q. Sir, would you then say, that it finally boils down to focusing on one mission in life?

A. No, it is finally that the goal should be in front of you. That is my experience.

We are always tempted to do many things simultaneously. But if you start doing one thing, have one goal and put all your efforts into that, then definitely you will succeed. Of course, you have to win! A problem always appears here and there but you have to face the problem and defeat the problem.

Q. Sir, how do we, at Careers360 add better value for our readers?

A. You should not become just like any other magazine. You see 700 million people are living in the rural area, you are reporting about 300 million people. So you should report the success story of a fisherman, an agrofood processor, a farmer, a craftsman. The message is become the magazine of a billion people population.

Q Sir, one last word to our readers.

A. They must think in a big way. I remember 2000 years back, there is a famous saying in Thirukural by Saint Poet Thiruvalluvar — Vellathanaythu Malar Neetam Mandartham Ullathanaytu Uyarvu. It means that, just like the height of the water in a pond determines the height to which a lily would grow, it is the heights of thoughts that determines the heights to which you could aspire for. So as human beings they should have great thoughts, great aims, and when thoughts become transformed into actions performed with perseverance and devotion, success has to follow. Thank you very much sir.

http://getahead.rediff.com/slide-show/2009/jun/22/slide-show-4-dr-apj-abdul-kalam-on-sucess-and-entrepreneurship.htm

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Inspiring Life of Henry Ford

Irish ForeFathers

The Ford family had its roots in Ireland though they had traces of English and Scottish blood in them. Its main occupation was agriculture.

In 1862, a young couple moved a house located at some distance to the south of the other Ford families. They were William and Mary Ford. ‘Grandma’ Holmes, was directing affairs and it was with her help, that this male child was born into the household. The infant was named Henry after his uncle. Henry was one of the eight children.

The Eternal Habit

The first few years of Henry’s boyhood were spent at home under his mother’s watchful eye. When he commenced school for the first time, he was eight years old. The Little Red Brick school in the Scot Settlement was a mile and a half away from the farm. Pretty Miss Emilie Nardin, the nineteen years old teacher, punished the young boy many times. He had to stand up in the corner for misbehaving, or to sit with a girl as punishment for whispering or passing comments during school. Ford attended a one-room school for eight years, when he was not helping his father with the harvest. Henry was naturally fast at figures and one of his teachers, F. R. Ward made him do sums in his head instead of on the blackboard. Thanks to him, Ford in later years, seldom had to put pencil to paper when working out a problem.

Mechanical Bent of Mind

Science, physics and chemistry – those were subjects too remote for the rural scholar. Mechanical knowledge had to be gleaned from experience, which was where young Henry got his. His first experiment was water – wheel, connected with an old coffee mill, which had been made fast to a nearby fence. A rake handle was the shaft and power was obtained by blocking the country ditch. Another early experiment was the operation of a turbine from a boiler. From a very early age, engines fascinated him. He often rode on his father’s wagon to the carding mill at Plymouth, hauling loads of wool, or he made a daylong trip to Detroit with loads of hay and grain. On such one trip, he met a traction engine chugging along the road. While the other men drew up to quiet the horses and chat, Henry studied the mechanism. It was his first glimpse of a self-propelled vehicle; it took him into automotive transportation later on. Many years later,

In Search of Fortune

After his mother’s death at a very young age of 37, Henry’s preference for engines and machinery instead of the endless round of chores and farm work continued to grow, and finally at the age of sixteen, he decided to leave home and seek his fortune in the city. He went to Detroit and got a job in a machine shop. After three years, during which he came in contact with the internal-combustion engine for the first time, he returned home, and worked part-time for the Westinghouse Engine. In spare moments, he did experiments in a little machine shop, which he had set up. Eventually, he built a small ‘farm locomotive’, a tractor that used an old moving machine for its chassis and a homemade steam engine for power.

Back To Detroit

Henry moved back to Detroit again nine years later as a married man. His wife, Clara Bryant, had grown up on a farm not far from Ford’s. Nineteen years old Henry met the dark, attractive girl, Clara, one New Year Eve, and fell in love, that eventually led to their marriage. Clara followed her husband’s experiments with deep interest on his farm locomotive and with a steam road carriage. Her poise, her modesty, and her unassuming friendliness were her characteristics, which made her the right partner for Ford.

fordOne day, as Clara played with the piano keys. She asked “What did you see in Detroit today, Henry ?”. In answer, he launched into a description of a new kind of engine, which was so compact and didn’t need steam to move pistons – no boiler.

Henry drew a diagram of it on a piece of paper so that his wife might understand its operation. Then he revealed the secret of his heart. “I’ve been on a wrong track,” he admitted honestly. “What I would like to do is an engine that will run by petrol, and have it do the work of a horse.”

He concluded, “but I can’t do it out here on the farm, I need other tools and money to pay for things. It would mean moving into Detroit.” The announcement was implicit. Clara made up her mind to leave the comfortable home and independent country life for the crowded quarters and the unknown hazards of the city, with only one intention to support and encourage her husband’s ambitious dream.

Foray Into Automobile Industry

During the next seven years he had various backers, some of whom formed the Detroit Automobile Company in 1899, which was later named as The Henry Ford Company. But all eventually left him in exasperation, because they all wanted a passenger car to introduce in the market, while Ford insisted always on improvement of model, saying, ‘it was not ready for customers’.

During these years, he also built several racing cars, including the ‘999’ racer driven by Barney Oldfield, which set several new speed records. In 1902, he left The Henry Ford Company, which later on was re-organized as The Cadillac Motor Car Company. After a year, he incorporated ‘The Ford Motor Company’, at that time with a mere $ 28,000 in cash put up by ordinary citizens, for Ford had, in his previous dealings with backers, antagonized the wealthiest men in Detroit. Ford was not a licensed manufacturer. He had been denied a license by the ‘Association of Licensed Automobile Manufacturers’, which threatened him to put him out of business. Ford fought back by the gathering the evidence and the court hearings took six years. He lost the original case in 1909, which he appealed and won in 1911. His victory had wide implications for the automobile industry, and the long fight made him an ‘American Hero.

Birth of T Model

“I will build a motor car for the great multitude”, he announced at the birth of Model ‘T’ in October 1908. In 19 years, he sold 15,500,000 cars in the United States, almost 1,000,000 more in Canada, and 250,000 in Great Britain, a total production amounting to half of the auto output of the world ! The motor age had arrived, thanks to Ford’s vision of the car, it was now an ordinary man’s utility, rather than a the rich man’s luxury.

Sharing Profits & Benefits

Ford Motor Company announced that it would pay eligible workers a minimum wage of $ 5 a day compared to an average of $ 2.34 paid to the other industrial workers. The year was 1914. Ford reduced the working day-hours from nine hours to eight, and implemented three-shift schedule. Ford became a worldwide celebrity overnight. People admired him as a great humanitarian; while some others criticized him as a mad socialist.

On the other hand, he continuously reduced the price of Model ‘T’, which used to cost $ 950 in 1908 to $ 290 in 1927. Such innovations changed the very structure of the society as a whole

Blossoming of a Dream

During its first five years, The Ford Company produced eight different models. By 1908 its output was 100 cars a day. The stockholders were ecstatic, but Ford was not satisfied and looked toward turning out 1,000 cars a day. The stockholders seriously considered court action to stop him from using profits for the expansion. The court said in 1919, “while Ford’s sentiments about his employees and customers are nice, a business is for the profit of its stockholders.” Ford, irate that a court and a few shareholders, whom he likened to parasites, could interfere with the management of his company, determined to buy out all the shareholders. He resigned from the post in December 1918 in favor of his son, Edsel Ford.

In March 1919, he announced a plan to organize a new company to write new chapters in the history of the industry.When asked what would become of the Ford Motor Company ? He said, “Why I don’t know exactly what will become of that, the portion of it that does not belong to me cannot be sold to me, that I know.” After that, he planned a huge new plant at Rouge river in Michigan. At the height of its success, the company’s holding stretched from the iron mines of northern Michigan to the jungles of Brazil, and it operated in 33 countries across the globe. Most remarkably, not one cent had been borrowed to pay for any of it. It was built out of profits from the ‘miracle’ Model ‘T’.

A Strict Controller

A similar pattern of authoritarian control and stubbornness marked Ford’s attitude towards his employees. The $ 5 a day that brought him so much attention in 1914, was no guarantee for the future, when in 1929 Ford increased the wages to $7 a day, and suddenly after three years, as a part of fiscal stringency imposed by falling sales and the great depression in the industry, it was cut to just $4 a day, below even to prevailing industry wages.

Ford freely employed company police, labor spies, and violence in a protracted efforts to prevent unionization and continued to do so even after General Motors and Chrysler had come to terms with UAW [United Automobile Workers].When UAW finally succeeded in organizing Ford workers in 1941, Ford once considered even shutting down everything before he was persuaded to sign a union contract.

An American ‘Hero’ Depart

After the death of his only son, Edsel, Henry resumed the presidency of the company. In spite of old age and infirmity, he held it until 1945, when he retired in favor of his grandson, Henry Ford II. At the time of his retirement his estimated wealth amounted to $ 700 million.

Ford died at his home ‘Paradise’ on April 7, 1947, exactly 100 years after his father had left Ireland for Michigan. His holdings in Ford stock went to the Ford Foundation.

 

http://www.worldofbiography.com/0081-Henry%20Ford/

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Inspiring story of Stephen Hawking, great scientist

StephenHawking1On January 8, 1942, Stephen Hawking was born to Frank and Isobel Hawking in Oxford, England. Frank was a researcher specializing in tropical diseases. He later became the Head of the Division of Parasitology at The National Institute of Medical Research. it was at this research center that the two met and got together for a meaningful future. She had got in to odd jobs before she ended up as a secretary at the institute.

Isobel returned to London with the two-week old Stephen, who later began schooling at Highgate where they resided. In 1950, Frank Hawking joined the Institute for Medical Research in Mill Hill. The Hawking family left for St. Albans from where Mill Hill was easily accessible. His school there was St. Albans High School for Girls, which admitted boys too! Later, he shifted to St. Albans School for Boys. His father wanted him to study at the prestigious Westminster Public School, to give him exposure of the status–conscious society of England. But he fell ill at the time of the scholarship examination and had to continue in St. Albans School, an abbey school with rigorous academics and high intellectual standard. Stephen himself has no regrets, “I got an education there that was as good as, if not better than, that I would have had at Westminster. I have never found that my lack of social graces has been a hindrance.”

At school, Stephen did not cut an impressive figure. Awkward and skinny Stephen spoke with a lisp called Hawkingese by his classmates. He had few friends, and highbrow tastes. He preferred classical music to Jazz, Rock’ n Roll and Pop. Bertrand Russell was his hero, and he loved to read Kingsley Amis, Aldous Huxley and William Golding. His favorite pastime was to cycle around the countryside, along with his friends, and to create complex board games. One such game that he invented Dynasty, had a set of complicated rules and took days to finish one game. It was perhaps Stephen’s desire to play God, the feeling of having created the world and the laws that govern it, which comes through right from childhood. But his brilliance was evident even then. After dabbling in aeromodelling, mysticism and the occult, Stephen’s interest finally turned to physics and mathematics. His father objected to his appearing for his A-Level examination with these subjects.

He wanted Stephen to study medicine, as it was the subject of his vocation. Another reason for the opposition was the absence of Mathematics Fellow at the University College, Oxford, where Frank had studied earlier and wanted Stephen to go. As a compromise, chemistry was selected along with mathematics and physics. During the final years of school, Stephen and his friends developed and built a computer – LUCE – the Logical Uniselector Computing Engine.

In March 1959, Stephen took the scholarship examination and cleared about 12 hours of theory papers and three interviews and was finally awarded the scholarship at Oxford. He studied physics there, where his intuitive understanding, rather than hard work helped him master the subject. He won the University Physics Prize in the second year. But slightly bored with what he considered an easy curriculum, he joined the Rowing Club and acquired a taste for alcohol and rowdy pranks. He barely put up 1,000 hours of work during his three years stay at Oxford and just scraped through with a first-class BA (Hon.) degree in 1962. Two things seem to have worked against him in this. The first was that the final examination of Oxford required a lot of factual knowledge, for which Stephen was not really prepared. So he attempted only the theoretical questions and had to face a personal interview because of his below par
performance.

Stephen went to Cambridge University to begin his doctorate in general relativity and cosmology. He hoped to do his research under Fred Hoyle, but was assigned to a tutor; a theorist named Dennis Sciama instead. He was aware of the abilities as well as the physical sufferings that Stephen was undergoing at that time.

    But the great man in the making did have a bad phase : bouts of depression

It all started during his final days at Oxford. Stephen noticed that he was becoming ‘clumsy’. He bumped into things, fell for no apparent reason and his speech was at times slurred. He was never well coordinated as a child, and avoided sport or any physical activity. His handwriting was a cause for concern to his teachers. During Christmas of ’62, his parents noticed something queer in him, and in the beginning of 1963, Stephen had to spend two weeks at the hospital undergoing various tests.

The prognosis was not good. He was diagnosed as having Amyotropic Lateral Sclerosis (ALA), also known as Motor Neuron Disease or Lou Gehrig’s Syndrome. An incurable disease, ALA affects the nerve cells and the body is slowly wasted away. The mind is not affected at all, and there is no physical pain, but the despair of seeing the body wasting away breaks the strongest will. He was not expected to live long enough to complete his doctorate and achieve his dream.

A feeling of despair and depression was but natural. However, Stephen took matters in his own hands. Whenever he felt sorry for himself, he thought of a little boy he had met in the hospital who died of leukemia soon afterwards. Perhaps the main driving force behind his will to live was his meeting with and love for Jane Wilde. They were soon engaged and Stephen realized that he had to complete his Ph.D. before he could get a job and marry Jane. Things began to improve. He met Roger Penrose at King’s College in London. Penrose, a mathematician at Birkbeek College in London had developed the idea of space-time singularity in a black hole. Stephen decided to apply the singularity theory to the universe, and was awarded a Ph.D. on the strength of this one brilliant stroke of genius.

Stephen and Jane married soon after he got the fellowship at Caius. Theoretical Physics the subject of his study, was one area where his physical condition was not a major handicap. He acknowledges the fact that “… I was fortunate that my scientific reputation increased, at the same time that my disability got worse. This meant that people were prepared to offer me a sequence of positions in which I only had to do research, without having to lecture.”
Jane was still an undergraduate at Westfield College in London. She had to go to London every week. Hence, they had to find a place where Stephen could manage things on his own.

After looking around for some time, living in temporary accommodations, they finally rented a house about a 100 yards from the college, which they ultimately bought. They lived there for some years, until Stephen found it difficult to walk up the stairs. The college then offered them a ground floor flat with large rooms and wide doors, close to the University department, also enabling Stephen to commute in his electric wheel chair. By now he was father of two children.

Until 1974, Jane had managed to help Stephen and look after the house and bring up the children, without any outside help. But now it was getting a little difficult to do so. They decided to have one of the research students to come and live with them in return for free accommodation and special attention. Together, they helped Stephen in his daily routine as the disease was rearing its ugly head, paralyzing him completely. Five or six years later, they had to hire regular nurses, who came for an hour or two in the mornings and evenings. But after 1985, when Stephen caught pneumonia and had to have a tracheotomy operation, he needed 24 hours nursing care. All this was made possible only due to grants from several foundations in appreciation of his wealth of knowledge and as a tribute to his singular efforts in the field of Cosmic Research.

Stephen was in Geneva when he caught pneumonia and had to be kept on life support systems. Doctors felt that he would not survive and they advised Jane to remove his life support systems, as it was not worth it. Jane did not allow them to do so. Stephen was flown back to Addenbrooke’s Hospital in Cambridge, where Roger Grey, a surgeon carried out the tracheotomy. He saved Stephen, but the operation took away his voice. Even before the operation, Stephen’s speech was slurred and few could decipher. He could communicate, dictate his scientific papers to his secretary and conduct seminars through an interpreter who would repeat Stephen’s words more clearly. But the operation changed all that. For quite some time, Stephen could communicate only by spelling a word – letter by letter raising his eyebrows when someone pointed to the correct letter. He faced difficulty communicating, and writing a scientific paper was out of question.

When Walt Woltosz, a computer expert in California, heard about Stephen’s plight, he sent a computer program, Equalizer. This program allowed a person to select words from a series of menus on the screen, controlled by a switch, which could be operated either by hand or by eye movement.

After the sentence or the paragraph is completed, it could be sent to a speech synthesizer for printing. Initially, Stephen ran this program on his desktop computer. Later, David Mason of Cambridge Adaptive Communication fitted a small portable computer and speech synthesizer to Stephen’s wheel chair, giving him a voice, with an American accent no doubt, but a voice, nonetheless.

Communication became much easier as Stephen could either speak what he wanted to say, or save it on a disk for later use – to print or to recall sentence by sentence. This system has allowed him not only to write books and scientific papers, but also to take part in scientific and popular talks and seminars. His bestseller book A Brief History of Time was revised after he had found his electronic voice.

Stephen Hawking has received and continues to receive many honors and awards. In 1974, he was elected Fellow of The Royal Society, one of the youngest to be honored. He received the CBE in 1982 and was made a Companion of Honor in 1989. Amongst the many international and foreign awards and prizes is the Membership of the National Academy of Sciences of the United States. His marriage ended after 25 years over his affair with Elaine Mason, one of his nurses and the wife of the man who designed his voice synthesizer.

He has subsequently married her. Stephen Hawking remains active even today. While most physicists naturally use paper and pencil for their calculations, Hawking has the capacity to do them in his mind. Kip Thorne, a professor of theoretical physics at Caltech recalls, “As Stephen gradually lost the use of his hands, he had to start developing geometrical arguments that he could do pictorially in his head. He developed a very powerful set of tools that nobody else really had…..” His memory, like his genius, is legendary. Dependent on prostheses – wheelchair, customized computer, voice synthesizer, Stephen has reached brilliant heights, not letting his handicap push him down the hill. Along with his research, he travels a lot to give public lectures.
Hawking has an obsession to remain in control, and it is perhaps this need which drives him to conduct cosmic research. He once said, “My aim was always to build working model that I could control. I didn’t care what they looked like. I think it was the same drive that led me to invent a series of very complicated games… I think these games… came from an urge to know how things worked and to control them. Since I began my Ph.D., this need has been met by my research into cosmology. If you understand how the universe operates, you control it in a way.”

http://www.worldofbiography.com/9132-Stephen%20Hawking/life3.htm

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Inspiring story of Wright Brothers – Inventors of World’s first manned flight

 

AS A CHILD

 

Wilbur Wright, the eldest of the ‘Wright Brothers’ was born on April 6, 1867 on a small farm near Millville, Indiana. In 1871, four years later, Orville was born in Dayton, Ohio. His father’s name was Bishop Milton Wright. He was a minister and later became a bishop of the Church, in United Brethren. He was a distinguished bishop. Bishop Milton and his wife Susan Catherine had four sons – Reuchlin, Lorin, Wilbur and Orville, and one daughter Katherine.

 

The Wright household was a stimulating place for the children. They grew up in an environment where there was always much encouragement to children to pursue intellectual interests, to investigate whatever aroused curiosity. The house of Wright family had two libraries. One was Bishop’s study library, where books on theology were kept, and the downstairs library had a large and diverse collection. Wilbur and Orville’s father was a firm disciplinarian. Both the parents were loving-natured and the family was a close one.

 

First Interest in Flying

Wilbur was the third son of the Wright family and Orville was the fourth one. When the boys were 11 and seven, their father brought a toy ‘Helicopter’ for them, which sparked their interest in flying. Though their ‘helicopter’ was fragile and did not survive due to their rough play, it ignited an interest in them for the hidden world of aviation, and ultimately put the man flying in the sky.

wright20brothers_2Over the next several years, the boys tried to build these themselves. They called them “bats”. But the larger they got, the lesser they could fly. The innocent boys didn’t know that a machine with only twice the linear dimensions required eight times as much power. Both brothers were discouraged for the time being and diverted their attention to kite-flying.

The Wright family moved from Richmond, Indiana back to Dayton in June 1884. Wilbur was to have graduated from high school. But he left Richmond without receiving his diploma. He was an excellent student. After returning to Dayton, he rejoined Central High School the next year for further studies in Greek and trigonometry.

At the age of 19, Wilbur Wright was hit in the face with a bat while playing an ice-skating game. The injury at first didn’t seem serious. A few weeks later, he began to be affected with nervous palpitations of the heart, which precluded the realization of the former idea of his parents of giving him a course in Yale College. For the next four years, Wilbur remained homebound. He suffered as much from depression as from his vaguely-defined heart disorder. He spent those years at home, caring for his mother suffering from tuberculosis.

 

The First Step in the Career

Wilbur and Orville’s mother Susan died. At that time they were just 22 and 18 respectively. Shocked by this event, Orville decided to quit school. He was an average student. He started a printing business with his elder brother. They published a four page weekly: ‘West Side News’. It was for the first time they introduced themselves as ‘The Wright Brothers’.

The business did not do well, so they diverted to retailing, repairing and manufacturing bike for next four years.

Later on, the brothers went deep into the business of bicycles. And so Orville invented a self-oiling wheel hub.

Back to ‘Flying’

In 1896, Orville suffered from typhoid. While taking care of him, Wilbur read about the death of Otto Lilienthal, a famous German glider pilot. He had made over 2,000 sustained and replicable glides. That was a turning point for the brothers, who got seriously interested in flight again. They read all the articles on aeronautics that they could get.

To get more details, Wilbur wrote to Smithsonian Institution, requesting to provide them published papers on flight. In the letter, he wrote: “My observations… have only convinced me more firmly that human flight is possible and practicable. It is only a question of knowledge and skill, just as in all aerobatic feats.

He requested for papers, saying that he was about to begin a systematic study of the subject in preparation for practical work.

Wilbur asked Octave Chanute, a civil engineer, who wrote about early aviation experiments, for his help in gathering still more information. At that time he had been afflicted with the belief that flight was impossible to man. He wrote: “My disease has increased in severity and I feel it will soon cost me an increased amount of money, if not my life.” In the letter Wilbur outlined his solution for the need to control a flying machine. He described a technique called ‘wing warping’ – which required twisting the surface of each wing to change its position in relation to the oncoming wind.

Chanute and Wrights kept up a regular correspondence during the brothers’ process of building a manned flying machine. Together with his brother Orville, a mechanical wizard, they became self-taught engineers.

 

 

HISTORY MAKERS

 

In the year 1900, the Wright Brothers began their first field experiment. They designed the glider to be flown as a kite with a man on board. But it did not have enough lift. So, they flew it as an unmanned kite operating the levers through cords from the ground. In the summer 1901, the Wright Brothers built a bigger version of their previous glider. But again its lift fell short of calculations. They built a wind tunnel to measure the lift data themselves. They built it in the winter of 1901. In the process, they discovered that the commonly accepted coefficient of lift was too high. They also identified a longer and narrower wing shape, that was for more efficient for flight.

 

Success At Last

The year 1902 was the golden year for the Wrights. In the fall, they successfully tested a new glider based on their own measurements. They made almost 1,000 gliding flights – some covering distances even more than 600 feet. In the next year, Wright Brothers made another breakthrough. Ship-building literature did not prove enough to provide the theory of propulsion for the propeller, which they needed on their aeroplane. They built the first efficient air propellers. They also built a four-cylinder engine that got the best power-to-weight ratio than anything around.

Made Aviation History

The Wrights had not even flown the Flyer yet, but they applied for a patent of their work. On December 17, 1903, at 10:35 a.m., the Wright Brothers made an aviation history. With a few jerky up-and-down movements, Orville flew the Flyer for 12 seconds. He covered just 120 feet. They made a total of four flights that day before a gust of wind damaged the Flyer. In 1905, the Wrights made the world’s first ‘practical’ aeroplane. It could stay airborne for more than half an hour. The next year, on May 22, they succeed in receiving their patent for the Wright flying Machine’. Wilbur made record-breaking flights with their new improved machines near Le Mans, France. In five months of flight demonstrations, he made over 100 flights, that was airborne for total 25 hours. He ended with a record flight of 2 hours and 20 minutes at a stretch.

After winning a contract to produce Wright aeroplanes in Europe, Orville got the chance to shine in Fort Myer, Virginia, demonstrating the worthiness of the Wright Flying Machines for the U.S. Army. The Wright Brothers astonished the world with their exhibition flights in France, Italy, Germany and the United States. Wright Brother’s planes became the world’s first military aeroplanes to be used by U.S. army.

 

http://www.worldofbiography.com/0023-Wright%20Brothers/

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Rags to Riches story of Slum Kid

His story is much more than a celluloid dream script. His is the proverbial rags-to-riches tale, made possible through hard work and determination. E. Sarathbabu’s story started in the slums of Madipakkam. Today, at 29, he is CEO of Foodking Catering Services, which has outlets in Chennai, Goa, Hyderabad and Rajasthan, and has a turnover of Rs. 7 crore.

s-babuTalking about his days of abject penury when he supplemented his mother’s income by selling idlis door-to-door and binding books, Sarathbabu says: “Poverty can never play spoilsport if an individual is determined to win.”

It pays to focus

With two sisters and two younger brothers around, not only food was less, there was no electricity either. “But, I never felt sad as there were no distractions while studying. You cannot achieve anything if you brood over what does not exist. Even when I was asked to stand outside the classroom for not paying the fees, I used to listen to the lessons being taught inside because I understood that nobody — my mother, me or my teacher — was at fault for the situation I was in,” he philosophises.

Sarathbabu’s willpower coupled with his mother’s desire to see her son speak English like the “upper-class” people do, took him to Kings Matriculation Higher Secondary School. While his classmates discussed the good food they ate and the new dresses they bought, Sarathbabu was driven by the desire to top the class. And, first he came, always, even scoring the highest marks in school in the Matriculation Board examination.

His score of over 1,100 in the Class XII examination made him dream big. He found himself in BITS, Pilani, and then at the country’s best B-school, the IIM-Ahmedabad.

“At Pilani, I thought I had bitten off more than I could chew. My poor spoken English aggravated that feeling. But, I did not give up; I started reading books and practising spoken English in front of the mirror. Today, I think I have made it,” he smiles.

Whenever I feel dejected, I think of my mother. I always remember her drinking only water to make sure that her children ate whatever was available. As a child, I used to think she liked water a lot but only later did I realise that it was acute poverty that forced her to fill her stomach with water,” he says.

Turning entrepreneur

Sarathbabu worked for two years with Polaris and repaid the loans taken for higher education. When good jobs came knocking, he shocked all by rejecting them. For, he nurtured a different dream: “I know the pangs of hunger and always wanted to provide employment opportunities.” Today, he employs 250 people.

Sarathbabu launched Foodking in Ahmedabad with a paltry sum of Rs. 2,000. “It was a dream come true, when Infosys’ N.R. Narayanamurthy inaugurated my venture in 2006. I introduced my mother to the chief guest and her eyes filled with tears of happiness. It is one of the most memorable moments of my life,” he recalls.

His dream is a hunger-free world by creating more job opportunities. How does it feel to be a youth icon? “Positively happy.I believe God is giving me this fantastic opportunity to inspire youth so that they too can create more jobs, bridge the rural-urban divide and address social issues and make India shine globally.”

I have risen from the bottom. If I can, why can’t you?” says Sarathbabu, who also plans to start a school for the downtrodden.

Having come this far, this unassuming ‘crorepati’ continues to live in the Madipakkam slum with his wife Priya, mother Deeparamani and his younger brothers. But, he does plan to construct a house for his mother and also convert the ‘hut’ — from where he began his journey — into a memorial.

http://www.hindu.com/mp/2009/03/16/stories/2009031650670100.htm

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Resul Pookutty, Oscar Award Winner- Hero of a rags to riches story

Resul Pookutty hails from the nondescript village of Vilakkupaara at Anchal in Kollam district in Kerala.

 

Being the youngest of eight siblings, Resul did not have much ground to complain against deprivations. He used to walk 6 km to school daily. The Government school where he studied used to provide noon meal and that used to be the major attraction for Resul and many of his friends.

 

Electricity popped into his village when he left there to join the two-year pre-degree course in a college near his father’s ancestral house in nearby Alappuzha district.

Cinema was far from mind, and Pookutty tried his hands at many things before straying into the world of celluloid. He reared domestic animals, sold milk, later took tuitions to finance college.

For a brief while, he dreamt of becoming a doctor, but gave it up when he failed the medical entrance. After graduation in Physics, he joined the Law College, Thiruvananthapuram.

However, even then, say acquaintances, sounds seemed to hold a strong fascination. “During a recent reception at the village, Resul said the chirping of birds and gurgling of the rivulet had always evoked much curiosity in him,” said his brother Baiju.

Going to the cinema along with friends was the favorite pastime. It was only out of curiosity and peer pressure that he applied for the sound engineering course at the Pune Film and Television Institute of India (FTII). He failed the first time, returned to Thiruvananthapuram, and read up all the books he could find on sound engineering. In the next entrance examination and group discussion, Pookutty passed.

 

It was his love of physics that made him opt for sound at the Film Institute in Pune. Those were hard times. It was the scholarship at college that helped me sail through without much difficulty”, Resul said before he left for the Oscar award ceremony.

 

resul-pookutty1Out of college, he worked in Rajat Kapoor’s ‘Private Detective’. A string of films followed. The break came with Sanjay Leela Bansali’s ‘Black’, which was noted for its sound mixing.

 

While there has been no looking back, in home state Kerala, it is only recently that people came to know Pookutty, who has been living in Mumbai with his wife Shadiya and two children for the past decade. “Even the people of Vilakkupara learned about the feat of its son only recently,” said Baiju

 

Looking back, Resul believes even small things life stood out for sheer coincidence. His hostel room in Pune had the poster of Danny Boyle’s film, ‘Trainspotting’. And 12 years later when his phone rang, with Boyle wanting to sign him up for ‘Slumdog..’, the poster flashed in his mind.

  

Sound engineer Resul Pookutty became the third Indian to bring Oscar glory for India by winning the award for sound mixing in ‘Slumdog Millionaire’.His regret is both parents are not alive to celebrate his Oscar nomination. He is married to Bebin Shadiya and they have two children-Ryan, three and a half years and Salna, one year.

 

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Srimanth fights cerebral palsy to become Karate Champion.

The Indian contingent for the Isshinryu world karate championships in Pittsburgh, US on June 18, 19 and 20 will include Srimanth Bal of Gujarat. Nothing unusual one would think. Except that Srimanth was a spastic. He was born with quadriplegia a form of cerebral palsy where brain damage renders both arms and legs dysfunctional — he had to be tube-fed for three years. Doctors told them to pray but his parents, Srinivas Bal and his wife of Vapi, Gujarat, wouldn’t give up.


Surfing the net, Srinivas stumbled upon information that Chennai-based Shihan Hussaini, an 8th degree black belt in karate and social worker, was doing pioneering work with children of the Spastics Society of Tamil Nadu and that ‘karate therapy’ had worked wonders.


Shihan Hussaini was contacted and Srimanth, 11, arrived in Chennai in 2003. He was wheelchair-bound; he could barely stand on his own. Hussaini then summoned one of his students Hardik Joshi — a 5th degree black belt from Gujarat — and gave him the responsibility of training Srimanth. Teacher and pupil went back and began, step by step, the laborious training process.


karate2It was six months before he could stand on his own. Then he started the basic blocks, hand attacks and kicks. Soon, Srimanth began running. He mastered complex katas of Isshinryu karate, leaving even experts spellbound.


After five years, when Srimanth came here for his black belt test, Shihan Hussaini was dumbstruck. “Initially I was apprehensive. The boy looked like a vegetable. But he was a keen observer and quick learner.” Srimanth ran the mandatory 24 km non-stop before doing 100 repetitions of the difficult endurance exercises. He also scored excellently in his basics, katas, weapons, sparring and self-defence. Now, he is in the Indian team for the Isshinryu world karate championships — the first such boy to do so.


 On Monday, Srimanth held a demonstration of his spectacular recovery and amazing talents at the Music Academy where Shihan Hussaini presented mementoes to the parents and the instructor.


I just can’t believe it. It is a dream come true for me. Joshi sir stood by me like a rock. If not for him, I would not be here today. Perseverance pays, I am an example of this,” Srimanth told media persons. Asked whether he was confident of bringing home laurels from Pittsburgh, pat came the reply. “Yes. Why not? I am confident of returning with medals.”


Said a proud Srinivas: “I just thank God and Joshi and Hussaini for their efforts in getting Srimanth on his feet and giving him a new lease of life.’’

 

http://epaper.timesofindia.com/Daily/skins/TOI/navigator.asp?Daily=TOICH&login=default&AW=1235309351140

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You become what You Believe – Inspiring Speech by Oprah Winfrey

Oprah Winfrey’s Commencement Address
Wellesley College. May 30, 1997

My hat’s off to you! My hat’s off to you!
[crowd cheers: Go Girl!]


You all have “gone” girls! I want to say thank you, Dr. Walsh and to the esteemed faculty, to those of you parents–what you have been through, God Bless you–and to the greatest class that has ever graduated from Wellesley. I must say–you are my heart, Dr. Walsh is right. I saw you walking in and I started to weep, and I don’t consider myself a weeper, but I guess I must be if I started to weep, because I know what it takes to get through here and I am so proud of all of you for getting through.

You all know this, that life is a journey and I want to share with you just for a few moments about five things (aren’t you glad they aren’t ten) five things that have made this journey for me exciting. Five lessons that I’ve learned that if I had gone to Wellesley I could have not made as many mistakes, but five lessons that I’ve learned that have helped me to make my life better.

First of all, life is a journey. I’ve learned to become more fully who you are and that is what I love about this institution, it allows women to come to the fullest extent of their possibilities who they really are and that’s what life does–teach you to be who you are. It took me a while to get that lesson, that it really is just about everyday experiences, teaching you, moment in, moment out, who you really are. That every experience is here to teach you more fully how to be who you really are. Because, for a long time I wanted to be somebody else. I mean growing up I didn’t have a lot of role models. I was born in l954. On TV there was only Buckwheat, and I was ten years old before I saw Diana Ross on “The Ed Sullivan Show” with the Supremes and said I want to be like that. It took me a long time to realize I was never going to have Diana Ross’ thighs, no matter how many diets I went on, and I was not going to have her hair neither unless I bought some. I came to the realization after being in television and having the news director trying to make me into something that I wasn’t and going to New York and allowing myself to be treated less than I should have been–going to a beauty salon, you all know there is a difference between Black hair and White hair. That is the one thing you learn the first week at Wellesley: how did you get your hair to do that? What I learned going to a beauty salon and asking them, after the news director told me that my hair was too thick and my eyes were too far apart and I needed a makeover, sitting in a French beauty salon, allowing them to put a French perm on my Black hair and having the perm burn through my cerebral cortex and not being the woman that I am now, so not having the courage to say, “this is burning me,” and coming out a week later bald and having to go on the air. You learn a lot about yourself when you are Black, and a woman and bald and trying to be an anchor woman. You learn you are not Diana Ross and that you are not Barbara Walters who I was trying to be at the time.

I had a lot of lessons. I remember going on the air many times and not reading my copy ahead of time. I was on the air one night and ran across the word “Barbados,” that may be Barbados to you but it was ” Barb-a-does” to me that night and telling the story as an anchor woman about a vote in absentia in California, I thought it was located near San Francisco. This is when I broke out of my Barbara shell, because I am sitting there, crossing my legs, trying to talk like Barbara, be like Barbara, and I was reading a story about someone with a “blaze” attitude which, if I had gone to Wellesley, I would have known it was blasé and I started to laugh at myself on the air and broke through my Barbara shell and had decided on that day that laughing was OK even though Barbara hadn’t at that time. It was through my series of mistakes that I learned I could be a better Oprah than I could be a better Barbara. I allowed Barbara to be the mentor for me, as she always has been, and I decided then to try to pursue the idea of being myself and I am just thrilled that I get paid so much every day for just being myself, but it was a lesson long in coming, recognizing that I had the instinct, that inner voice that told me that you need to try to find a way to answer to your own truth was the voice I needed to be still and listen to.

oprah1One of the other great lessons I learned taught to me by my friend and mentor, Maya Angelou and if you can get this, you can save yourself a lot of time. Wendy and I have had many discussions about this, particularly when it comes to men, although she has a very nice one right now. Remember this because this will happen many times in your life:

When people show you who they are, believe them, the first time. Not the 29th time! That is particularly good when it comes to men situations because when he doesn’t call back the first time, when you are mistreated the first time, when you see someone who shows you a lack of integrity or dishonesty the first time, know that that will be followed by many, many, many other times that will at some point in life come back to haunt or hurt you. When people show you who they are, believe them, the first time. Live your life from truth and you will survive everything, everything, I believe even death. You will survive everything if you can live your life from the point of view of truth. That took me a while to get, pretending to be something I wasn’t, wanting to be somebody I couldn’t, but understanding deep inside myself when I was willing to listen, that my own truth and only my own truth could set me free.

Turn your wounds into wisdom. You will be wounded many times in your life. You’ll make mistakes. Some people will call them failures but I have learned that failure is really God’s way of saying, “Excuse me, you’re moving in the wrong direction.” It’s just an experience, just an experience.

I remember being taken off the air in Baltimore, being told that I was no longer being fit for television and that I could not anchor the news because I used to go out on the stories and my own truth was, even though I am not a weeper, I would cry for the people in the stories, which really wasn’t very effective as a news reporter to be covering a fire and crying because the people lost their house [pretending to cry as she said this]. And it wasn’t until I was demoted as an on-air anchor woman and thrown into the talk show arena to get rid of me, that I allowed my own truth to come through. The first day I was on the air doing my first talk show back in l978, it felt like breathing, which is what your true passion should feel like. It should be so natural to you. And so, I took what had been a mistake, what had been perceived as a failure with my career as an anchor woman in the news business and turned it into a talk show career that’s done OK for me!

Be grateful. I have kept a journal since I was l5 years old and if you look back on my journal when I was l5, l6, it’s all filled with boy trouble, men trouble, my daddy wouldn’t let me go to Shoney’s with Anthony Otie, things like that. As I’ve grown older, I have learned to appreciate living in the moment and I ask that you do, too. I am asking this graduating class, those of you here, I’ve asked all of my viewers in America and across the world to do this one thing. Keep a grateful journal. Every night list five things that happened this day, in days to come that you are grateful for. What it will begin to do is to change your perspective of your day and your life. I believe that if you can learn to focus on what you have, you will always see that the universe is abundant and you will have more. If you concentrate and focus in your life on what you don’t have, you will never have enough. Be grateful. Keep a journal. You all are all over my journal tonight.

Create the highest, grandest vision possible for your life because you become what you believe. When I was little girl, Mississippi, growing up on the farm, only Buckwheat as a role model, watching my grandmother boil clothes in a big, iron pot through the screen door, because we didn’t have a washing machine and made everything we had. I watched her and realized somehow inside myself, in the spirit of myself, that although this was segregated Mississippi and I was “colored” and female, that my life could be bigger, greater than what I saw. I remember being four or five years old, I certainly couldn’t articulate it, but it was a feeling and a feeling that I allowed myself to follow. I allowed myself to follow it because if you were to ask me what is the secret to my success, it is because I understand that there is a power greater than myself, that rules my life and in life if you can be still long enough in all of your endeavors, the good times, the hard times, to connect yourself to the source, I call it God, you can call it whatever you want to, the force, nature, Allah, the power. If you can connect yourself to the source and allow the energy that is your personality, your life force to be connected to the greater force, anything is possible for you. I am proof of that. I think that my life, the fact that I was born where I was born, and the time that I was and have been able to do what I have done speaks to the possibility. Not that I am special, but that it could be done. Hold the highest, grandest vision for yourself.

Just recently we followed Tina Turner around the country because I wanted to be Tina. So I had me a nice little wig made and I followed Tina Turner because that is what I can do and one of the reasons I wanted to do that is Tina Turner is one of those women who have overcome great obstacles, was battered in her life, and like a phoenix rose out of that to have great legs and a great sense of herself. I wanted to honor other women who had overcome obstacles and to say that Tina’s life, although she is this great stage performer, Tina’s life is a mirror of your life because it proves that you can overcome.

Every life speaks to the power of what can be done. So I wanted to honor women all over the country and celebrate their dreams and Tina’s tour was called the Wildest Dreams Tour. I asked women to write me their wildest dreams and tell me what their wildest dreams were. Our intention was to fulfill their wildest dreams. We got 77,000 letters, 77,000. To our disappointment we found that the deeper the wound the smaller the dreams. So many women had such small visions, such small dreams for their lives that we had a diffcult time coming up with dreams to fulfill. So we did fulfill some. We paid off all the college debt, hmmm, for a young woman whose mother had died and she put her sisters and brothers through school. We paid off all the bills for a woman who had been battered and managed to put herself through college and her daughter through college. We sent a woman to Egypt who was dying of cancer and her lifetime dream was to sit on a camel and use a cell phone. We bought a house for another woman whose dream had always been to have her own home but because she was battered and had to flee with her children one night, had to leave the home seventeen years ago. And then we brought the other women who said we just wanted to see you, Oprah, and meet Tina. That was their dream! Imagine when we paid off the debt, gave the house, gave the trip to Egypt, the attitudes we got from the women who said, “I just want to see you.” And some of them afterwards were crying to me saying that “we didn’t know, we didn’t know, and this is unfair,” and I said, that is the lesson: you needed to dream a bigger dream for yourself. That is the lesson. Hold the highest vision possible for your life and it can come true.

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Life of Jagadishchandra Bose, Great Scientist

The Parents

Jagadishchandra Bose was born on the 30th of November 1858 in Faridpur in Dacca District. Faridpur was a part of India until 1947; now it is in Bangla Desh. His mother Abala Bose was a tenderhearted and affectionate woman. His father Bhagawanchandra Bose was a man of excellent qualities.

Early Education

As long back as a hundred year ago, Bhagawanchandra Bose started schools in which children were taught in Bengali. Jagadishchandra also received his early education in this school. Jagadish mixed with the poor boys freely and played with them; so he gained first hand knowledge of the sufferings of poor people.

There was another interesting person in his early life. This was a servant who used to take Jagadishchandra to school every day. He had been a dacoit in the past. Bhagawanchandra Bose as a judge had sent him to prison. After some time the dacoit came out of prison. But how was he to live? Bhagawanchandra Bose was a very good-natured man. So he employed him as a servant. The dacoit used to tell little Jagadishchandra. events of his past life the robberies he had committed and his cruel deeds. His adventures made a lasting impression on the boy.

Young Bose was all curiosity. He wanted to know about everything that happened around him. What is, a glow-warm? Is it fire or spark? Why does the wind blow? Why does the water flow? He was always ready with a string of questions. His father would answer as many questions as he could. But he never tried to impress upon his son that he knew everything. If he could not answer a question, he would frankly tell his son so. Thus Jagadish chandra’s parents took great interest not only in his studies but also in everything that shaped his character.

In Calcutta

Jagadishchandra began a new chapter in his life at the age of nine. He had to leave his hometown. He went to the big city of Calcutta for further education. He was admitted to Saint Xavier School there.

While he was studying at Saint Xavier’s, Jagadishchandra was staying in a boarding house. He had no friends and was lonely here. But he was a born scientist. Even as a boy he had many hobbles which showed his scientific interest. He used to breed frogs and fishes in a pond nearby. He would pull out a germinating plant and observe its root system. He had also a number of pets like rabbits, squirrels and non-poisonous snakes. Even in Calcutta he continued these hobbies to get over his solitude. He grew flower-bearing plants and had animals and birds as pets. He did well in his studies and was in the forefront. The teachers liked him for his intelligence. Jagadishchandra passed the School Final Examination in the First Class.

He joined the B.A. class in the college. In those days, science subjects formed a part of this course. He was most interested in Biology (the science of life). But Father Lafont, a famous Professor of Physics, inspired in Bose a great interest in the science of Physics and Bose became his favourite student. Even so, Bose was always interested in any branch of science. Botany, the science of plants, still attracted him much.

In London

By nineteen, Jagadishchandra was a Bachelor of Arts. He wanted to go to England for higher studies. Finally, his good mother allowed him to go. She had saved some money. She also wanted to sell her jewels to meet the expenses of her son’s voyage. Bhagawan chandra Bose prevented her and he managed to find the money on his own.

At last Jagadish was on his way to England. The year was 1880. Twenty- two-year-old Jagadishchandra Bose stepped into the ship; he was stepping into a new phase of life which laid the foundations of a brilliant future.

In London he first studied medicine. But he repeatedly fell ill. So he had to discontinue the course. He then studied Natural Science in Christ Church College, Cambridge. It was necessary to learn Latin in order to study Natural Science; Jagadish had already learnt it. He passed the Tripos Examination with distinction. In addition to the Cambridge Tripos Examination, he passed the Bachelor of Science Examination of London University also.

The Young Scientist  His Own Smith, Too

Jagadishchandra Bose was back in India. He joined the staff of the Presidency College, Calcutta. There was a peculiar practice in that college. The Indian teachers in the college were paid one third of what the British teachers were paid! So Jagadishchandra Bose refused his salary but worked for three years. This did not continue for long. His deep knowledge zest for work and cultured behavior won over those in charge of the college. They saw to it that he was given the full salary of the post and not one-third.

Teaching the same lessons year in and year out was very tedious to Bose. His was an alert mind, always on the look out for new ideas. He wanted to do research, to widen his knowledge and discover new things.

A laboratory is necessary for research. Many scientific instruments are required. Jagadishchandra Bose had no laboratory and he did not have the instruments. But he was not disheartened. For eight or ten years he spent as little out of his salary as possible, lived a very strict life, saved money and bought a laboratory!

Generally Marconi’s name is associated with the invention of wireless. (This made possible the use of the radio.) Jagadish chandra Bose had also conducted independent research in the same field. Marconi was able to announce the result of his work and show how wireless telegraphy worked, earlier than Jagadishchandra Bose. So he is called ‘the father of the radio’. In the year 1896 Bose wrote a research article on electro-magnetic waves. This impressed the Royal Society of England (which is famous all over the world). He was honoured with the Degree of Doctor of Science.

Bose became famous in the world of science. In India and in other countries there was a strong belief that only Westerners could achieve anything worthwhile in science. Bose proved this wrong concept. He showed that there were geniuses elsewhere too. He visited England again, this time to explain his discoveries to the scientists of the West.

Bose needed scientific equipment. But the instruments he needed were not available. But this did not hamper his work. Early in his life he had learnt to make his equipment with his own hands. The scientific instruments he took to England were those he himself had made.

Fame

After he lectured at the Royal Society, scientific associations in many other countries invited Jagadishchandra Bose. He visited France, Germany, America and Japan besides England. He lectured at several places and explained his discoveries.

When electricity passes through a man, animal or plant, we say there is a ‘shock’. When it is passed through a living being the being gets excited, ‘irritated’. Bose developed an instrument that would show such a reaction of the organism on a graph. When electricity was passed through zinc, a non-living substance, a similar graph was obtained. So he came to the conclusion that living and non-living things were very similar in certain reactions.

In Paris he gave a lecture on this similarity between the living and the non-living world. Have you heard of ‘radar`? This is a very wonderful scientific device. Sailors on the sea use it; it is also used to get information about aeroplanes coming towards a place. So you see how useful it is during a war. If the aeroplanes of the enemy try to attack a city, the radar shows their movement. J.C. Bose worked out some details of very great importance; these are being used in the working of the radar. When Jagadish chandra Bose again visited England, Cambridge University honoured him as a Professor.

Generally, when a man invents something new he declares that nobody can make use of it without his permission. If anybody desires to, make use of it, he will have to pay him money, Why? Because the inventor has worked hard and he has used his time and brains for his invention. It is not right to make use of his work without paying him. An inventor can make lakhs of rupees by just one or two inventions. Bose had invented many instruments. They have since been used by many industries. When he was offered money for these he did not accept it. He was very generous and noble; he felt that knowledge was not any one’s personal property. He permitted any one the use of the fruits of his work.

 When an outside stimulus is applied to the muscles of a man or a non-living thing (says a mineral), they respond to it. Bose wondered whether this could happen in a plant also. To test this he brought a leaf, a carrot and a turnip from the garden. He applied the stimulus, i.e., and electricity. It was confirmed that plants also respond in a similar way. Jagadishchandra Bose explained this at a meeting of the Royal Society.

Challenges

When anything new is discovered, there will always be people who question it. The results of Bose’s work, too, were not accepted by all. There were people who challenged them and even said that there was not much truth in them. Bose gave a lecture at the Linnean Society next year to a gathering of scientists. He explained with suitable experiments how plants respond to stimuli. Even those who had challenged him could not find fault with his experiments or conclusions.

There is an interesting story about a demonstration that Bose gave in England. On that day he wanted to show some new things that he had found out. He had come to the conclusion that plants can feel pain like animals; that when we pinch them they suffer; and that they die in a few minutes after they are poisoned. Bose wanted to show experiments to prove these conclusions. A number of scientists and other leading men and women had gathered to hear him. Bose started the experiments by injecting poison into a plant. The plant should have shown signs of death in a few minutes. On the contrary, nothing happened. The learned audience started laughing. Even at this adverse moment Bose showed admirable calmness. He thought quickly. The poison that he injected into the plant did not kill it. So, he supposed that it would not hurt him also. With full confidence he got ready to inject the poison into himself. At that instant a man got up and confessed that instead of poison he had put similar colored water. Now, Bose conducted the experiment again with real poison, whereupon the plant withered and died as expected.

Jagadishchandra Bose continued his work and made new discoveries. He found that plants shrink a little during the night. He found out why plants always grow towards light even if they have to bend. He also found out the reason why some plants grow straight and some do not. He explained that this was due to the ‘pulsation’ in plants. This pulsation quickens by heat and slows down by cold in plants.

Jagadishchandra Bose did remarkable work, – and scientists outside India had honoured him. Yet there were people who opposed him. As a result even the Royal Society delayed publishing his valuable work in its publications, But nothing could make him give up his work. He was sure that years of research had led him to the truth. So he did not feel that it was very necessary to depend on scientific journals only. He wrote books and published them on his own.

The Questioning Boy – The Great Scientist

Nature had always been a source of attraction right from his early age to Bose. There are flowers on plants; flowers give fruits; the leaves fall off; seeds germinate into new plants – we see all these around us.

But Bose was interested in these happenings, which to many people seem quite ordinary. He asked others questions; he asked himself, too: ‘How do these things happen?’ Not always could he satisfy his curiosity. But it was his way to try to find answers to any questions arising in his mind.

Scientist And Man Of Letters

Jagadishchandra Bose was famous as a scientist. He brought laurels to his motherland. But his interests were many-sided. He was especially interested in literature and fine arts. The great poet Rabindranath Tagore and Jagadish chandra Bose were very good friends. The first time Tagore visited Bose, he was not at home. Tagore left a bunch of champak flowers. This was the beginning of their friendship.

Tagore invited Bose to stay with him for some time. Bose agreed to do so on one condition. The condition was that Tagore should narrate a story to him every day. This is how a number of Tagore’s stories  came to be written. Have you read the story ‘The Cabuliwallah’? It is very fine story; it narrates how a deep and strange friendship grew up between a rough pathan and a tine Bengali girl. This has been translated into several languages and is well known in a number of countries. Tagore wrote this story when Bose was staying with him.

Jagadishchandra Bose died in November 1937. To the very end he was busy with research. Wealth and power never attracted Jagadishchandra Bose. He toiled for science like a saint, selflessly. This great scientist is a great example to all.

http://www.freeindia.org/biographies/greatscientists/jcbose/index.htm

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Inspiring interview with Larry Page, Founder of Google

Larry Page, what is responsible for your early progress in life? How did you get to where you are so quickly?

Larry Page: I think I was really lucky to have the environment I did when I was growing up.

My dad was a professor, he happened to be a professor of computer science, and we had computers lying around the house from a really early age. I think I was the first kid in my elementary school to turn in a word-processed document. I just enjoyed using the stuff. It was sort of lying around, and I got to play with it. I had an older brother who was interested in it as well. So I think I had kind of a unique environment, that most people didn’t have, because my dad was willing to spend all his available income on buying a computer or whatever. It was like 1978, when I was six. I don’t think there’s many people my age who’ve had that experience, or anyone in general. From a very early age, I also realized I wanted to invent things. So I became really interested in technology and also then, soon after, in business, because I figured that inventing things wasn’t any good; you really had to get them out into the world and have people use them to have any effect. So probably from when I was 12, I knew I was going to start a company eventually

How do you think you knew at such an early age that you wanted to be an inventor?

Larry Page: I just sort of kept having ideas. We had a lot of magazines lying around our house. It was kind of messy. So you kind of read stuff all the time, and I would read Popular Science and things like that. I just got interested in stuff, I guess, technology and how devices work. My brother taught me how to take things apart, and I took apart everything in the house. So I just became interested in it, for whatever reason, and so I had lots of ideas about what things could be built and how to build them and all these kinds of things. I built like an electric go-cart at a pretty early age.

page1It’s as if computers were the toys of your childhood.

Larry Page: Yeah, basically, and electronics too.

You mentioned reading magazines like Popular Mechanics. What else did you read that might have influenced or inspired you in some way?

Larry Page: I read all the computer magazines and things like that, and I was sort of interested in how these things really work — anything having to do with the mechanics behind things, either the mechanics or the electronics. I wanted to be able to build things. Actually, in college I built an inkjet printer out of Legos, because I wanted to be able to print really big images. I figured you could print really big posters really cheaply using inkjet cartridges. So I reverse-engineered the cartridge, and I built all the electronics and mechanics to drive it. Just sort of fun projects. I like to be able to do those kinds of things.

You certainly have an aptitude for it. Is this because of your early education or your parents? How do you explain that?

Larry Page: Actually, my brother was nine years older than me, and he went to Michigan as well. He brought home some of his labs for electronics and things like that, and sort of gave them to me. I learned how to do the stuff. I think there were a lot of lucky things like that.

You seem to have had no fear of any of this. Where does this self-confidence come from?

Larry Page: I think that’s true of kids today as well. If you have access to these things at a really young age, you just become used to it all, and it is natural to you. Kids certainly don’t have fear of using computers now. It’s the same kind of thing. If you grow up in environments where you have ICs (integrated circuits) lying around, you don’t have fear of that either.

And here you are now, a CEO at what age?

Larry Page: I’m 27.

Why is it that you perceived the need for Google before anyone else did?

Larry Page: Well, it’s actually a great argument for pure research because… So anyway… Search engines didn’t really understand the notion of which pages were more important. If you typed “Stanford,” you got random pages that mentioned Stanford. This obviously wasn’t going to work.

Larry, you’re a CEO at 27. What challenges or frustrations have you experienced at reaching this station at such a young age?

Larry Page: I think the age is a real issue. It’s certainly a handicap in the sense of being able to manage people and to hire people and all these kinds of things, maybe more so than it should be. Certainly, I think, the things that I’m missing are more things that you acquire with time. If you manage people for 20 years, or something like that, you pick up things. So I certainly lack experience there, and that’s an issue. But I sort of make up for that, I think, in terms of understanding where things are going to go, having a vision about the future, and really understanding the industry I am in, and what the company does, and also sort of the unique position of starting a company and working on it for three years before starting the company. Then working on it pretty hard, whatever, 24 hours a day. So I understand a lot of the aspects pretty well. I guess that compensates a little bit for lack of skills in other areas.


It appears that it’s people of your generation who have really introduced the so-called “24/7 mentality.” Are you aware of that? Do you think that accounts for your success?

 

Larry Page: I think it definitely helps to be really focused on what you are doing. You can only work so many hours, and I try to have some balance in my life and so on. I think a lot of people go through this in school. They work really hard. You can do that for part of your life, but you can’t do that indefinitely. At some point, you want to have a family. You want to have more time to do other things. I would say that it is an advantage being young. You don’t have as many other responsibilities.

What else are you doing these days?

Larry Page: I think I am really lucky. Being in the Bay Area, a lot of my friends have started companies that have been quite successful at different stages. So I go up to San Francisco and I hang out with my friends, and we talk about their companies and all sorts of different things. It is fun, but it is also work in some sense. I think within Silicon Valley there is really a mix of recreation and work a lot of times.

Where do you go from here? What do you see yourself doing in ten or 20 years?

Larry Page: Artificial intelligence would be the ultimate version of Google. So we have the ultimate search engine that would understand everything on the Web. It would understand exactly what you wanted, and it would give you the right thing. That’s obviously artificial intelligence, to be able to answer any question, basically, because almost everything is on the Web, right? We’re nowhere near doing that now. However, we can get incrementally closer to that, and that is basically what we work on. And that’s tremendously interesting from an intellectual standpoint.

We have all this data. If you printed out the index, it would be 70 miles high now. We have all this computation. We have about 6,000 computers. So we have a lot of resources available. We have enough space to store like 100 copies of the whole Web. So you have a really interesting sort of confluence of a lot of different things: a lot of computation, a lot of data that didn’t used to be available. From an engineering and scientific standpoint, building things to make use of this is a really interesting intellectual exercise. So I expect to be doing that for a while. On the other hand, I do have a lot of other interests as well. I am really interested in transportation and sustainable energy. For fun, I invent things on the side, but I don’t really have time to follow up on them.

What do they think of people like you at Stanford and Michigan? You are extraordinary people they’re sending out into the world.

 

Larry Page: Well, thank you. It was kind of strange for me. I went back to Michigan and there was all this faculty who wanted to meet with me. It was just very strange, going from a student to that. At Google, especially, we are really lucky. Everybody is our product! Or it’s starting to be everybody. No matter who you talk to, they’re like, “Oh, Google today was great. I found exactly what I needed.” Somehow we’ve done a really good job. People are really happy with our company, and we have provided pretty good service. So that sort of transfers onto how people interact with me as well, which is really nice.

It used to be that a Ph.D. candidate hoped to have his or her dissertation published in some obscure academic journal. Your dissertation started a company and launched you on a career.

Larry Page: There are a lot of students at Stanford who have started companies based on their research work. I think Stanford does a pretty good job with that. There is obviously a lot of infrastructure, but also there is an acceptance of it, which I think is good.

Is there an expectation?

Larry Page: There is sort of a joke that faculty members have to start a company before they get tenure. I don’t think that’s quite true. The faculty are very focused on what is going on in the world, which I think is a good thing. The danger is if you’re not doing research because you are pushed into things that are just practical.

Larry Page, what do you see as the responsibilities that go along with success and the accumulation of wealth that we are seeing in Silicon Valley today?

Larry Page: I think there is tremendous responsibility. If I was not in this situation, my biggest concern would be the concentration of wealth and power in a very small number of people. On the other hand, it is nice to be rewarded for what you do. There are a lot of things I would like to do in the world that having a lot of resources would really help with.

What do you want to do?

Larry Page: I have been really interested in applying technology to transportation. I don’t think that has really been done. Making cars better. There are a lot of interesting systems people have designed that basically are small monorails that run along sidewalks, and that route you exactly where you want to go. Some of these things are actually quite practical. As a side interest, I have kind of followed this stuff. When I was in Michigan, I tried to get them to build a monorail between central and north campus, because it is only a two-mile trip, and they have 40 full-sized diesel buses that run back and forth. Two miles! So that’s a prime candidate for new transportation.

Is there any reason for you to go back to Stanford and finish your degree? You have taken leave of absence from Stanford to be a CEO. Why bother to go back at all?

Larry Page: Well, I think Stanford is a really great place. There’s really, really smart people around, and it’s really a fun place to be. Some people from other startups have gone back when things sort of calmed down. So it does happen. There are things I want to work on that are very speculative, and Stanford is a great place to do things like that. I didn’t start out building a search engine. I just said, “Oh, the links on the Web are probably interesting. Why don’t we try doing something with that?” I was pretty lucky that it was a useful thing to do. If you’re doing something you’re not sure is going to work at all, a company probably isn’t the right place to be doing it. Having incredibly bright people around to work with is a really nice thing. I could see going back for that purpose.

 

http://www.achievement.org/autodoc/page/pag0int-1

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