MY TECHOUSE OF SUCCESS!: CLAYTRONICS: TURNING DREAMS INTO REAL....IS IT??????

Friday, 5 August 2011

CLAYTRONICS: TURNING DREAMS INTO REAL....IS IT??????

IT IS A CONCEPT THAT COMBINES NANOTECHNOLOGY AND MODULAR PROGRAMMABLE ROBOTICS TO CREATE WHAT IS ALSO CALLED PROGRAMMABLE MATTER,PROGRAMMABLE GRIT,DYNAMIC PHYSICAL RENDERING OR SYNTHETIC REALITY.VERY SMALL CONCEPT CALLED CLAYTRONIC ATOM OR CATOMS, HAVE ABILITY TO MOVE AND MORPH INTO SHAPES CONTROLLED BY A COMMUNICATION NETWORK.

IT IS A ONE INSTANCE PROGRAMMABLE MATTER,A SYSTEM WHICH CAN BE USED TO REALIZE 3D DYNAMIC OBJECTS IN THE PHYSICAL WORLD.

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SUCCESS!!!!!!!!

The man who makes a success of an important venture never waits for the crowd. He strikes out for himself. It takes nerve, it takes a great lot of grit; but the man that succeeds has both. Anyone can fail. The public admires the man who has enough confidence in himself to take a chance. These chances are the main things after all. The man who tries to succeed must expect to be criticized. Nothing important was ever done but the greater number consulted previously doubted the possibility. Success is the accomplishment of that which most people think can't be done.

NEWS PAPER BOY WHO BECAME PRESIDENT OF INDIA

He made me repeat these three words in a schoolteacher’s tone: perseverance, hard work and patience.This, he said, was alone the path to progress.I realised, that those were the very words he’s lived by all through his life. They are both philosophical and practical, quite like the world he grew up in as a boy in the island town of Rameswaram, in south India.

His father, a humble boat owner, Jainulabdeen, was a devout Muslim and a close friend of the Rameswaram temple priest. Kalam was brought up in a multi-religious, tolerant society; one with a progressive outlook. His father often quoted from the Quran to make the young Kalam see the world without fear. He had seven siblings, and a doting mother who, at times, made chappatis for Kalam, while the others were given rice as Kalam’s day would start at four in the morning and end at 11 pm.

His father wasn’t educated, but he wanted Kalam to study. Kalam would get up at 4 am, bathe, and then go for his mathematics class, which was taught by a teacher who took only five students in the whole session; and bathing before class was a condition he had laid to all his students. After his morning class, Kalam along with his cousin Samsuddin went around town distributing the newspaper. As the town had no electricity, kerosene lamps were lit at his home between 7 pm and 9 pm. But because Kalam studied until 11, his mother would save some for him for later use.

Being a bright student, Kalam always had the support of his schoolteachers. Schwarzt High School’s Iyadurai Solomon often told Kalam that if he truly, intensely desired something, he would get it. “This made me fearless,” said Dr Kalam. And outside school, Ahmed Jallaluddin, who later became his brother-in-law, and Samsuddin, encouraged Kalam to appreciate nature’s wonders. So at once, while growing up, he was exposed to a religious and a practical way of looking at the world.

The flight of birds had fascinated him since he was a boy, but it was years later he realised that he wanted to fly aircrafts. After finishing school, he took up Physics at St Joseph’s College, Trichi, but towards the end he was dissatisfied. When he discovered aeronautical engineering, he regretted having lost three precious years. But he was glad to have discovered Leo Tolstoy, Thomas Hardy and F Scott Fitzgerald and other English poets in his college years.

At Madras Institute of Technology (MIT), Chennai, where Kalam studied aeronautics, he learnt an important lesson: the value of time. He was leading a project on system design, when one day the principal walked into the class to see his work. He appeared dissatisfied and told Kalam that he wanted the project finished in the next two days; else his scholarship aid would be withdrawn. That unsettled Kalam; years of his father’s hardships would come to naught. Kalam worked without food and sleep. On the last day, his professor came to check on his progress. He was impressed and said: “I was putting you under stress and asking you to meet a difficult deadline,” recounted Dr Kalam.

Although Kalam has led several projects in his professional life, he’s treated each like his last. Such was his passion. No wonder, he’s always led projects. His advisor, Major General R Swaminathan explained Kalam’s success as a leader. “He has this unique capability of being a boss as well as a worker. He can take on any role with ease.”

When Dr Kalam’s first major project SLV 3-failed the first time he was almost shattered. Also, around this time, Kalam’s childhood mentor, Jallaluddin, died. “A part of me too passed away…” said Dr Kalam. But he never thought of quitting after SLV-3. “I knew that for success, we have to work hard and persevere.” And so, SLV-3 was launched again, this time with success. He drew strength from philosophy, religion and literature to tide by his professional setbacks; also a life with few companions. In time, he also learnt to deal with professional jealousy and uncooperative team members.

Success followed of Dr Kalam. Prithvi, Agni, Akash, Trishul and Nag missiles were huge successes. He was awarded the Padma Bhushan and Bharat Ratna, and then he became the President of India; one of the few presidents who have touched the hearts of so many poor children in the country. Because he also came from a poor background, he knew the power of education in changing one’s future.

INDIA AND CHINA PURSUE 'HIT TO KILL' TECHNOLOGY.

India and China are forging ahead with technology that could be used to kill satellites.

An official from India's Ministry of Defence announced on 3 January that the country is developing a "kill vehicle" with laser vision that could home in on and destroy satellites in orbit.

And on Tuesday, China announced it had carried out a successful missile defence test the previous day. China did not release details of the test, but said it involved a missile interceptor.

The Chinese test came three years to the day after it fired a missile in a test that destroyed one of its own satellites in Earth orbit, creating thousands of pieces of high-speed debris that continue to threaten other satellites.

As Jeffrey Lewis, an analyst for the New America Foundation based in Washinton, DC, points out, there is not much difference between missile defence and anti-satellite technology. Both involve missiles, sometimes called "kinetic energy" interceptors, that can be precisely targeted at fast-moving objects in order to slam into and destroy them.

The Indian announcement made that link explicit, describing the work on anti-satellite technology as part of the country's own missile defence programme, carried out against a backdrop of military tensions with Pakistan.

As for the Chinese missile defence test system, it is natural to wonder whether it was intended at least in part as a continuation of its work on anti-satellite technology.

Though the spotlight is on India and China this week, Lewis points out that these two countries are not acting in isolation. "The US has pioneered [hit-to-kill] technology – and encouraged its spread to allies like Israel, Japan and Taiwan among others," he writes. "Now China and India are racing to join the club."

MY TECHOUSE OF SUCCESS!

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Friday, 5 August 2011

CLAYTRONICS: TURNING DREAMS INTO REAL....IS IT??????

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