Unifying the universe: Michio Kaku

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Michio Kaku, a prominent theoretical physicist and professor at the City University of New York, co-founded string field theory, a leading candidate for a unified theory of everything. He graduated first in his class from Harvard in 1968 and later earned a PhD from the Berkeley Radiation Laboratory. Kaku's notable works include the bestselling book "Hyperspace" and "Parallel Worlds," published by Allen Lane/Doubleday in 2005. He emphasizes the importance of clear communication in science, echoing Einstein's belief that complex theories should be explainable to children.

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In 1968, Michio Kaku graduated first in his class from Harvard. His took a PhD at the Berkeley Radiation Laboratory, and then lectured at Princeton University. He is now a professor oftheoretical physics at City University of New York, and has been visiting professor at the Institute for Advanced Study. He co-founded string field theory, a branch of string theory, which is the leading contender in the quest for a theory of everything. His book Hyperspace was a global bestseller, his latest is Parallel Worlds (Allen Lane/Doubleday, 2005)

MY FAVOURITE Einstein quote, and a guiding principle behind my work, is that if a physical theory cannot be explained to a child, it's probably worthless. In other words, Einstein thought in terms of graphic, physical pictures that even children could grasp.

Einstein recalled that as a child he read "with breathless attention" Aaron Bernstein's Popular Books on Natural Science in which the author asked children to visualise riding alongside an electrical signal inside a telegraph wire. This probably inspired him by the time he was 16 years old to ask the fateful question: what would a light beam look like if you could race alongside it? Newton might have predicted that it would appear frozen in time, but even a 16-year-old knew that frozen light waves did not exist. So began Einstein's bid to topple the foundations of 250 years of Newtonian mechanics.

To illuminate my own thinking process, I like to use two characters: [continued]
http://www.newscientist.com/channel/opinion/mg18624957.300
 
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This concise elegance does not yet extend to the quantum world - far from it. The standard model, which represents the highest version of quantum theory (parts of it tested to 1 part in 10 billion) is supremely ugly. It has 36 quarks and anti-quarks, 19 arbitrary parameters, 8 gluons, 3 weak bosons, 3 carbon copies of quarks and leptons, and so on. It's like taping together an aardvark, a platypus, and a whale, and calling it the product of millions of years of evolution on Earth. It's a theory that only a mother can love!

I thought that was good. Did he borrow this colorful description of the standard model, or is that a Kaku original?
 

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