Prof Borislav life has been an example for everyone. After he was born
his father had developed paraplegia his mother than took job in a bakery
and somehow had raised her son.He had his schooling in the suburbs of
Crimea and was a strong nationalist at his times. One of the best
qualities of Borislav was He was an ardent leader and orator. His father
had later become dependent on alcohol and died unknown. Borislav had
seen great hardship and difficulty in his life and was now here chief of
one of the most sophisticated lab in Russia and one of the highly
prized scientists of Russia. All nations of the world do scientific
experiments and there are two parts one that is visible to everyone and
one that is hidden. To maintain order in this world governments do
censor development and scientific accomplishments.
Borislav had been a bright student. His first conflict about space time and quantum physics came when he had this question in his mind--
Why are the two major theories in physics—one dealing with stars and galaxies, the other with atoms and subatomic particles, both proved time and time again—mutually incompatible?
Later on when he was only 22 yrs he had attended the Scientific convention in england and came up with this answer in front of an enthralling audience--
“If you’ve got a lot of energy in tiny distances, it means that space is incredibly frothy and wildly undulating, and these undulations are so violent that they completely destroy Einstein’s Geometrical Model of Space, the central principle of General Relativity. On large scales, such as that of galaxies and beyond, these microscopic kinetic undulations average out to zero; we don’t see them. Only when we focus on microscopic distances, do we become aware of the tumult that is going on and realize that it is so severe that Einstein’s theory falls apart".
The first conflict, which concerns motion and the speed of light, arose in the early 1900s. When an ordinary object such as a baseball or snowball is thrown at us, we can run away from it, causing the speed with which it approaches us to decrease. But if you try to run away from a beam of light, you cannot make it approach you any slower. “Light will always approach you at 186,000 miles per second whether you run away from it, run toward it or stand still,” said Prof Borislav. “Einstein resolved the paradox by showing that our intuition regarding space and time was wrong, that our conception of motion—the distance something travels divided by the time it takes to get there—was incorrect.”And after his speech there was a loud applause in the hall and Borislav eyes were filled with tears. He had fulfilled his promise to his ailing mother.
Borislav had been a bright student. His first conflict about space time and quantum physics came when he had this question in his mind--
Why are the two major theories in physics—one dealing with stars and galaxies, the other with atoms and subatomic particles, both proved time and time again—mutually incompatible?
Later on when he was only 22 yrs he had attended the Scientific convention in england and came up with this answer in front of an enthralling audience--
“If you’ve got a lot of energy in tiny distances, it means that space is incredibly frothy and wildly undulating, and these undulations are so violent that they completely destroy Einstein’s Geometrical Model of Space, the central principle of General Relativity. On large scales, such as that of galaxies and beyond, these microscopic kinetic undulations average out to zero; we don’t see them. Only when we focus on microscopic distances, do we become aware of the tumult that is going on and realize that it is so severe that Einstein’s theory falls apart".
The first conflict, which concerns motion and the speed of light, arose in the early 1900s. When an ordinary object such as a baseball or snowball is thrown at us, we can run away from it, causing the speed with which it approaches us to decrease. But if you try to run away from a beam of light, you cannot make it approach you any slower. “Light will always approach you at 186,000 miles per second whether you run away from it, run toward it or stand still,” said Prof Borislav. “Einstein resolved the paradox by showing that our intuition regarding space and time was wrong, that our conception of motion—the distance something travels divided by the time it takes to get there—was incorrect.”And after his speech there was a loud applause in the hall and Borislav eyes were filled with tears. He had fulfilled his promise to his ailing mother.
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