Pedro Ferreira's book «The Perfect Theory: A Century of Geniuses and the Battle over General Relativity» essentially tells us what other people did with Einstein's
general theory of relativity after he developed it.
Not exact matches
In 1922, some nine years
after Einstein had published his first paper on
General Relativity, Whitehead was compelled by the differences he had with Einstein's view to come forward with his own work, The Principle
of Relativity, in which he formulated a
theory of gravitation more in keeping with his own philosophical outlook.
This point was reinforced about 200 years
after Newton when Albert Einstein's discovery
of general relativity produced the modern
theory of gravity — capable
of explaining not only the behavior
of our little local solar system but also the structure
of the whole cosmos.
After Einstein published the definitive version
of general relativity in 1916, he again found that his
theory was full
of oddities that he neither expected nor accepted.
After devising his
general theory of relativity to explain gravity, he realized that it implied ripples in the very fabric
of spacetime itself.
After only a few months at the University
of Cambridge, U.K., my enthusiasm for research that might resolve the inconsistency between
general relativity and quantum
theory was waning.
A century
after Albert Einstein rewrote our understanding
of space and time, physicists have confirmed one
of the most elusive predictions
of his
general theory of relativity.
For if this discovery holds up to scrutiny — and some
of my colleagues aren't sure that it does — it is the first direct sighting
of the gravitational waves that Albert Einstein predicted shortly
after he proposed his
general theory of relativity in 1915.
After a century
of testing
general relativity, physicists still strive to achieve what the genius who formulated the
theory could not.
His fame built steadily
after the publication
of special
relativity in 1905 and accelerated sharply when he unleashed the
general theory of relativity in 1915.
Fifty years
after it was conceived, a $ 760 million NASA spacecraft has confirmed Einstein's
theory of gravity, or
general relativity, physicists announced today.
After 49 years and $ 750 million, a Stanford University experiment using superconducting niobium spheres confirmed parts
of Einstein's
general theory of relativity.
Over time, experts looked askance at the sweeping conclusion, which both ignored the possibility that some other
theory of gravity might have better fit the results and also didn't match
general relativity very precisely
after known sources
of error were taken into account.
The possibility
of «swimming» and «gliding» in curved, empty space shows that even
after nine decades, Einstein's
theory of general relativity continues to amaze
But there are bad things in the book — including howlers such as the claim that the
general theory of relativity was not applied to cosmoiogy for 50 years
after its conception, the bald statement «pounds are a measure
of weight, but kilograms are a measure
of mass», and the claim that Hawking showed unusual chutzpah in entitling his thesis «Properties
of Expanding Universes».
A century
after Albert Einstein proposed his
general theory of relativity, researchers proved him right when, for the first time ever, they were able to observe gravitational waves produced by two black holes that collided 1.3 billion years ago.