A message from Einstein that shines of fatherly wisdom and speaks of something that most people should always consider: how to learn.
A great explanation of Einstein’s theory of relativity for laymen.
Pulsars and black holes, two of the most enigmatic celestial bodies in the Universe may actually hold the key to understanding how Einstein’s theory of relativity and gravity interact. A pulsar is a highly magnetized, rotating neutron star that emits a beam of electromagnetic radiation. Pulsars are from when a star that turns becomes a supernova and then collapses into a neutron star;
A team of international physicists have made a nano-sized device which can allow the phase velocities of certain wave of visible light travel infinitely fast. No, this doesn’t translate into instant communication, nor does it mean that Einstein’s Theory of Relativity has been broken. It’s safe and sound. Read on, however, about the potential uses this sort of experiment may
Astronomers at UCLA university have made a remarkable discovery, after they’ve confirmed the presence of a star orbiting the black hole at the center of our galaxy in a mere 11-and-a-half years – that’s the shortest known orbit of any star near this black hole. The researchers involved in the paper describing the find claim that data will help test Einstein’s
Einstein’s theory, as well as other theories about the fundamental space-time fabric around a black hole may be strongly tested, after astronomers report the finding of a a star that orbits an enormous black hole at the center of the Milky Way galaxy. Scientists explain it takes the star 11 and a half years to orbit the black hole, making
The first galaxies formed very fast after the Big Bang – in cosmic time, that is. It’s estimated that the earliest ones appeared some 500 million years after the Big Bang, a period about which researchers know very little. How they observed it Even though they are typically very bright, such galaxies are quite hard to observe because they are
This time last year, the whole scientific community was faced with one of the most controversial findings in recent history – namely, that neutrinos could travel at a speed greater than the speed of light, fact which would directly contravene with Einstein’s Theory of Special Relativity and, in consequence, force scientists to rethink the fundamental laws that govern the Universe. Last week,
Last September the whole scientific community was set ablaze by a the controversial claim set forth by CERN scientists, part of the OPERA experiment, in which they announced that they had measured neutrinos traveling at a velocity faster than the speed of light – 60 nanoseconds faster to be more exact. The implications of this statement are monumental. One of
Black Holes are the least understood entities, so far, in the Universe. However, if there’s one thing scientists know for sure about them, it’s that they’re the most extreme environment in cosmos. Black Holes have such a powerful, relentless gravity pull that it swallows absolutely everything in its vicinity, even light gets absorbed with zero reflection. This makes it practically
The idea which states that nothing can travel faster than light is a corner stone of modern day physics, upon which scientists have built up models and theories of how the world, the Universe, works. If the statement is proven to be false, than our understanding of physics becomes undermined, and as such needs to be revised, with numerous implications.
Last week, ground shattering news hit the scientific community worldwide when CERN announced that their experiments showed that neutrinos fired from the CERN laboratory in Geneva, reached their destination of Gran Sasso, Italy, 60 billionths of a second faster than they would have if they had been traveling exactly at the speed of light. CERN scientists have since then made