Physics
Schrödinger’s Jew: How antisemitism is more absurd than quantum mechanics - opinion
Schrödinger’s cat is a famous thought experiment used to describe the complex nature of quantum mechanics, but it can also be used to explain the incoherent nature of antisemites.
A revolution in the skies: How a curved wing saves airlines millions of dollars
Scientists warn that the Earth’s rotation is accelerating, making Wed. shortest in living memory
The alchemist of innovation: Prof. Muhammad Y. Bashouti’s pioneering research at BGU
Neutrinos traced back to a specific galaxy for first time
The detection was made at the IceCube Neutrino Observatory, a massive neutrino telescope below the surface of Antarctica.
'Brightest-ever' gamma ray burst has scientists around the world excited
The burst, known as GRB 221009A but nicknamed the "B.O.A.T." (Brightest Of All Time), disrupted Earth's ionosphere.
Behavior of star clusters challenge Newton's laws of gravity
Data from open star clusters seems to fit better with an alternate theory of gravity.
Does our brain use quantum computation?
One of the authors of the study said that quantum brain processes could explain why humans can outperform supercomputers.
Eduard Shyfrin speaks at Jewish studies conference in Jerusalem
Shyfrin spoke via Zoom on “Kabbalah of Information: Absence of Information is Information". He explained how Kabbalistic ideas can be explained using the support of information theory and physics.
New phase of matter could protect quantum computers against errors
The researchers still need to find a way to integrate the phase with the computational side of quantum computing.
Scientists find the most massive neutron star close to the black hole limit - study
PSR J0952–0607 is a neutron star 2.3 times as massive as the Sun but around just 20 kilometers wide. It is the closest pulsar known to the limit to forming a black hole.
Israel at CERN: Big Science and the ‘God Particle’
Israeli researchers from Technion, Tel Aviv University and the Weizmann Institute play important roles in CERN research. And this has been the case for over 30 years.
Reaffirmed anomaly could lead to innovations in standard model physics
Despite the reaffirmation, many other neutrino experiments have mysteriously failed to replicate the anomalous results.
New time crystal experiment may open new horizons in quantum computing
A time crystal is a phase of matter which repeats in time, similar to how a regular crystal's structure repeats in space.
