Physics

"Extreme, transient conditions": Never-before-seen material found in remnants of nuclear detonation

“Extreme, transient conditions produced by nuclear detonations can generate solid-state phases inaccessible to conventional synthesis,” wrote the researchers.

A mushroom cloud rises above Bikini Atoll, Marshall Islands in 1946 handout provided by US Library of Congress; illustrative.
PROF. YANIV DOVER brings physics-based thinking to the social sciences

Decoding the digital pulse: How Prof. Yaniv Dover maps the flow of information and human behavior

Prof. Yaniv Dover, Associate Professor of Marketing and Vice Dean for Research at the Hebrew University Business School

Patterns of influence: Inside Prof. Yaniv Dover’s physics-inspired view of marketing

The water park

Liquid water in -70 Celsius: Scientists break down water's weirdness


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.

 The brain (illustrative).

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.

 Eduard Shyfrin, PhD, and Professor Moshe Idel, president of the World Union of Jewish Studies

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.

An inside look at an ion trap within Quantinuum's quantum computer, which processes data using trapped-ion technology, Broomfield, US in this handout picture from 2019

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.

 An example of a pulsar, a neutron star emitting beams of electromagnetic radiation (Illustrative).

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.

 The writer at the CERN conference in Geneva.

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.

One of the four horizontal planes of Baksan Underground Scintillation Telescope (BUST), Baksan Neutrino Observatory, Caucasus mountains, Russia

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.

 Single crystal of a mixture of 95% aluminum potassium sulfate and 5% chromium potassium sulfate. Growing period - 3 months in home conditions.

NASA: Universe expansion is 'weird,' scientists unsure why - study

Why is the universe expanding so quickly? Scientists don't know, and there's a chance that it might be that there are physics at work that we have yet to understand.

 The universe is filled with mysteries that scientists struggle to answer (Illustrative).

World's most powerful heavy-ion accelerator to open in Michigan

A community of 1,600 scientists from around the world will use the accelerator to study how the universe formed.

 The FRIB cryogenic plant made its first liquid helium at 4.5 kelvin (K) on 16 November 2017

CERN's Large Hadron Collider returns to service after 3-year hiatus

Four years of physics-data taking are set to begin this summer at the LHC, marking the third run of the collider.

A general view of the Large Hadron Collider (LHC) experiment is seen during a media visit at the Organization for Nuclear Research (CERN) in the French village of Saint-Genis-Pouilly near Geneva in Switzerland, July 23, 2014