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The Latest Breaking News on Physics

Quantum 'yin-yang' shows two photons being entangled in real-time

The stunning experiment, which reconstructs the properties of entangled photons from a 2D interference pattern, could be used to design faster quantum computers.

Space

Quick Tips: How to identify and fix phase issues

You might know how to spot when this common problem besets your music but how do you fix it? We explore some options here…

MusicRadar

The Subatomic Particle Muon Seems to "Wobble" — This Odd Behavior Could Reveal New Physics

Tiny differences between predicted and actual behavior could point to undiscovered facets of reality.

Inverse

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'Quantum superchemistry' observed for the 1st time ever

A new type of chemistry performed at very cold temperatures on very small particles enables quick, precise reactions.

Space

In celebration of left-handedness

On International Left-handers' Day, we celebrate left-handedness in a world dominated by righties. Our planet rotates from west to east, and the solar system is left-handed. Amino acids, the basic building blocks of life, are left-handed, and the heart is on the left side. Neutrinos are left-handed, and the weak…

The Hindu

Wobbling muon experiment could reveal a 5th force of nature — if the results hold up

The discovery promises to spark a revolution in physics, but more results are needed to know for sure.

Space

2023's Most Surprising Time-Travel Movie Puts a Dark Twist on the Genre

This quiet time-skipping drama prioritizes tenderness over tech.

Inverse

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Scientists may be on brink of discovering fifth force of nature

Experts closing in on potentially identifying new force after surprise wobble of subatomic particle

The Guardian - UK

What is the fifth force of nature? Scientists close to making discovery

The Chicago-based Fermilab team have reportedly found that “muon” particles are behaving differently from what current theories would suggest

Evening Standard

High-Efficiency Superconducting Diode Could Change Chips Forever

A research team with MIT has unveiled a functional superconducting diode design that enables never-before-seen efficiencies and that's easily manufacturable, opening up the door for more power-efficient electronics.

Tom’s Hardware

Superconductor Breakthrough Replicated, Twice, in Preliminary Testing

It's been a rough few days in the condensed matter physics realm following claims of the world's first room-temperature superconductor being achieved. However, work to verify and replicate the results is catapulting forward, and two disparate teams have already shown promising results.

Tom’s Hardware

Non-reciprocity: The physics of letting waves go one way but not the other

There are many technologies that need signals to be amplified, and are thus susceptible to strong back-reflections. They will all benefit from the use of non-reciprocity, a new and emerging area of physics research that is focused on preventing back-reflection, backpropagation, and, in general, on allow electromagnetic signals to travel…

The Hindu

Measuring helium in distant galaxies may give physicists insight into why the universe exists

A recent study found that the Subaru telescope’s new measurement of the amount and type of helium in faraway galaxies may offer a solution to the matter-antimatter asymmetry problem

The Hindu

The ultra-careful quest to find the shape of the electron’s charge

Physicists use extreme precision tests to search for flaws in the Standard Model. A new study used a strong electric field in the molecule hafnium fluoride to measure the electric dipole moment of its valence electrons, and concluded by finding no evidence of 'new physics'. This result precludes the existence…

The Hindu

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Tom’s Hardware

Russian Company Presents 16-qubit Quantum Computer to Vladimir Putin

Rosatom at the Forum for Future Technologies in Moscow, Russia showcased what it says is a working, 16-qubit quantum computer based on trapped ions. It seems that Russia isn't as far behind the quantum times as some might have hoped.

Tom’s Hardware

Quantum Computing Qubit Entanglement Record Broken at 51

Researchers at the University of Science and Technology of China have managed to entangle a record 51 qubits. More importantly, the qubits weren't just entangled in pairs, but as a single system, a required step on the road to more useful quantum computing.

The Guardian - UK

Eureka! Scientists explore mysteries of black holes with hi-tech bathtub

Nottingham University researchers are simulating black holes with a tiny vortex inside a bell jar of superfluid helium

Inverse

Gravitational Waves Could Unlock the Answer to the Universe’s Most Elusive Mystery

Gravitational astronomy is a relatively new discipline that has opened many doors for astronomers.

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news in one place.

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The Hindu

Explained | What is Microsoft’s planned ‘quantum supercomputer’?

In this explainer by The Hindu, Vasudevan Mukunth explains what Majorana means, what a Majorana zero mode is, how Majorana zero modes can help to compute, what topological degeneracy means, how else will topological quantum-computing be better, if Majorana zero modes have been found, and what the Microsoft team has…

Dynamite News

Study finds easier way to learn quantum processes

Researchers found a new way to teach a quantum computer how to understand and predict the behaviour of quantum systems, even with a few simple examples. Read further on Dynamite News:

Tom’s Hardware

IBM Unlocks Quantum Utility With its 127-Qubit "Eagle" Quantum Processing Unit

IBM has announced that it has unlocked practical utility out of today's NISQ-era quantum computers - showing how a pairing of quantum and standard computing is required for reliable, consistent, truthful - and thus useful - results.

Space

Is dark matter fuzzy? Ultracold state of matter sheds light on dark matter candidate

An exotic, ultracold state of matter on Earth is helping scientists study the behavior of "fuzzy" dark matter.

Space

Exotic new state of matter discovered by squishing subatomic particles into an ultradense crystal

By shining a strong beam of light through two chemical compounds, scientists discovered a unique new state of matter made of particles called excitons.

Inverse

Physicists May Be Tantalizingly Close to Identifying What Dark Matter is Made Of

There’s some potentially big news on the hunt for dark matter. Astronomers may have a handle on what makes this mysterious cosmic stuff: strange particles called “axions.”

Space

Quantum computers could overtake classical ones within 2 years, IBM 'benchmark' experiment shows

A new experiment by IBM computers shows that quantum computers could soon outperform classical digital computers at practical tasks in the next two years.

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