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The Latest Breaking News on Physics

Opposing arrows of time emerge from certain quantum systems

A new study reveals that opposing arrows of time can theoretically emerge from certain quantum systems. Read further on Dynamite News:

Dynamite News

Microsoft created a new 'state of matter' to revolutionize quantum computing

Microsoft just announced the world's first quantum chip to use a topoconductor. The chip could create a path to quantum computers being a reality.

Windows Central

Microsoft unveils chip it says could bring quantum computing within years

Chip is powered by world’s first topoconductor, which can create new state of matter that is not solid, liquid or gas

The Guardian - UK

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Scientists describe black hole creation through pure gravity and without singularities

This discovery, published in the journal Physics Letters B, opens up new prospects for improving our understanding of the quantum nature of gravity and the true structure of space-time. Read further on Dynamite News:

Dynamite News

Scientists detect highest-energy ghost particle ever seen — where did it come from?

Scientists have detected the highest-energy ghost particle neutrino ever, but did it come from a supermassive black hole particle accelerator aiming its jet straight at Earth, or from a cosmic fossil?

Space

Breakthrough as Oxford scientists achieve teleportation with quantum supercomputer

Breakthrough brings quantum computing closer to large-scale practical use

The Independent UK

The universe could undergo a 'catastrophic change' that could alter absolutely everything, quantum machine shows

The groundbreaking simulation allowed scientists to better understand a phenomenon that could entirely change the structure of the universe – and about which little is still known

The Independent UK

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Could we travel to parallel universes?

If parallel universes exist, can we access them? Let's explore the possibility.

Space

Four Ways to Invest in Quantum Computing

Quantum computing stocks offer exposure to mind-boggling problem-solving potential and have attracted the attention of the Trump administration.

Kiplinger

How 'quantum foam' may have inflated the early universe

For decades, scientists assumed that the expansion of the universe was powered by a new entity, known as the inflaton, but new research suggests that it may have been possible without it.

Space

Quantum computing stocks tank as Nvidia CEO Jensen Huang predicts the tech won't be viable for another 20 years — stocks fell more than 40% for a total market value loss of over $8 billion

CEO of Nvidia Jensen Huang purportedly stated that quantum computers will take 20 years before being "very useful", causing quantum computing stock to tumble.

Tom’s Hardware

Scientists find 'spooky' quantum entanglement on incredibly tiny scales — within individual protons

Einstein may have been troubled enough by entanglement to call it "spooky action at a distance" but scientists have discovered it operates at small scales between quarks and gluons in protons.

Space

Secret Military Lab Developing UK's First Quantum Clock

A top-secret lab in the UK is developing the country's first quantum clock to help the British military boost intelligence and reconnaissance operations, the defense ministry said Thursday.

International Business Times

Why dark matter's mysteries persist

Are we any closer to answering this fundamental question of the universe? Dark matter hunters aren't so sure

Salon

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Tom’s Hardware

Engineers enable quantum communication over existing fiber optic cables — new research shows data transmission using quantum teleportation is possible in parallel with a classical network at specific wavelengths

A new study shows that quantum communication is possible concurrently with classical data at certain wavelengths of light.

Dynamite News

Study finds connection between quantum theory, information theory

The theory dates back to the 17th century when Isaac Newton suggested that light is composed of particles. Read further on Dynamite News:

Space

Large Hadron Collider finds 1st evidence of the heaviest antimatter particle yet

Using the Large Hadron Collider and the ALICE detector scientists have found the heavist antimatter particle yet, generated in Big Bang like conditions.

The Guardian - UK

The most dangerous delivery truck? How a lorry-load of antimatter will help solve secrets of universe

Fantastically expensive and hard to handle, the substance holds the key to a holy grail of science. And experts at Cern now know how to transport it

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Space

Somewhere in the multiverse, dark energy is helping stars and life form

The strength of dark energy in our universe is not optimized for forming stars, which means other universes might have a greater likelihood of producing life.

Space

'Mind-blowing' dark energy instrument results show Einstein was right about gravity — again

The first year of data from the 5,000 robotic eyes of DESI shows Einstein's theory of general relativity is the right recipe for gravity despite the challenges of dark energy and dark matter.

Inverse

The Most Powerful Telescopes Suggest the Cosmos Is Surprisingly Simple

We may be closer than we imagined to understanding the universe’s most basic puzzles. And some of the answers may already be staring us in the face.

What Hi-Fi?

What is colour temperature on TVs?

What is colour temperature, how is it measured and why is it important?

The National (Scotland)

David Smith MBE: After embracing unexpected I've found peace with life of uncertainty

As the weeks have led up to my latest MRI scan, I couldn’t shake the feeling that my body was at war with itself.

Space

The W boson caused a particle mystery — but scientists have cracked the case

A puzzling discrepancy in measurements of the mass of the W+ and W– bosons, which are fundamental particles that carry the weak force, has been resolved by the Large Hadron Collider.

Tom’s Hardware

Researchers built a molecular film that stores 16,384 states — and used it to create an analog computer that works like a brain

The research team tracked the precise movements of molecules within the material film to track their different states and assign them specific values in a "molecular diary".

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