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Category: quantum physics – Page 6
Ultracold cesium atoms reveal Bethe strings predicted nearly a century ago
In 1931, physicist Hans Bethe predicted that, in certain one-dimensional quantum systems, particles can bind together to form multi-particle states known as Bethe strings. Unlike ordinary molecules, which are held together by chemical bonds, Bethe strings arise purely from interactions between particles and exist only in one dimension. For decades, Bethe strings remained primarily a theoretical concept.
Now, almost a century after Bethe’s prediction, researchers from the University of Innsbruck, in collaboration with theory teams from the Department of Experimental Physics at the University of Amsterdam and the Technical University of Munich, have created and observed these multi-particle bound states in an ultracold gas. Their findings are published in Nature Communications.
The experiment begins with a cloud of cesium atoms cooled to temperatures only a few billionths of a degree above absolute zero. The researchers then divide the cloud into several thousand narrow, one-dimensional tubes. Inside these tubes, the atoms can move essentially only along a single direction. The interactions between the atoms can be precisely controlled. By tuning the interactions between the atoms from repulsive to attractive, they can make the atoms bind together. Instead of simply collapsing, the atoms form bound states of different sizes, including larger clusters containing six or more particles.
CERN Detects Quantum Entanglement in Particles Born From The Higgs Boson
Something spooky has been spotted in CERN’s Large Hadron Collider.
In the cascade of debris that sprays out from high-energy collisions in the world’s most powerful particle collider, physicists have found strong evidence of a phenomenon Albert Einstein famously called “spooky action at a distance”
It’s not the first time quantum entanglement has been detected at the LHC – but this time, it’s somewhere new.
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Physicists turn classical light into a quantum machine for information processing
Quantum computers promise to tackle problems that are extraordinarily difficult for today’s computers. But there is a major obstacle: quantum systems are notoriously fragile. Noise, loss and even tiny disturbances can destroy the delicate behavior that gives them their power. Building systems with many quantum particles is also extremely challenging.
Now, physicists at Louisiana State University have demonstrated a different route. Instead of starting with a fragile source of quantum light, the team begins with bright, readily available classical light and uses an optical network together with measurements that count photons one by one. This combination reveals and uses hidden multiphoton quantum behavior for information processing.
In a study published in Advanced Science, researchers in LSU’s Department of Physics & Astronomy report the first robust multiphoton quantum reservoir of its kind to operate at room temperature while tolerating substantial noise and loss. The platform accesses multiparticle systems with up to 40 photons, simulates complex quantum dynamics, and uses the same optical machine to learn several very different mathematical functions.
Helium-3 lifts new quantum computing concept with faster tunneling rates
Helium—the lightest atom that can be laser-cooled and controlled—powers a new design for high-powered, stable quantum computers.
In a paper published in PRX Quantum, a team led by University of Chicago Pritzker School of Molecular Engineering and Physics Department Associate Professor Jacob Covey outlined a new concept that could turn helium’s light weight into the next generation of quantum computers.
Once built, the computer could use high-powered lasers as “optical tweezers” to capture and control individual helium atoms, the second-lightest element overall and the lightest that can be trapped with current technology. This offers a major advance over designs based on lithium, the third-lightest element.
Physicists Blasted a Quantum Material With Lasers — Then Watched It Rebuild Itself
We already have quantum computers, but they’re highly specialized, not particularly practical, and only cover a fraction of the performance potential that scientists think this technology could ultimately unlock.
Quantum materials can host several competing electronic states, and figuring out how those states form is a longstanding challenge – which brings us to a new study published in Nature Physics.
The study by an international team of researchers investigates how two charge density wave (CDW) phases can emerge and co-exist in the same material.
Noether’s theorem proof |Quantum field theory
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