Quantum Physics

Quantum Computing: The Breakthroughs

Quantum Computing and Non-Abelian Anyons Quantum computing stands at the precipice of revolutionizing numerous sectors. In particular, researchers from Google Quantum AI have made a groundbreaking discovery in this field, the first-ever observation...

Unraveling the Quantum Link: Gluons, Black Holes, and Entropy

Quantum Link Remarkable Similarities Between Black Holes and Dense Gluon States Physicists have recently discovered a striking parallel between the properties of massive black holes and the dense states of gluons, the...

Supersolids Go Two-Dimensional

Unveiling the Peculiar World of Supersolids Think of a flawless diamond whose internal components move without any resistance, or an ice cube whose closely-arranged components slide smoothly. These scenarios might seem odd...

Pioneering Qubit Rewinding: A Universal Protocol for Uncontrolled Settings

Abstract Researchers at the Institute for Quantum Optics and Quantum Information (IQOQI) in Vienna have developed a groundbreaking universal protocol that enables the rewinding of qubits in uncontrolled settings with a high...

Physicists Recreate Famous Double-Slit Experiment in the Fourth Dimension

Time Slits Experiment: Discovering a New Interference Pattern The double-slit experiment conducted by the English scientist Thomas Young over 200 years ago is one of the most famous experiments in the history...

The Challenges and Potential Solutions to Unifying the Four Fundamental Forces of Nature

Introduction Quantum mechanics is a fundamental theory that describes the behavior of matter and energy at the microscopic level. It has been successful in explaining many phenomena that classical mechanics cannot account...

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