These Remarkable New Levitating ‘Time Crystals’ Appear to Defy One of Newton’s Most Famous Laws
Researchers report the first observation of a new type of time crystal that seemingly defies Newton's Third Law of Motion.
quantum
Scientists Discover New Quantum ‘Pinball’ State of Matter Where Electrons Break the Rules
A new study reveals a "pinball phase" in a Wigner crystal, where electrons act as both solid and liquid in a quantum breakthrough.
Physicists Change the Nature of Matter With Light in Breakthrough That Blurs the Line Between Science and Magic
Scientists use light to change matter’s magnetic nature at room temperature, revealing quantum effects once thought impossible.
The Discovery of a New Type of Time Crystal is Challenging Past Thinking on These Unusual Structures
Researchers have discovered that quantum interactions between particles can be used to create time crystals with their own internal rhythm, challenging previous beliefs about these strange structures.
Japanese Scientists Solve Decades-Old Quantum Puzzle, Paving the Way for Teleportation and Advanced Computing
Japanese scientists have identified a novel method of understanding the long-elusive W state of quantum entanglement.
A Radical New Theory Has Scientists Rethinking the Origins of the Universe
A radical new model of the universe redefines the first few moments of existence, reducing reliance on theoretical concepts.
“Quantum-Level Perspective” of Subatomic Particle Sprays Are Revealing New Quantum Secrets
Physicists studied proton interactions at the Large Hadron Collider to see if they could find quantum entanglement as a result.
Ultrafast Laser Breakthrough Reveals Light’s Ability to Instantly Transform Properties of Matter
The effects of ultra-fast lasers that can change material states in attoseconds are finally understood, thanks to new Israeli research.
Advancement in Quantum Memory Brings Us One Step Closer to Large-Scale Quantum Networks
Researchers have demonstrated a new method for storing and retrieving quantum information, marking a leap forward for quantum memory.
Tiny Black Holes with Appetites Could Help Shed Light on Quantum-Gravitational Physics
The quantum dance of mini black holes offers potentials for understanding how accretion occurs at the subatomic level.
NASA’s Cold Atom Lab Aims to Unlock Cosmic Mysteries with Quantum Experiments in Space
The Cold Atom Lab (CAL) is a groundbreaking research setup that introduces a new frontier of quantum science to the International Space Station (ISS).
Bizarre Tachyons That May Be Able to Send Data Back in Time Could be Reconciled with Special Relativity
New insights into mysterious tachyons could help shed light on questions involving our understanding of the quantum world.
Breakthrough in Quantum Measurement of Gravity Achieved Using Levitating Magnets
Physicists are one step closer to the measurement of gravity at the quantum level, findings that may broaden our understanding of some of the most mysterious forces at work in our universe.
New Quantum Random Number Generator Uses This Novel Material to Enable Stronger Cybersecurity
The development of a new kind of random number generator for use with encryption technologies could help ensure safer exchange of information.
Anomalous Phenomenon Observed in Quantum Bunching Effect “Utterly Contradicts Common Knowledge”
An anomalous bunching effect appears to contradict our accepted understanding of the properties of photons, according to a new paper.
Mystery of “Strange Metals” and Their Uncanny Behavior Is Closer to Being Resolved, Research Team Says
Researchers at the University of Toronto say they are closer than ever before to resolving the curious behavior of “strange metals,” a metallic phase of matter that is not described well in current theory.
New Evidence of Elusive ‘Time Crystal’ Detected by Physicists, and You Won’t Believe Where They Found It
A team of Yale physicists says they have detected evidence of a time crystal in a very unlikely place, according to new research.
Could the Double-Slit Experiment Finally be Solved?
The famous double-slit experiment has puzzled scientists for decades, but now a new breakthrough might change our perception of it.