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4893 results for "quantum materials"
Scientists at Aalto University created a quantum-inspired algorithm that solved a materials simulation problem so complex it would overwhelm today's supercomputers. The breakthrough could help design better quantum computers and electronics that never waste energy.
Researchers discovered how to transform ordinary materials into quantum superstars using their own internal energy instead of destructive lasers. This breakthrough could finally make advanced quantum devices practical and affordable.
For the first time, a quantum computer has simulated real magnetic materials with accuracy matching laboratory experiments, marking a breakthrough many scientists thought was years away. The achievement opens doors to designing better superconductors, batteries, and life-saving drugs.
IBM's quantum computer just accurately simulated a complex magnetic crystal, matching real-world experimental data for the first time. This breakthrough could unlock mysteries in materials science that classical computers simply can't solve.
Scientists in Australia and Singapore have discovered how to control a quantum effect that converts ambient energy into electricity, potentially eliminating the need for batteries in future electronics. The breakthrough works at room temperature and could power everything from wearable devices to wireless sensors.
Japanese researchers discovered a new superconducting material that can switch between three different states, bringing us closer to ultra-powerful quantum computers. The breakthrough could help create more stable quantum computers that don't lose information as easily.
Japanese researchers just discovered they can switch quantum materials between magnetic and non-magnetic states by adjusting a single property. The breakthrough could help build the next generation of quantum computers.
Physicists discovered a quantum state of matter that breaks the rules of what was thought possible, opening doors to better quantum computers and electronics. The breakthrough came from chilling a special material to nearly the coldest temperature possible.
Scientists at Heidelberg University just solved a quantum physics mystery that's stumped researchers for decades, uniting two conflicting theories about how particles behave. The breakthrough could transform everything from quantum computers to advanced materials.
An Australian quantum computing company just achieved what scientists call "practical quantum advantage" in materials science, opening doors to faster clean energy solutions. This milestone could slash the time needed to discover new materials that power our sustainable future.
Researchers in Sydney discovered that simply twisting ultra-thin layers of a crystal can dramatically control quantum light, a breakthrough that brings practical quantum computers closer to reality. The surprisingly simple technique could accelerate development of powerful new technologies for medicine, security, and navigation.
After 70 years of trying, physicists are finally closing in on quantum states that could last forever, opening doors to powerful new quantum computers and entirely new forms of matter. Recent experiments suggest the seemingly impossible dream of quantum eternity might actually be within reach.
Scientists used a quantum computer with 144 qubits to create the most complex time crystal ever made, marking a breakthrough that could revolutionize how we design new materials. This achievement shows quantum computers are becoming powerful tools for scientific discovery.
Researchers just found a way to transform ordinary materials into exotic quantum substances using light and particle pairs called excitons. This breakthrough could let us create custom materials on demand, opening doors to revolutionary technologies.
Physicists discovered a new quantum state combining two powerful forces that could revolutionize computing and sensing technology. The breakthrough unites quantum criticality and topology in ways scientists once thought impossible.
Researchers discovered strong quantum entanglement in a crystal you could hold in your hand, proving that the weird physics of the quantum world can exist in everyday-sized objects. This breakthrough could unlock ultra-precise sensors and solve mysteries about strange metals.
Scientists at Heidelberg University just cracked a mystery that's stumped quantum physicists for decades, uniting two completely opposite theories into one elegant explanation. The breakthrough could transform how we build quantum computers and understand the strange behavior of matter at its tiniest scale.
Scientists made tiny magnetic waves last 100 times longer than before, opening the door to quantum computers as small as a penny. Even better: the breakthrough shows future improvements depend on better materials, not new physics.
Chinese researchers just built the world's first quantum battery inside a quantum computer, bringing super-fast charging technology one step closer to reality. This breakthrough could power tomorrow's quantum technologies in ways traditional batteries never could.
Researchers discovered ultra-thin materials where light can directly control magnetic properties, opening doors to revolutionary quantum computers and optical memory. This breakthrough could transform how we store data and build future technologies.
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