• Wiring Up Quantum Circuits With Light

• Curved Spacetime in a Quantum Simulator

• Researcher Uses Artificial Intelligence to Discover New Materials for Advanced Computing

• Symmetric Graphene Quantum Dots for Future Qubits

• Researchers Develop Manual for Engineering Spin Dynamics in Nanomagnets
• Quantum Computer in Reverse Gear

• Quantum Entanglement of Photons Doubles Microscope Resolution

• Tunneling Electrons

• Scientists Have Full State of a Quantum Liquid Down Cold

• 量子纠缠可以加速计Dark Matter Sensors More Accurate
• Two Qudits Fully Entangled
• Quantum Computer Applied to Chemistry

• Embracing Variations: Physicists Analyze Noise in Lambda-Type Quantum Memory
• Rock, Paper, Scissors: Searching for Stronger Nonlocality Using Quantum Computers
• Long-Distance Quantum Teleportation Enabled by Multiplexed Quantum Memories
• A Team Creates 'quantum Composites' For Various Electrical and Optical Innovations

• Quantum Liquid Becomes Solid When Heated

• Laser Light Hybrids Control Giant Currents at Ultrafast Times

• How to Overcome Noise in Quantum Computations

• DMI Allows Magnon-Magnon Coupling in Hybrid Perovskites
• Absolute Zero in the Quantum Computer

• Can a Solid Be a Superfluid? Engineering a Novel Supersolid State from Layered 2D Materials

• Surprise in the Quantum World: Disorder Leads to Ferromagnetic Topological Insulator
• 'Y-Ball' Compound Yields Quantum Secrets

• Scientists Open Door to Manipulating 'quantum Light'
• Superconducting Amplifiers Offer High Performance With Lower Power Consumption
• Sculpting Quantum Materials for the Electronics of the Future

• Qubits Put New Spin on Magnetism: Boosting Applications of Quantum Computers

• Breakthrough in the Understanding of Quantum Turbulence

• Cleaning Up the Atmosphere With Quantum Computing

• Magnetism Fosters Unusual Electronic Order in Quantum Material

• In the World's Smallest Ball Game, Scientists Throw and Catch Single Atoms Using Light

• Researchers Take a Step Towards Turning Interactions That Normally Ruin Quantum Information Into a Way of Protecting It

• Two-Dimensional Quantum Freeze
• An Innovative Twist on Quantum Bits: Tubular Nanomaterial of Carbon Makes Ideal Home for Spinning Quantum Bits

• Quantum Chemistry: Molecules Caught Tunneling

• New Material May Offer Key to Solving Quantum Computing Issue

• Breakthrough in Tin-Vacancy Centers for Quantum Network Applications

• Let There Be (Controlled) Light
• Theory Can Sort Order from Chaos in Complex Quantum Systems
• The Quantum Twisting Microscope: A New Lens on Quantum Materials

• New Quantum Sensing Technique Reveals Magnetic Connections

• Engineers Discover a New Way to Control Atomic Nuclei as 'qubits'
• Proposed Quantum Device May Succinctly Realize Emergent Particles Such as the Fibonacci Anyon

• Securing Supply Chains With Quantum Computing
• When the Light Is Neither 'on' Nor 'off' In the Nanoworld

• Researchers Detail Never-Before-Seen Properties in a Family of Superconducting Kagome Metals

• Scientists Boost Quantum Signals While Reducing Noise

• Scientists Make Major Breakthrough in Developing Practical Quantum Computers That Can Solve Big Challenges of Our Time

• Entangled Atoms Cross Quantum Network from One Lab to Another
• Researchers Devise a New Path Toward 'quantum Light'

• Researchers Take a Step Toward Novel Quantum Simulators

• New Method to Control Electron Spin Paves the Way for Efficient Quantum Computers

• Qubits on Strong Stimulants

• Quantum Physicists Make Major Nanoscopic Advance
• Scientists Observe 'quasiparticles' In Classical Systems

• No 'second Law of Entanglement' After All

• Shedding Light on Quantum Photonics
• Can You Trust Your Quantum Simulator?
• Blast Chiller for the Quantum World

• The Optical Fiber That Keeps Data Safe Even After Being Twisted or Bent
• The Thermodynamics of Quantum Computing

• New Quantum Computing Architecture Could Be Used to Connect Large-Scale Devices

• Researchers Show a New Way to Induce Useful Defects Using Invisible Material Properties

• Chaos Gives the Quantum World a Temperature

• Quantum Dots at Room Temp, Using Lab-Designed Protein

• A Peculiar Protected Structure Links Viking Knots With Quantum Vortices

• Curved Spacetime in the Lab

• New Quantum Dots Study Uncovers Implications for Biological Imaging
• New Instrument Measures Supercurrent Flow, Data Has Applications in Quantum Computing
• Quantum Algorithm of the Direct Calculation of Energy Derivatives Developed for Molecular Geometry Optimization

• Changing the Color of Quantum Light on an Integrated Chip
• An Exotic Interplay of Electrons

• Physicists Observe Wormhole Dynamics Using a Quantum Computer
• Pulses Driven by Artificial Intelligence Tame Quantum Systems

• New Quantum Computing Feat Is a Modern Twist on a 150-Year-Old Thought Experiment

• The Entanglement Advantage

• Achieving a Quantum Fiber
• Spin Correlation Between Paired Electrons Demonstrated

• Quantum Algorithms Save Time in the Calculation of Electron Dynamics

• Microlaser Chip Adds New Dimensions to Quantum Communication

• Grid of Quantum Islands Could Reveal Secrets for Powerful Technologies

• Light-Matter Interactions on Sub-Nanometer Scales Unlocked, Leading to 'picophotonics'

• Magnetism or No Magnetism? The Influence of Substrates on Electronic Interactions

• New Blue Quantum Dot Technology Could Lead to More Energy-Efficient Displays

• 看到克丽rly Into a New Realm -- Researchers Prototype a New Generation of Quantum Microscopy

• Quantum Dots Form Ordered Material

• Breakthrough in Optical Information Transmission

• New Form of Universal Quantum Computers

• New Hybrid Structures Could Pave the Way to More Stable Quantum Computers

• Miniaturized Infrared Detectors

• Advance Brings Quantum Computing One Step Closer to Implementation

• New Measurements Quantifying Qudits Provide Glimpse of Quantum Future

• Seeing Electron Movement at Fastest Speed Ever Could Help Unlock Next-Level Quantum Computing

• 物理学家使用“电子相关性”控制Topological Materials

• Optical Foundations Illuminated by Quantum Light

• Milestones Achieved on the Path to Useful Quantum Technologies

• For the Longest Time: Quantum Computing Engineers Set New Standard in Silicon Chip Performance
• Full Control of a Six-Qubit Quantum Processor in Silicon

• Quantum Technology Reaches Unprecedented Control Over Captured Light