• Qubits on Strong Stimulants

• Spin Transport Measured Through Molecular Films Now Long Enough to Develop Spintronic Devices

• 一个t the Edge of Graphene-Based Electronics

• Dynamical Fractal Discovered in Clean Magnetic Crystal

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

• Spin Correlation Between Paired Electrons Demonstrated

• Novel Nanowire Fabrication Technique Paves Way for Next Generation Spintronics

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

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

• 'Twisty' Photons Could Turbocharge Next-Gen Quantum Communication
• Key Element for a Scalable Quantum Computer

• Scientists See Spins in a 2D Magnet

• Investigating Magnetic Excitation-Induced Spin Current in Chromium Trihalides

• From Bits to P-Bits: One Step Closer to Probabilistic Computing

• New Insights Into the Interaction of Topological Insulators

• Physics of High-Temperature Superconductors Untangled
• Scientists Unravel 'Hall Effect' Mystery in Search for Next Generation Memory Storage Devices

• 2D Array of Electron and Nuclear Spin Qubits Opens New Frontier in Quantum Science

• 米agnetic Quantum Material Broadens Platform for Probing Next-Gen Information Technologies

• Buckyballs on Gold Are Less Exotic Than Graphene

• 米agnetic Memory Milestone

• 研究人员学会控制电子自旋的房间Temperature to Make Devices More Efficient and Faster

• Researchers Find the Missing Photonic Link to Enable an All-Silicon Quantum Internet

• 一个Four-Stroke Engine for Atoms

• Quantum Simulator Delivers New Insight
• Diamonds Are for Quantum Sensing

• 米ulti-Spin Flips and a Pathway to Efficient Ising Machines

• Spinning Is Key for Line-Dancing Electrons in Iron Selenide

• Spin Keeps Electrons in Line in Iron-Based Superconductor

• One Particle on Two Paths: Quantum Physics Is Right

• Computational Sleuthing Confirms First 3D Quantum Spin Liquid
• Spintronics: How an Atom-Thin Insulator Helps Transport Spins

• 米echanism 'splits' Electron Spins in Magnetic Material

• Researchers Unveil a Highly Efficient Means to Reverse Magnetization With Spin Currents

• Exotic Magnetic Structures Created With Laser Light
• Breakthrough for Efficient and High-Speed Spintronic Devices

• Lasers Trigger Magnetism in Atomically Thin Quantum Materials

• New Transistor Could Cut 5% from World’s Digital Energy Budget

• 一个米athematical Shortcut for Determining Quantum Information Lifetimes

• 'Hot' Spin Quantum Bits in Silicon Transistors

• New Fermi Arcs Could Provide a New Path for Electronics

• Fermi Arcs in an Antiferromagnet Detected at BESSY II
• Don’t Underestimate Undulating Graphene

• 米aking Memory Serve Correctly: Fixing an Inherent Problem in Next-Generation Magnetic RAM

• Physicists Show How Frequencies Can Easily Be Multiplied Without Special Circuitry

• 米olecules, Rare Earths, and Light: Innovative Platform for Quantum Computers and Communications
• 一个'zigzag' Blueprint for Topological Electronics

• 米agnetic Excitations Could Provide Information Transfer Without Heat Loss

• The Interplay Between Topology and Magnetism Has a Bright Future

• Spintronics: Innovative Crystals for Future Computer Electronics

• Chaining Atoms Together Yields Quantum Storage

• 米apping the Quantum Future With Smart TV Technology

• 石墨烯自旋电子学:1 d接触改善流动性in Nano-Scale Devices

• New Insight Into Unconventional Superconductivity

• Researchers Use Tiny Magnetic Swirls to Generate True Random Numbers

• Researchers Resurrect and Improve a Technique for Detecting Transistor Defects

• The Puzzle of the 'lost' Angular Momentum

• New Super-Conductors Could Take Data Beyond Zeroes and Ones

• Diamond Quantum Sensor Detects 'magnetic Flow' Excited by Heat

• New Way of Gaining Quantum Control from Loss

• Scientists Achieve Key Elements for Fault-Tolerant Quantum Computation in Silicon Spin Qubits

• 米agnetic Surprise Revealed in 'magic-Angle' Graphene

• Novel Semiconductor Gives New Perspective on Anomalous Hall Effect
• 一个-List Candidate for Fault-Free Quantum Computing Delivers Surprise

• Resolving the Puzzles of Graphene Superconductivity

• Never-Before-Seen State of Matter: Quantum Spin Liquids
• Green Information Technologies: Superconductivity Meets Spintronics

• Quantum Computers Getting Connected

• 一个New Way to Generate Electricity from Waste Heat: Using an Antiferromagnet for Solid Devices
• 一个New Topological Magnet With Colossal Angular Magnetoresistance

• 一个Nanoantenna for Long-Distance, Ultra-Secure Communication

• Experts Master Defects in Semiconductors

• Researchers Move Closer to Controlling Two-Dimensional Graphene
• Trapping Spins With Sound

• Innovative Chip Resolves Quantum Headache

• Cutting Through the Noise: AI Enables High-Fidelity Quantum Computing

• New Type of Magnetism Unveiled in an Iconic Material

• How Flawed Diamonds 'lead' To Flawless Quantum Networks

• Quantum Materials Cut Closer Than Ever

• Quantum Computing: Exotic Particle Had an 'out-of-Body Experience'

• 一个ccessing High-Spins in an Artificial Atom

• Best of Both Worlds — Combining Classical and Quantum Systems to Meet Supercomputing Demands

• New Information Storage and Processing Device

• Ultrathin Magnet Operates at Room Temperature

• Future Information Technologies: Topological Materials for Ultrafast Spintronics

• Seeing With Radio Waves

• Inducing and Tuning Spin Interactions in Layered Material

• Important Contribution to Spintronics Has Received Little Consideration Until Now

• 米agnetism Drives Metals to Insulators in New Experiment
• 一个n Atom Chip Interferometer That Could Detect Quantum Gravity

• Scientists Found a New and Promising Qubit at a Place Where There Is Nothing

• Harmonious Electronic Structure Leads to Enhanced Quantum Materials

• Quantum Electronics: 'Bite' Defects in Bottom-Up Graphene Nanoribbons

• Spintronics: Improving Electronics With Finer Spin Control
• New Material Could Create 'neurons' And 'synapses' For New Computers

• New Evidence for Electron's Dual Nature Found in a Quantum Spin Liquid

• Blueprint for a Robust Quantum Future

• Researchers Use a Nanoscale Synthetic Antiferromagnet to Toggle Nonlinear Spin Dynamics

• Experiments Cast Doubts on the Existence of Quantum Spin Liquids