- Quantum Field Theory Emerged from 1930s Work on Particle Behaviour
- Entangled Mechanical States Created with Single Vibrations Offer Quantum Control
- Faster Quantum Computing Now Possible Despite Increased Error Rates
- Entangled Qubits and Squeezed Light Boost Quantum Information Processing
- Remote Quantum Control Boosts Scalable Processor Design
- Improved Quantum Circuits Harness Internal Modes for Greater Control
- Quantum Encryption Gains Security with New Pulse Verification Technique
- Monarch Quantum Surpasses $115M in Capital and Contracts Within Six Months
- Entangled Photons Display 97.1 Per Cent Interference with New Chip Design
- Quantum Factoring Needs Just 10,000 Qubits
- Quantum Code Boosts Data Capacity while Shielding Against Errors
- Quantum Motion Demonstrates Fastest Dispersive Readout of Silicon Spin Qubit
- UMass Amherst Demonstrates Technology to Shrink Quantum Computer Size
- Nanophotonic Device Cuts Laser Noise by up to 60 Decibels
- Atomic Spin Reveals Magnetic Fields Via Light Pattern Shifts
- Quantum Gates Now Require Fewer Resources Thanks to Giant Atom Interactions
- Single Photons Generated at 2.5 Gigahertz Boost Quantum Communication Speeds
- Quantum Computers Offer a Faster Search for Bitcoin Mining Solutions
- Networks Train Quantum Circuits, Achieving 96 Per Cent Gate Performance
- Noise Limits Atomic Sensor Precision to a Constant Value
- Lithium Tantalate Stabilises Light-Based Chips for Faster Computing
- Compact Quantum Light Source Simplifies Fibre Optic Networks
- Quantum Processors Now Correct Errors Using Lost Atoms As a Resource
- Five Quantum Dots Now Interfere, Boosting Photonics for Future Technologies
- Non-Superconducting Metals Can Become Superconducting When Layered into Bilayers
- Faster Quantum Gates Boost Resilience Against Control Errors
- Quantum Computers Halve Bitcoin Search Times with Advanced Hardware
- Quantum Networks Demonstrate Losses Exceeding 100 Percent through Spatial-Mode Mixing
- Atoms Linked to Light on a Nanofiber Promise Scalable Quantum Tech
- Atoms Read Multiple Times Boost Quantum Computer Accuracy
- Bluefors Validates Optical Control System Compatibility with Cryogenic Platform
- Quantum Error Correction Speeds up to Tackle Computing’s Biggest Hurdle
- Single-Atom Amplifier Boosts Quantum Computer Readout Speeds Twofold
- Quantum Particles Now Move with Energy from Their Surroundings
- Quantum Computers Gain Speed with Network Achieving 100ps Synchronisation
- Researchers Model Disturbance from Circuit Measurements with a Three-Part Kernel
- Quantum Sensors Gain Sensitivity through Clever Use of Time Itself
- Faster Quantum Memories Bypass a Key Limit to Data Storage
- Fermionic Systems: New Mathematics Quantifies Randomness in Quantum Processes
- OQC Develops Embedded Filters to Counter Purcell Decay in Quantum Processors
- Quantum Design Oxford Collaborates to Improve Access to 20-30 Tesla Magnetic Fields
- Microwave Photons Directly Linked for Robust Quantum Data Processing
- Quantum Circuits with Millions of Operations Edge Closer to Reality
- Quantum Computers Edge Closer with New Error-Correcting Technique
- Moving Atoms Unlock Faster Quantum Computer Operations
- Atomic Receivers Now Jointly Track Target Speed and Location with Precision
- Accelerator Facility Simulates Cosmic Rays to Improve Quantum Computing
- Microscopy Reveals Hidden Details Within High-Temperature Superconductors
- Quantum Extreme Learning on Digital Quantum Processors
- Infleqtion Enables Researchers to Work with Large-Scale Quantum Systems
- Quantum Design Oxford Expands Partnership with BRIN-Q Research Center
- Qolab Launches John Martinis Prize to Support Superconducting Qubit Research
- Kvantify and IQM Demonstrate Quantum Chemistry Workflow on Real Hardware
- Light’s Subtle Shifts Measured with Unprecedented Precision
- Entanglement’s Dynamic Response Reveals Connections Between Complex States of Matter
- Quantum Circuits Containing 1,024 Qubits Now Have Verified Functionality
- Quantum Computers Gain Efficiency from Mapping Problems As Sparse Networks
- Entangled Quantum States Held Stable for One Hour in Ion Trap
- Quantum Code Design Boosts Error Correction
- Liquid Metal Links Promise Resilient Quantum Computer Modules
