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Tag: Lattice Gauge Theories

  • Quantum Computers Simulate Thermalisation in Chains of 101 Plaquettes
    Quantum Physics

    Quantum Computers Simulate Lattice Gauge Theories

    by Dr DMarch 27, 2026
  • Dynamical Matter Generates Crucial Interactions for Exotic Materials Without Complex Calculations
    Physics

    Dynamical Matter Enables Exotic Materials

    by Muhammad Rohail T.February 16, 2026
  • Simpler Way to Map Particle Interactions Boosts Accuracy of Confinement Temperature Calculations
    Physics

    Particle Interactions Map Boosts Temperature Accuracy

    by Muhammad Rohail T.February 13, 2026
  • Fluxonium Qutrit Arrays Achieve Tunable Interactions for Exotic Matter Simulation
    Quantum Simulation

    Fluxonium Qutrits Tuned for Matter Simulation

    by Muhammad Rohail T.February 2, 2026
  • Trapped-ion Quantum Computer Demonstrates (2+1)-Dimensional Yang-Mills Thermalization Dynamics
    Physics

    Trapped-Ion Quantum Computer Simulates Yang-Mills Dynamics

    by Muhammad Rohail T.January 21, 2026
  • Gauss Law Sectors Enable Polynomial Time Simulation of Quantum Link Models with One Flavour
    Technology News

    Quantum Link Models Solved with Gauss Law Sectors

    by Muhammad Rohail T.December 19, 2025
  • Simulating 2+1 Dimensional Quantum Electrodynamics with Qubits and Qumodes Enables Compact U(1) Gauge Field Encoding
    Quantum Simulation

    Qubit-Qumode Simulation Advances 2+1D Quantum

    by Muhammad Rohail T.November 20, 2025
  • U(1) Lattice Gauge Theory Simulations with Truncated Hilbert Spaces Achieve Accuracy Using a Functional Basis with Minimal Basis States
    Quantum Computing

    U(1) Lattice Gauge Theory: Accurate Simulations

    by Muhammad Rohail T.November 7, 2025
  • Paratoric 1.0-beta: Continuous-time Quantum Monte Carlo Simulates Toric Code on Multiple Lattices with Open and Periodic Boundaries
    Quantum Algorithms

    ParaToric 1.0-beta: Toric Code Simulation on Lattices

    by Quantum MechanicOctober 17, 2025
  • Optimal Local Basis Truncation of Quantum Many-Body Systems Reduces Computational Resources
    Quantum Research News

    Quantum Systems: Local Basis Truncation Cuts Resources

    by Muhammad Rohail T.September 25, 2025
  • Lattice Gauge Theories with Dipolar Atoms Reveal Striped Phases and Confinement Transitions in MixD Models
    Quantum Simulation, Quantum Research News

    Dipolar Atoms Simulate Particle Physics Phases

    by Muhammad Rohail T.September 23, 2025
  • Lattice Gauge Theories Show Fast Transport
    Physics

    Lattice Gauge Theories Show Fast Transport

    by Dr. DonovanSeptember 14, 2025
  • Quantum Simulation Advances Lattice Gauge Theories with Alkaline-Earth Atoms.
    Quantum Simulation

    Quantum Simulation: Lattice Gauge Theory with Atoms

    by Dr. DonovanJune 20, 2025
  • Engineering Long-Range Interactions: New Insights into Quantum Many-Body Physics.
    Physics

    Quantum Many-Body Physics: Long-Range Interactions

    by Dr. DonovanJune 10, 2025
  • Simulating the Universe: Breakthrough in Quantum Computing Could Revolutionize Physics
    Physics, Quantum Physics

    Quantum Computing Simulates Universe, Aids Physics

    by Dr. DonovanSeptember 30, 2024
  • Quantum Computing Leaps Forward with Schwinger Model Simulation on 100 Qubits
    Quantum Research News

    100-Qubit Simulation Advances Quantum Computing

    by Dr. DonovanApril 19, 2024
  • Quantum Simulation's Challenges Tackled with Coarse Graining of Qubit Systems
    Quantum Research News

    Qubit Systems Ease Quantum Simulation Challenges

    by Dr. DonovanApril 2, 2024
  • Quantum Algorithms Advance Computation of Lattice Gauge Theories, Study Finds
    Quantum Research News

    Quantum Algorithms Speed Lattice Gauge Theory Computation

    by Dr. DonovanMarch 19, 2024
  • Advancements in Qudit Systems Propel Quantum Simulation of Lattice Gauge Theories
    Physics

    Qudit Systems Advance Quantum Lattice Simulation

    by Physics NewsMarch 1, 2024
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