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Tag: Maxwells Equations

  • Accelerating Waveguides Exhibit Asymmetric Excitation of Left- Vs Right-Handed Photons, Violating Noether Symmetry
    Physics

    Accelerating Waveguides Exhibit Asymmetric Excitation of Left- Vs Right-Handed Photons, Violating Noether Symmetry

    by Rohail T.December 8, 2025
  • Plasma Fibre Using Bright-core Helicon Plasma Demonstrates Wave-guide Feature with Total Reflection of Electromagnetic Waves
    Technology

    Plasma Fibre Using Bright-core Helicon Plasma Demonstrates Wave-guide Feature with Total Reflection of Electromagnetic Waves

    by Rohail T.November 7, 2025
  • Graphene Plexcitons Enable Dynamic Control of Dipole Decay Rates Via Tunable Hybrid Modes
    Technology

    Graphene Plexcitons Enable Dynamic Control of Dipole Decay Rates Via Tunable Hybrid Modes

    by Rohail T.October 23, 2025
  • Transformer-latent Diffusion Models Generate Photonic Band Diagrams, Enabling Design of Nanoscale Quantum and Optical Structures
    Technology

    Transformer-latent Diffusion Models Generate Photonic Band Diagrams, Enabling Design of Nanoscale Quantum and Optical Structures

    by Quantum NewsOctober 3, 2025
  • Density-functional Tight Binding Unravels Strong Light-matter Coupling Mechanisms and Multi-scale Feedback in Optical Cavities
    Quantum Research News

    Density-functional Tight Binding Unravels Strong Light-matter Coupling Mechanisms and Multi-scale Feedback in Optical Cavities

    by Quantum NewsSeptember 15, 2025
  • Researchers Model Polaritonic Chemistry with Atomistic Detail, Overcoming Computational Limits in Simulations
    Quantum Algorithms

    Researchers Model Polaritonic Chemistry with Atomistic Detail, Overcoming Computational Limits in Simulations

    by Quantum NewsAugust 30, 2025
  • Fast Multipole Method Solves Maxwell’s Equations in 3-D Layered Media Efficiently
    Quantum Computing Business News

    Fast Multipole Method Solves Maxwell’s Equations in 3-D Layered Media Efficiently

    by Quantum NewsJuly 27, 2025
  • Physics-Informed Neural Networks Solve Maxwell’s Equations with Enhanced Accuracy.
    Quantum Computing

    Physics-Informed Neural Networks Solve Maxwell’s Equations with Enhanced Accuracy.

    by Quantum NewsJuly 2, 2025

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Latest Quantum Articles
  • Silicon T Center Achieves Long-Distance Quantum Communication with Enhanced Fidelity
  • Pump–Probe Setups Benefit from Theory Describing Multi-Band Systems and Kerr Rotation Effects
  • Neural Networks Advance with Fast, Low-Energy Matrix-Vector Multiplication via Brillouin Scattering
  • Charged Shockwaves Demonstrate Novel Time Delays in Einstein-Maxwell Effective Field Theory
  • 6G NOMA Achieves Noise-Resilient Decoding with CRC-Aided GRAND for Beyond 5G Networks
  • Process Tensors Enable Exact Quantum Work Statistics for Driven Open Quantum Systems
  • Vector Field Representations Advance Pattern Recognition in Complex, High-Dimensional Systems
  • Stronger Quantum Divergences Enable Improved Noisy Channel Characterization
  • Gaussian Purification Achieves Doubled Photon Number for Passive Bosonic States
  • Scalable Quantum Tests Enable Contextuality Verification of Stabilizer Codes and Games
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