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Tag: DFT

  • Topological Insulators, Materials That Conduct on the Surface, Insulate Within
    Quantum Features

    Topological Insulators, Materials That Conduct on the Surface, Insulate Within

    by Quantum EvangelistJanuary 22, 2026
  • Boron Cages Achieve Stability with 32 and 92 Atoms, Enabling Optoelectronic Applications
    Technology

    Boron Cages Achieve Stability with 32 and 92 Atoms, Enabling Optoelectronic Applications

    by Rohail T.December 30, 2025
  • First-principles Study Reveals Ge-Sn Terminated Halide Perovskite Interfaces for Enhanced Optoelectronic and Piezoelectric Properties
    Emerging Technology

    First-principles Study Reveals Ge-Sn Terminated Halide Perovskite Interfaces for Enhanced Optoelectronic and Piezoelectric Properties

    by Rohail T.December 13, 2025
  • Quantum Density Functional Theory Framework Calculates Cubic Response at First Harmonic for Non-Linear Systems
    Physics

    Quantum Density Functional Theory Framework Calculates Cubic Response at First Harmonic for Non-Linear Systems

    by Rohail T.December 10, 2025
  • Gpu-portable Density Functional Theory Achieves 2.0-2.8 Speedups on AMD MI300A and Intel GH200 Architectures
    Technology News

    Gpu-portable Density Functional Theory Achieves 2.0-2.8 Speedups on AMD MI300A and Intel GH200 Architectures

    by Rohail T.December 6, 2025
  • Atomistic QM/Classical Modeling Accurately Calculates Surface-Enhanced Infrared Absorption Spectra of Adsorbed Molecules
    Quantum Simulation

    Atomistic QM/Classical Modeling Accurately Calculates Surface-Enhanced Infrared Absorption Spectra of Adsorbed Molecules

    by Rohail T.November 10, 2025
  • Lightpfp: Data-efficient Machine Learning Achieves Ab Initio Accuracy at Scale, Leveraging Universal Potentials for Tailored Simulations
    Quantum Technology

    Lightpfp: Data-efficient Machine Learning Achieves Ab Initio Accuracy at Scale, Leveraging Universal Potentials for Tailored Simulations

    by Rohail T.November 4, 2025
  • Researchers Unlock Superconductivity in Nanometer-scale Circuits with Novel Passivation Layers for Improved Qubits
    Quantum Research News

    Researchers Unlock Superconductivity in Nanometer-scale Circuits with Novel Passivation Layers for Improved Qubits

    by Quantum NewsSeptember 5, 2025
  • Quantum Optimization Poised to Revolutionize Rail Scheduling by 2028
    Quantum Applications

    Quantum Optimization Poised to Revolutionize Rail Scheduling by 2028

    by Quantum NewsMay 22, 2025

Quantum Computing News

Get the very latest Quantum News and Quantum features from the Original Quantum Magazine that began in 2018. Over the last 7 years Quantum Zeitgeist has covered the latest Quantum Research to the Latest Quantum Companies to emerge.

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Quantum Computing News

  • Understand the latest developments in Quantum. And how they drive the next wave of the Quantum Revolution. Understand from Quantum experts how Quantum Technologies are changing the technological landscape.
  • Quantum Computing is an emerging technology that is impacting multiple industries currently.
  • Quantum Computing leverages the principles of quantum mechanics to perform some complex calculations exponentially faster than traditional computers.
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Latest Quantum Articles
  • The Energy Cost of AI, How Machine Learning is Impacting the Planet
  • High-Frequency Quantum Computing Achieves 10GHz Operation with Enhanced Coherence Times
  • Niobium Bilayers: XPS Demonstrates 17 Capping Layers Resist Surface Oxidation
  • Hyperrbm Achieves High-Fidelity Quantum State Tomography on 1D and 2D Lattices
  • Pre-Trained Encoders Achieve 0.65 AUC for Child Development with Limited Data
  • Multimodal Fine-Tuning Achieves Enhanced Visual Understanding with Synthetic Captions
  • Glacier Calving Front Delineation Achieves 68.7m Error Reduction with Domain Adaptation
  • Ultrafast Domain Wall Acceleration Achieves Magnon Speed in Graded Ferrimagnetic Materials
  • Szegedy Quantum Walk Achieves -Partition Graph Community Detection with High Accuracy
  • Researchers Achieve 3D Imaging of Biphoton Spatiotemporal Wave Packets Directly
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