Computational Quantum Materials Talk by g. sangiovanni at workshop "quantum mechanics applied to earth sciences” at accademia nazionale dei lincei, rome, may 2025. dynamical correlations and order in magic angle twisted bilayer graphene. phys. rev. x 14, 031045. superconductor surprises with strongly interacting electrons. nature 632, 988 989 (2024) rdcu.be dslcl. The thygesen group develops and applies first principles methods for the description of ground and excited state properties of materials. links to the group's open source codes and databases:.
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Quantum Simulation Accelerates Materials Modelling With Reduced This work highlights the potential of ai assisted computational modeling to revolutionize quantum materials science and ultimately enable advances in energy efficient electronics and quantum technologies. It is possible to predict properties of materials “from scratch” or “ab initio”: by applying the laws of quantum physics to the atoms that make up the material. Beyond materials related research, our group also interested in the theoretical study related to quantum technologies (e.g. quantum computing, quantum thermodynamics and quantum measurement). These specialized materials provide physical platforms for quantum bits (qubits), the fundamental units of quantum information, allowing researchers to manipulate and control quantum states.
Github Quantumopticss Computational Quantum Phy Code And Notebooks Beyond materials related research, our group also interested in the theoretical study related to quantum technologies (e.g. quantum computing, quantum thermodynamics and quantum measurement). These specialized materials provide physical platforms for quantum bits (qubits), the fundamental units of quantum information, allowing researchers to manipulate and control quantum states.
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