International Conference on Computational Quantum Mechanics and Nuclear Physics ICCQMNP on December 09-10, 2023 in London, United Kingdom

Computational Quantum Mechanics Cold-atom physics Computational Quantum Mechanics for Nuclear Physics Condensed Matter physics Foundation of Quantum Mechanics General Relativity Theory, Cosmology and Astrophysics Group Theory High Energy Physics Lie algebras Mathematical Physics Monte Carlo simulation methods Nucear Physics Phase transitions Physical implementations of quantum information processing Quantum communications Quantum Information and Quantum Mechanics of Measurements and Open Systems Quantum information theory Quantum optics Quantum Theory including Quantum Information (Quantum Computers, Quantum Cryptography, Teleportation of Quantum States) Quantum tomography of states and quantum devices Statistical Mechanics Nuclear Physics Accelerator Technology Main Systems Applications of Accelerators Applied nuclear physics in medicine and industry Beam Dynamics and Electromagnetic Fields Beyond Nuclear Physics Circular Colliders Collective Modes Collective processes in atomic nuclei Computing Atomic Nuclei: Frontiers of Nuclear Structure Theory Experimental study of nuclear properties and fundamental interactions Experimental study of nuclear reactions Experimental technique and its applications Hadron Accelerators Hadron Structure Hadrons in Nuclei Hot and Dense QCD Instrumentation, Controls, Feedback & Operational Aspects Investigations with radioactive nuclear beams Linear Colliders, Lepton Accelerators and New Acceleration Techniques Neutrino Physics Neutron and reactor physics, nuclear data Neutron-rich Nuclei New Facilities and Instrumentations Nuclear Application and Interdisciplinary Researches Nuclear Astrophysics Nuclear Physics and Atomic Energy Nuclear Reactions and Spectroscopy with Novel Techniques Nuclear structure and decay processes Proton-rich Nuclei Rare nuclear processes Standard Model and Beyond Structure of Light Nuclei and Astrophysics Superheavy Nuclei Symmetries in Nuclei - Guidelines for Experiment and Theory Synchrotron Light Sources and FELs Theory of atomic nucleus and fundamental interactions </div>