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of Quantum Chromodynamics in scenarios characterized by multiple energy scales. The expected results will help refine phenomenological models, improve Monte Carlo simulations, and contribute to a better
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, biomedical and quantum devices. To this end, we cover the whole path: from the design of novel materials, displaying unprecedent electronic, optical, and magnetic properties, to their implementation in real
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systems, stochastic methods in statistical mechanics, hydrodynamic limits, interacting many-body systems, quantum macroscopic evolution equations, stochastic differential equations, computational methods in
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active galactic nuclei; 5) Bridging Quantum Thermodynamics and Quantum Information Theory: Toward a Unified Framework for Energy and Information Manipulation; 6) Multiomic analysis of neural development
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: High-Energy Theory Cosmology/Particle Astrophysics High Energy Physics Quantum Gravity Theoretical Physics (more...) Fundamental Theory/Cosmology Appl Deadline: 2025/12/15 11:59PM (posted 2025/11/05