The "Molecular Biophysics" conference provides a platform for advancing fundamental understanding of the physical principles that govern life at the molecular scale. Living systems operate in highly dynamic and heterogeneous environments, where physical interactions shape biological function in ways that remain only partially understood. This workshop brings together theoretical, computational, and experimental approaches to examine these processes with precision and depth.
A central focus is the exploration of mechanisms underlying molecular function, including the role of electromagnetic fields in modulating interactions within living matter. These phenomena, occurring at the level of molecules and molecular assemblies, open new perspectives on energy transfer, signaling, and structural dynamics in biological systems.
By integrating diverse methodologies - from high-resolution spectroscopy and advanced simulations to novel experimental designs - the conference seeks to address questions that challenge conventional paradigms.
Beyond consolidating current knowledge, the aim is to identify and characterize previously unrecognized physical mechanisms and to stimulate the development of experimental strategies capable of probing them. The interdisciplinary nature of this workshop is fundamental as it unites expertise from physics, chemistry, biology, engineering, mathematics, and computational science, fostering a collaborative environment where theoretical insights and experimental innovations converge.
Through this initiative, the conference contributes to advancing the collective knowledge in this field, propelling scientific innovation, and nurturing a community that transcends traditional disciplinary boundaries.
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