Topics

Topics under consideration (but not limited to):

• EM fields interaction (eg IR, THz and millimeter waves) with water, biomolecules and living systems; 
  
  
• Low-energy physics and stong ligth-matter coupling for living matter 
  
  
• Large-scale calculations integrating experimental constraints (variety of techniques from NMR to high-resolution microscopy);

• Coherent dynamical phenomena and long-lived collective phenomena in biomolecular environments as collective oscillations of macromolecules; biomolecular processes to support molecular dynamics and ordering;

• Studies of biomolecule folding and dynamics on multiple time scales, with the aim of understanding their role in molecular recognition, function and allostery;
  
  
• Frohlich Theory for living matter; 
  

• Emerging fields such as quantum phenomena in biological systems, or the use of quantum devices to study biological problems;
  

• Development of new experimental tools or techniques (ex: THz, Roman, FTIR, TDS, FCCS, etc.) to interrogate biological questions that are not accessible by current techniques.