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Adam Samborski
PhD

• Position: Specialist
• Research group: Team 11 - Microfluidics and Complex Fluids Research Group
• Keywords: statistical physics of simple fluids, liquid crystals, applications of the density-functional theory, Microfluidic systems

Alina Ciach
Prof.

• Position: Full Professor
• Research group: Team 24 - Complex Systems and Chemical Processing of Information
• Keywords: self-assembling systems, statistical thermodynamics

Andrzej Poniewierski
Prof.

• Position: Full Professor
• Research group: Team 10 - Soft Condensed Matter
• Keywords: soft matter, fluorescence correlation spectroscopy, diffusion in complex sysytems

Horacio Serna
M.Sc.

• Position: Research assistant
• Research group: Physical chemistry of complex systems
• Keywords: Colloidal systems with competing interactions, self-assembly, confined self-assembling systems

Jakub Pękalski
PhD

• Position: Assistant professor
• Research group: Team 13 - Physical Chemistry of Complex Systems
• Keywords: soft matter physics, soft matter self-assembly, molecular simulations, statystical physics

Karol Makuch
PhD

• Position: Assistant professor
• Research group: Team 10
• Keywords: complex liquids, diffusion, dielectrics, nonequilibrium statistical physics, transport properties

Piotr Bernatowicz
PhD, DSc

• Position: Assistant professor
• Research group: Laboratory for NMR Spectroscopy
• Keywords: NMR, molecular dynamics, hydrogen bonding

Svyatoslav Kondrat
PhD, DSc

• Position: Associate professor
• Research group: Team 13 - Physical Chemistry of Complex Systems
• Keywords: soft condensed matter physics, energy storage, biophysics, critical phenomena, colloids

Wojciech Góźdź
Prof.

• Position: Full Professor
• Research group: Team 13 - Physical Chemistry of Complex Systems
• Keywords: satistical thermodynamcs, computer simulations, liquid crystals, lipid membranes

Zbigniew Kaszkur
PhD, DSc

• Position: Associate professor
• Research group: Team 16 - Dynamics of nanocrystal structure induced by surface chemistry
• Keywords: atomistic modeling, powder diffraction, diffusion in solids, chemical reaction mechanism, nanocrystal dynamics