Computational Chemistry for Experimental Chemists

CCEC 2026 – Toruń VeloxChem Workshop

14 – 18 September 2026

The goal of this workshop is to introduce computational methods that allow to:

  • Predict real chemistry,
  • Automatically identify transitions states for complex systems,
  • Compute spectra of molecules in complex environments.

Workshop overview

Day 0 – online Day 1 Day 2

install.pngInstallation and Python

DFT.png

Basic methods

thermochem.png

Thermochemistry

Day 3 Day 4 Day 5

pes.pngPotential energy surfaces

cdspec.pngSpectroscopy

workflows.pngWorkflows

Topics covered

Online (the week before the workshop)

  • Installation
  • Introduction to Python and Jupyter notebooks

Basic methods

  • Basis sets
  • DFT
  • Environment: PCM and QM/MM

Regular thermochemistry

  • Reaction energies
  • Conformers
  • Electrochemistry
  • Molecular properties: partial charges, spin densities, orbitals
  • Stability: Hydrogen bond dissociation energies

Exploring potential energy surfaces

  • Stationary points (minima, transition states)
  • Geometry optimization
  • Zero-point vibrational enthalpy, Gibbs free energy

Spectroscopy

  • UV/vis absorption, circular dichroism
  • IR absorption, Raman spectroscopy
  • Visualization (natural transition orbitals, transition diagrams, normal modes)

Workflows

  • From reactants and products to reaction rates, concentration changes, and fingerprints in UV/vis or CD spectra

Registration – Open

There are 50 spots available for the workshop, filled on a first come first served basis. More information about the registration can be found herePayment instructions and account number will be sent in a separate e-mail after the confirmed registration. After registration you will be able to also submit an abstract for a poster presentation.

REGISTER HERE

Contact us

For more information you can contact us at ccec@umk.pl.

Organizers

  • Iulia Emilia Brumboiu
  • Anna Kaczmarek-Kędziera
  • Mårten Ahlquist
  • Patrick Norman 

organizers.png 

Konferencja w Toruniu