Current members of the Suhm research group

Contact details

Taija Fischer

Phone: +49 551 39-33180
E-Mail: tfische1[at]gwdg.de

Taija Fischer is doing Ph.D. thesis research on environmental effects in supersonic jet expansions

Maxim Gawrilow

Phone: +49 551 39-33180
E-Mail: mgawril[at]gwdg.de

Maxim Gawrilow is doing Ph.D. thesis research on Raman spectroscopy of isomerizations

Beppo Hartwig

Phone: +49 551 39-66397
E-Mail: bhartwi[at]gwdg.de

Beppo Hartwig is doing PhD thesis research on chirality recognition for quantum chemistry benchmarking purposes

Manuel Lange

Phone: +49 551 39-14322
E-Mail: mlange6[at]gwdg.de

Manuel Lange is doing PhD thesis research on chirality induction and London dispersion control

Petra Lawecki

Phone: +49 551 39-33112
E-Mail: pendler[at]gwdg.de

Petra Lawecki is our part-time group secretary

Dr. Nils Lüttschwager

Phone: +49 551 39-33114
E-Mail: nluetts[at]gwdg.de

Nils Lüttschwager is a permanent staff member organizing much of the advanced practical course in physical chemistry and supporting our research

Robert Medel

Phone: +49 551 39-14322 (office), -22766 (lab)
E-Mail: rmedel[at]gwdg.de

Robert Medel did Ph.D. thesis research on evaporating liquid jet expansions and chirality recognition

Arman Nejad

Phone: +49 551 39-66397
E-Mail: anejad[at]chemie.uni-goettingen.de

Arman Nejad is doing Ph.D. thesis research on anharmonic effects in formic acid and its dimer

Sophie Schweer

E-Mail: s.schweer[at]stud.uni-goettingen.de

Sophie Schweer is doing Ph.D. thesis research on the dynamics of acid-alcohol clusters

Professor Dr. Martin Suhm

Head of the group
Phone: +49 551 39-33111
E-Mail: msuhm[at]gwdg.de
Homepage

Professor Dr. Thomas Zeuch

Phone: +49 551 39-33126
E-Mail: tzeuch1[at]gwdg.de
Homepage

Thomas Zeuch is a permanent staff member doing much of the teacher training in physical chemistry and carrying out independent molecular beam and kinetics research

Charlotte Zimmermann

Phone: +49 551 39-33180
E-Mail: czimmer2[at]gwdg.de

Charlotte Zimmermann is doing Ph.D. thesis research on dispersion control in intermolecular energy balances

Revised