Vortrag

From biophysics to electrochemistry with 2D IR spectroscopy : Application to amyloid oligomers and voltage-dependent solvation dynamics

From biophysics to electrochemistry with 2D IR spectroscopy : Application to amyloid oligomers and voltage-dependent solvation dynamics

Veranstaltungen

12.05.25

12:00 – 13:30

Potsdam

Prof. Dr. Martin T. Zanni

University of Wisconsin-Madison

GDCh lecture

Kontaktperson

Dr. Matthias Hartlieb

Dr. Matthias Hartlieb


Zu Ihrem Kalender hinzufügen

From biophysics to electrochemistry with 2D IR spectroscopy : Application to amyloid oligomers and voltage-dependent solvation dynamics
From biophysics to electrochemistry with 2D IR spectroscopy : Application to amyloid oligomers and voltage-dependent solvation dynamics
From biophysics to electrochemistry with 2D IR spectroscopy : Application to amyloid oligomers and voltage-dependent solvation dynamics
From biophysics to electrochemistry with 2D IR spectroscopy : Application to amyloid oligomers and voltage-dependent solvation dynamics
In andere Kalender herunterladen

Interessen

Spektroskopie
Biochemie
Analytische Spektroskopie
Elektrochemie

Veranstaltungsdetails

12.05.25

12:00 – 13:30

Potsdam

Prof. Dr. Martin T. Zanni

University of Wisconsin-Madison


Kontaktperson

Dr. Matthias Hartlieb

Dr. Matthias Hartlieb


Zu Ihrem Kalender hinzufügen

From biophysics to electrochemistry with 2D IR spectroscopy : Application to amyloid oligomers and voltage-dependent solvation dynamics
From biophysics to electrochemistry with 2D IR spectroscopy : Application to amyloid oligomers and voltage-dependent solvation dynamics
From biophysics to electrochemistry with 2D IR spectroscopy : Application to amyloid oligomers and voltage-dependent solvation dynamics
From biophysics to electrochemistry with 2D IR spectroscopy : Application to amyloid oligomers and voltage-dependent solvation dynamics
In andere Kalender herunterladen