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@@ -9,20 +9,17 @@ sections:
content:
title: |
Electronic Excitations and Molecular Dynamics
- # image:
- # filename: welcome.jpg
- text: |
-
-
- We are a research group at the Science Institute and Faculty of Physical Sciences of the University of Iceland.
+ text: |
+ Research group at the Science Institute and Faculty of Physical Sciences of the University of Iceland.
- We develop and apply novel computational methods based on density functional theory for modelling excited
- electronic states of molecular and condensed-phase systems. The applications primarily focus on photoactive
+ We develop and apply novel computational methods based on density functional theory to model electronic
+ excitations in molecular and condensed-phase systems. The applications focus on photoactive
organic and transition metal compounds for solar energy conversion and photocatalysis. Using atomic scale
simulations of light-driven chemical dynamics, our goal is to bridge underlying mechanisms with direct observations
from ultrafast experiments conducted at synchrotrons and X-ray free electron lasers with our experimental
collaborators at the Technical University of Denmark.
-
+ image:
+ filename: molecular_movie_cropped.gif
# News Block
# - block: collection
# content:
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@@ -774,16 +774,18 @@
We are a research group at the Science Institute and Faculty of Physical Sciences of the University of Iceland.
-We develop and apply novel computational methods based on density functional theory for modelling excited -electronic states of molecular and condensed-phase systems. The applications primarily focus on photoactive +
Research group at the Science Institute and Faculty of Physical Sciences of the University of Iceland.
+We develop and apply novel computational methods based on density functional theory to model electronic +excitations in molecular and condensed-phase systems. The applications focus on photoactive organic and transition metal compounds for solar energy conversion and photocatalysis. Using atomic scale simulations of light-driven chemical dynamics, our goal is to bridge underlying mechanisms with direct observations from ultrafast experiments conducted at synchrotrons and X-ray free electron lasers with our experimental @@ -799,6 +801,38 @@