Group Garcia TheoPhys Kassel

Our Theory group works currently on three main research areas: 1) Laser induced ultrafast phenomena, 2) Proteins under electric fields, 3) Biological clocks

[Group Garcia TheoPhys Kassel @GroupKassel]

We want to share our recent publication in @PhysRevLett on biological rhythms, performed by P. Rojas, O. Piro, from @UIBuniversita, who spent his sabbatical at @uni_kassel, and myself:
https://t.co/ydJJRoSxvC
The newspaper @HNA_online commented on it
https://t.co/CIjSd7mBgN

[Group Garcia TheoPhys Kassel @GroupKassel]

Part of the group watched last wednesday the semifinal of the UEFA Champions League between ManCity and Real Madrid. Now back to work and waiting for the final.

[Group Garcia TheoPhys Kassel @GroupKassel]

We are happy to announce that our chapter on "Ultrafast Quantum Processes at the Nanoscale: Insights from Modeling", has been published in the book "Ultrafast Laser Nanostructuring", edited by J. Bonse and R. Stoian (Springer Series in Optical Sciences)
https://t.co/N60Qxhhycm

[Group Garcia TheoPhys Kassel @GroupKassel]

A #PhD position in "Simulation of ultrafast structural changes at the nanoscale" is available in our group. See:
https://t.co/aQVzrdUhvj

[Group Garcia TheoPhys Kassel @GroupKassel]

we are happy of being part of an international team leaded by @JensBiegert (at @ICFOnians) which developed new exciting experimental methods and theoretical tools to describe ultrafast energy transfer processes in solids.
@PhysRevX
https://t.co/IO3VHfYWoh

[Physical Review X @PhysRevX]

Probing the Energy Conversion Pathways between Light, Carriers, and Lattice in Real Time with Attosecond Core-Level Spectroscopy https://t.co/85zfhNvPCy #PRXjustpublished #openaccess

[Group Garcia TheoPhys Kassel @GroupKassel]

A #PhD position in "Theory of the laser induced formation and manipulation of NV centers in diamond" is available in our group. See:
https://t.co/Au3GtA64Rv

https://t.co/jnmzAXwO1D

https://t.co/btQQUg8Uwh

#Laser @_phdpositions

[Group Garcia TheoPhys Kassel @GroupKassel]

Congratulations to Pascal, who finished his Master work in our group and gave yesterday an excellent talk on a "Neural Network interatomic potential for laser excited silicon".
#NeuralNetworks #MachineLearning @presseunikassel @GroupKassel

[Group Garcia TheoPhys Kassel @GroupKassel]

Corona: Riese mit Achillesferse | heise online https://t.co/ZON0amq5Vv

[Group Garcia TheoPhys Kassel @GroupKassel]

Have you #SharedIt? "The SARS-CoV-2 spike protein is vulnerable to moderate electric fields" on #SARSCoV2 and relevant to #COVIDisAirborne is free to read https://t.co/rPmZqFxjjr

[Group Garcia TheoPhys Kassel @GroupKassel]

@itosettiMD_MBA In this context we would like to share the results of our recent simulations (https://t.co/zoEPd4urzF) regarding the remarkable vulnerability of the spike protein of #SARSCoV2 to electric fields, possibly offering new ways for air cleaning.

[Group Garcia TheoPhys Kassel @GroupKassel]

Oct. 5th: Marie Kempkes (Master Student) will give her first invited talk at the V International Conference on #Ultrafast #Optical #Science "#UltrafastLight-2021". Talk on "Ultrafast nonthermal formation of NV centers in #diamond", which is a topic relevant for #QuantumComputing

[Group Garcia TheoPhys Kassel @GroupKassel]

Elektrische Felder schädigen das Spike-Protein von #SARSCoV2 (#SARS_CoV_2 ) im Wildtyp und in Varianten Alpha, Beta und Gamma. Simulationen zur #DeltaVariant sind in Arbeit. Wichtig für Maßnahmen zur Vorbeugung von #COVID19

https://t.co/Mmp3wNnQgg

[Group Garcia TheoPhys Kassel @GroupKassel]

@presseunikassel @megarcia_physik @NatureComms @hessenschau Wir haben gezeigt, dass das Spike-Protein von #SARSCoV2 bei niedriger elektrischer Spannung ultraschnell beschädigt werden kann. Hoffentlich wichtig für #LuftfilterJETZT und interessant für @rki_de @c_drosten @Karl_Lauterbach (s. Paper in @NatureComms https://t.co/zoEPd4urzF)

[Group Garcia TheoPhys Kassel @GroupKassel]

Next Monday (Sept. 27th) Bernd Bauerhenne will speak about #simulation of a #laser induced phase transition in antimony at the DPG Condensed Matter Meeting 2021 ▶️https://t.co/F8WfmHPbOT

[Nature Communications @NatureComms]

The group of Martin Garcia performed MD simulations, which show that the SARS-CoV-2 Spike protein is destabilised by moderate static electric fields @presseunikassel @GroupKassel

https://t.co/yBWJzuypcT

[Nature Communications @NatureComms]

The group of Martin Garcia performed MD simulations, which show that the SARS-CoV-2 Spike protein is destabilised by moderate static electric fields @presseunikassel @GroupKassel

https://t.co/yBWJzugOll

[Group Garcia TheoPhys Kassel @GroupKassel]

We are happy to announce the publication of the paper "The SARS-CoV-2 spike protein is vulnerable to moderate electric fields", by Claudia R. Arbeitman, Pablo Rojas, Pedro Ojeda-May & Martin E. Garcia, in @NatureComms (see https://t.co/RrknGFEb7b).

[Group Garcia TheoPhys Kassel @GroupKassel]

There is a need for modern filters to inactivate the virus

[Group Garcia TheoPhys Kassel @GroupKassel]

Our postdoc Dr. Tobias Zier was awarded a Walter Benjamin Fellowship from the Deutsche Forschungsgemeinschaft (DFG). He will spend two years at the University of California MERCED @ucmerced in the group of Prof. David Strubbe.
Congratulations Tobi!

[Group Garcia TheoPhys Kassel @GroupKassel]

The group is proud to announce the publication of the paper "Theory for heating of metals assisted by surface plasmon polaritons", by O. Benhayoun, P.N.Terekhin, D.S.Ivanov, B.Rethfeld and M.E.Garcia in Applied Surface Science.
https://t.co/qsSb6uety0
Congratulations to Othmane!