QuantbioG Profile Banner
QuantBio Group Profile
QuantBio Group

@QuantbioG

Followers
147
Following
75
Media
32
Statuses
115

The Quantum Biology and Computational Physics research group at the Carl von Ossietzky University of Oldenburg (Germany) is headed by Prof. Dr. Ilia Solov'yov.

Oldenburg
Joined November 2020
Don't wanna be here? Send us removal request.
@QuantbioG
QuantBio Group
8 months
PhD position // Spin Chemistry // University of Oldenburg
0
1
0
@QuantbioG
QuantBio Group
9 months
PhD position // University of Oldenburg
3
6
4
@QuantbioG
QuantBio Group
10 months
RT @WPezeshkian: Our recent work by my postdoc @FabianSchuhmann .
0
7
0
@QuantbioG
QuantBio Group
1 year
RT @khandeliagroup: Thank you Fabian and Ilia @QuantbioG for support with Viking, Lau for all the hard work and the SDU eScience Center and….
0
1
0
@QuantbioG
QuantBio Group
1 year
RT @FabianSchuhmann: A very fun project reached its conclusion in this latest published manuscript. With Jonathan….
0
2
0
@QuantbioG
QuantBio Group
1 year
Our Roadmap paper, Condensed Matter Systems Exposed to Radiation: Multiscale Theory, Simulations, and Experiment is finally out in Chemical Reviews.
0
0
6
@QuantbioG
QuantBio Group
1 year
RT @FabianSchuhmann: Our article was published in #moleculardiversity, available at . With Felicitas Finke, @johung….
0
1
0
@QuantbioG
QuantBio Group
1 year
RT @Jingjing220307: Great honor to be invited to attend the workshop on Quantum Effects in biological systems. This….
0
1
0
@QuantbioG
QuantBio Group
1 year
RT @JPhysChem: A collaboration involving @QuantBioG, @KattnigDaniel, & @FabianSchuhmann used coarse-grained MD simulations to investigate t….
0
5
0
@QuantbioG
QuantBio Group
1 year
RT @SFB_1372: Spread the word: we're #hiring .We offer two short-term #fellowships for master's degree holders and PhD-candidates (6-12 mon….
0
13
0
@QuantbioG
QuantBio Group
2 years
We are happy to introduce our latest program ALISE- the Automated Ligand Searcher, which was made possible because of the great collaborative effort of @FabianSchuhmann @LuiseJacobsen.@johungerland.
0
2
8
@QuantbioG
QuantBio Group
2 years
RT @TheSIAMNews: Neutrophil elastase and cathepsin G are similar #proteins with disparate functions. In SIAM News Online, @FabianSchuhmann….
0
3
0
@QuantbioG
QuantBio Group
2 years
The group had a fun summer party, now almost traditional, at Prof. Ilia's place. Thanks to everyone who helped organize!
Tweet media one
0
0
6
@QuantbioG
QuantBio Group
2 years
Last Friday our @siuyingalice defended her Ph.D. thesis with an amazing presentation and after masterfully answering the questions from the committee. Congratulations and good luck in your future career!
Tweet media one
Tweet media two
0
1
13
@QuantbioG
QuantBio Group
2 years
RT @khandeliagroup: Join us in Copenhagen in Dec-2023 for a Mighty Workshop in MD simulations with @BonomiMax @CovinoLab @drannaduncan @eri….
0
19
0
@QuantbioG
QuantBio Group
2 years
RT @FabianSchuhmann: Poster Session at the biomolecules and nanostructures 8 conference near Krakow talking about Simbols (.
0
1
0
@QuantbioG
QuantBio Group
2 years
Our members, @FabianSchuhmann and Katarina Kretschmer presented their latest work with posters at the Biomolecules and Nanostructures 8 conference in Kraków, Poland. #biomolecules #nanostructures Congratulations!
Tweet media one
0
0
8
@QuantbioG
QuantBio Group
2 years
We are #hiring! At @UniOldenburg, 2 new #PhDposition are available for those interested in #biophyscis #magnetoreception #physics #phdchat Deadline to apply is the 7th of July.
Tweet media one
0
11
14
@QuantbioG
QuantBio Group
2 years
Congratulations to @CompPhysGuy on a publication in @J_A_C_S! Transient absorption spectroscopy and quantum-/MD electron transfer simulations were used to compare wild-type ErCry4a and four phenylalanine mutants. @ACSPublications #magnetoreception @SFB1372.
0
5
20
@QuantbioG
QuantBio Group
2 years
Our members' @FabianSchuhmann and @GerhardsLuca newest publication in @PLOSONE demonstrates new tools for similarity measurements that can be applied to compare atomic movements or bird migration pathways.
0
2
6