Allegedly a physicist by training. Dabbled in neuroscience now back to physics.
Scotland, United Kingdom
Joined April 2018
- Tweets243
- Following203
- Followers90
- Likes398
Vytas Zickus retweeted
Very excited to announce recruitment of our first interdisciplinary postdoctoral researcher in Cambridge @CamBiochem - funded by Human Frontiers with collaborators @AtsuoPh @atsuosasakiuja1 and Yasufumi Takahashi #microscopy #mechanobiology
jobs.cam.ac.uk/job/39019/
Vytas Zickus retweeted
Interested in working on quantum mechanics in rotating systems, theory and/or experiment? Apply here!
jobs.ac.uk/job/CTQ244/resear…
Vytas Zickus retweeted
🚨2y fellowship opportunity straight out of PhD @UofGPhysAstro. Know any talented EPSRC PhDs close to finishing? We would love to support them with optical & computational microscopy proposals to work with us and our biological collaborators. Get in touch! my.corehr.com/pls/uogrecruit…
Please retweet: Marius Jakulis Jason foundation is funding Ukrainian scientists and PhD students to temporarily continue their research/studies in Lithuania. Up to 8 months funding with a possibility for extension. More info: mjjfondas.lt/en/kryptys/for-…
Vytas Zickus retweeted
If you see your scientific future as involving a lot of scientific programming, and you want to develop your technical skills in that area, check out this summer school on “advanced scientific programming” (5-11 Sept): aspp.school/wiki/ Application deadline 1 May.
Vytas Zickus retweeted
We are now looking for PhDs and Postdocs to work on AI, optical tweezers, active matter, neurosciences, etc...
Please, retweet and apply!
PhD: web103.reachmee.com/ext/I005…
Postdoctor: web103.reachmee.com/ext/I005…
Vytas Zickus retweeted
Today in @nature, with @EPFL, the first deep reinforcement learning system that can keep nuclear fusion plasma stable inside its tokamaks, opening new avenues to advance nuclear fusion research.
Paper: dpmd.ai/fusion-paper
Vytas Zickus retweeted
We are looking for postdocs and scientific programmers for deep-learning for super-resolution microscopy. Extend DECODE and make it the perfect analysis software for SMLM. An exciting collaboration with @jakhmack lab.
embl.de/download/ries/other/…
Vytas Zickus retweeted
Ever wondered what chiral molecules get up to inside cells? Today in @NatureComms we present the world's first chiral-contrast confocal microscope: uniquely capable of tracking luminescent enantiomers inside live cells!
nature.com/articles/s41467-0…
#chemtwitter
Vytas Zickus retweeted
Funded PhD studentship opportunity: developing oxygen sensitive upconversion nanoconstructs to non-invasively measure oxygen within cells and tissues. @StrathChem with me and @HoskinsLab.
Involves nanomaterials, chemistry, & biophotonics
Details👇
findaphd.com/phds/project/de…
Vytas Zickus retweeted
📣Post doc position: 3-year research assistant position to develop light-sheet microscopy #mesoSPIM for the imaging of clarified hearts my.corehr.com/pls/uogrecruit…
Vytas Zickus retweeted
"Entanglement-enabled quantum holography" @PhotonicsWest: Talk at 10:30am on Monday 24th, room 308. Paper 12017-6. @GU_ExtremeLight B.Nadagano @a_lyons2 @d_faccio.
Vytas Zickus retweeted
Recruiting two PhD students for projects developing smart microscopy technologies (Oct 2022 start). UK/EU funding available. Strong international students pls contact me urgently as there are scholarship deadlines at end of Jan. Details: jmtayloruk.github.io/joining . Pls retweet!
Vytas Zickus retweeted
ERC starting grant 2021 ✌️ Quantum microscopy with structured entangled light !
👉 Join the team thequilteam.com !
#EUfunded #FrontierResearch #ERCStG
Vytas Zickus retweeted
This is mind-blowing. The mirrors on the James Webb telescope (which are really what allows the telescope to “see” by collecting light from distant objects) have to be aligned to an accuracy of 150 nanometers. A sheet of paper is ~100,000 nanometers thick.
space.com/amp/nasa-james-web…
Vytas Zickus retweeted
Please RT. Recruiting 4 experimental and theoretical biophysics postdocs for an interdisciplinary collaborative project between Dundee, Oxford, and UCL to study how mechanical and active processes impact gastrulation in the chick. Please contact @juliayeomans @G_Charras @sknepnek
