#OpticalTweezers

Brian Siegelwaxbsiegelwax
2026-01-13

The Grand Staircase inside Hogwarts Castle is magically whimsical, unpredictably opening up new routes while simultaneously closing others. How could this possibly be analogous to a quantum computer architecture?

bsiegelwax.substack.com/p/the-

EPFL School of EngineeringSTI@social.epfl.ch
2025-07-10

🔬 EPFL researchers have collaborated with those at the Chinese Academy of Sciences on a #microscopy method that makes it possible to observe suspended cells in a more natural environment.

The scientists used two optical methods -- optical sectioning and #opticaltweezers -- to image and manipulate suspended cells in 3D. Until now, this was only possible by fixing cells to a substrate with an artificial medium.

Read the article, now published in Science Advances! 🔗 science.org/doi/10.1126/sciadv

2023-02-08

Very cool idea of using the dark portion of a beam and still trap. Possible due to high index of refraction of the medium. #opticaltweezers #optics
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RT @felipealm97
After almost two years of work, we can finally announce our dark focus tweezer arxiv.org/abs/2302.01953
twitter.com/felipealm97/status

2022-12-18

Hello everybody - here’s my #introduction.

I was a #research #scientist for many years working on #cryobiology, artificial #liver systems, #lasers, #microscopy, and #OpticalTweezers.

I now work as a #grant #funding research development manager. I spend my days reading grant applications and working with hundreds of fantastic #academics in the beautiful town of #StAndrews #Scotland.

I am interested in #sustainability and how we can make the world a better place.

Universität Freiburgunifreiburg@bawü.social
2021-12-23

RT @physorg_com@twitter.com

Scientists develop concept for feedback-controlled #opticaltweezers @UniFreiburg@twitter.com @NatureComms@twitter.com phys.org/news/2021-12-scientis

🐦🔗: twitter.com/physorg_com/status

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