Sam Wilken

Experimentalist excited by soft matter, DNA nanoscience, and biomolecular LLPS. Junior group leader - JGU-Mainz. Postdoc - UCSB. PhD - NYU. BA - UChicago.

[Sam Wilken @SamWilken_]

Read the full paper here: https://t.co/utxEXKnLM8
Huge thanks to @OASaleh, Gabi Abraham, and the Keck Foundation for their support on work that bridged into many new areas for me.

[Sam Wilken @SamWilken_]

@OASaleh This paper holds personal significance for me, as it was my first foray into biomolecular phase separation and DNA self-assembly. I am continuing work on reaction-condensation mechanisms in my new independent group at JGU-Mainz. Stay tuned for more!

[Sam Wilken @SamWilken_]

We’re excited to share our new work in Soft Matter: https://t.co/utxEXKnLM8
We demonstrate how in vitro transcription can drive biomolecular phase separation — and how that phase separation in turn regulates transcription.

[Sam Wilken @SamWilken_]

Read the full paper here: https://t.co/utxEXKnLM8
Huge thanks to @OASaleh, Gabi Abraham, and the Keck Foundation for their support on work that bridged into many new areas for me.

[Sam Wilken @SamWilken_]

Only two days left to apply for positions in my new group in Mainz! The Nature Jobs posting will close on July 11th, but you can still find application details at https://t.co/diac4Arsvq

[Sam Wilken @SamWilken_]

Fully funded postdoc & PhD positions available in experimental DNA biomaterials & soft matter physics at JGU-Mainz!
More info & apply here (by July 11th) ⬇️
https://t.co/4af9VcotKG
#Postdoc #PhD #Biophysics #SoftMatter #Biomaterials #JobOpportunity

[Sam Wilken @SamWilken_]

Fully funded postdoc & PhD positions available in experimental DNA biomaterials & soft matter physics at JGU-Mainz!
More info & apply here (by July 11th) ⬇️
https://t.co/4af9VcotKG
#Postdoc #PhD #Biophysics #SoftMatter #Biomaterials #JobOpportunity

[soft/living matter fanclub @softlivmat_fc]

S. Wilken, G. R. Abraham, O. A. Saleh, Condensation and activator/repressor control of a transcription-regulated biomolecular liquid. arXiv [cond-mat.soft] (2024). https://t.co/jXhC3Lg0D6

[Omar Saleh @OASaleh]

Condensate fans and attendees of #apsmarch!
Consider sending your abstract (due Oct 25!) to: "Bio-inspired phase-separation" the @ApsDsoft and @ApsDbio focus session I am organizing with @SamWilken_
(session # 02.01.20 or, identically 04.01.39)
Thanks!

[Sam Wilken @SamWilken_]

I will be giving the SLAAM Seminar next Monday morning October 7 (10am Pacific time/1pm Eastern) on Zoom. Please attend if you're interested in biomolecular phase separation, transcriptional control and hyperuniformity!

More details: https://t.co/xkcvgqgIEm

[Omar Saleh @OASaleh]

Happy to share our just-published review article on liquids (condensates) formed from nucleic acids. We tried to be pretty comprehensive, yet during the publication process ~6 more papers in the area appeared...ah well. see here, hope you like it:
https://t.co/0qdjqkeLzL

[Omar Saleh @OASaleh]

March meeting attendees:
Check out session K35, “Bio-inspired phase separation”, Tuesday 3-6pm, with great talks on various condensate and compartmentalized systems, including invited talks from Will Jacobs (Princeton) and Sam Wilken (UCSB)

Details attached; link follows

[Omar Saleh @OASaleh]

Attendees of #apsmarch, I again ask you to consider sending your abstract (due Oct 20!) to:
"Bio-inspired phase-separation"
the @ApsDsoft focus session I am organizing with @SamWilken_

See link below for details of this, and all DSoft sessions:
https://t.co/FEotNiVupl

[Sam Wilken @SamWilken_]

A cogent summary of our recent PRX publication. I'm particularly excited about the potential implications of the general mechanism, implying that hyperuniform structures may exist in phase-separating systems in far ranging fields from ecology, astronomy and image processing.

[Omar Saleh @OASaleh]

Friends, a thread to advertise our recent paper in @PhysRevX:

@SamWilken_ and Aria Chaderjian showed that biomolecular phase separation can lead to _hyperuniform_ patterning of droplets, structures that are locally random but ‘ordered’ over long scales

https://t.co/fI0Uc2FA8f

[Omar Saleh @OASaleh]

Friends, a thread to advertise our recent paper in @PhysRevX:

@SamWilken_ and Aria Chaderjian showed that biomolecular phase separation can lead to _hyperuniform_ patterning of droplets, structures that are locally random but ‘ordered’ over long scales

https://t.co/fI0Uc2FA8f