Cliff Brangwynne (Princeton & HHMI) 2: Multiphase Liquid Behavior of the Nucleus

[@rickfearn3663]

My background is math and physics and because of health reasons, have only recently began learning about cell structure and behavior. I find your work to be absolutely fascinating and exciting. Thanks so much for your presentations! Rick Fearn

[@thefenerbahcesk4156]

This is a great video. Thank you. I'm an undergraduate trying to study phase separated nucleolar aggregates in yeast.

[@davidkincade7161]

Great stuff.... cells communicating with light is the future of cell bio.

[@shravastimisra6793]

loved this talk. very lucid.

[@katenicholls5301]

I am so excited by your work. Thank you.

[@thomaslast1372]

Thank you for posting this interesting video. It is greatly appreciated!!

[@madhavdhilip]

It would be cool to repeat the actin disruption experiment in space.

[@AdabAbu]

Thanks man! This is great

[@hanscyrus]

With the glowing green screen emanating from bridge sensors upon his face, Spock will continue to decipher the screen readings while, indubitably, opining to Kirk, "Fascinating, Captain."

[@anonviewerciv]

Some weird comments on these videos. Like the guy who thinks quantum phenomena applies on macro scales. 4:30 27:47 Nucleoli. 10:00 Mean-square displacement. 20:30 Gravitational effects. 30:20 Surface tension.

[@CandidDate]

Insofar as a molecule can "intend" to do something, DNA intends via electric and magnetic forces to create life.

[@harsharaj7345]

Wooow

[@CandidDate]

Next experiment. A baby conceived and born in space.

[@charlieangkor8649]

When I spray a bug spray on ants 🐜, first each of them starts doing a really strong 💪🏽 brownian motion. then they fall off the wall.

[@naimulhaq9626]

Reality is quantum mechanical, involving Quantum Computability. It seems biologists are slowly catching up.