Apoha

[Apoha @ApohaAI]

Detailed description of the experiment at https://t.co/nzX1VI9d7c #popscience #diyexperiment #sciencetwitter #resonance #vibrations #chladini #biophysics #acoustics #bubblesoxford #bubbles @morethanadodo @a_n_s

[Apoha @ApohaAI]

Thermodynamics

[Zheng SHI (师征) @ZS_biophys]

😢🙏🙏🙏

[Shamit Shrivastava @Shamits]

"In an unexpected twist in neuroscience dogma, the cells on the receiving end of neurotransmission appear to be able to release glutamate to regulate the transmitting cell’s activity."

[Shamit Shrivastava @Shamits]

Had a great time sharing "The secret behind neuron’s energy efficiency" @OsloMetAI monthly meeting. Thanks @KrisHeiney @stenichele for the invitation. Glad that renewed interest in Brain's computing efficiency has made the thermodynamic contradictions in neuroscience exigent.

[Shamit Shrivastava @Shamits]

Nice to see popular interest in the topic https://t.co/zjF5BTkTWF

[Shamit Shrivastava @Shamits]

Nice work from Pollack's group "We show that the gel barrier is able to maintain a stable separation of ionic solutions of different ionic strengths and chemical compositions without any pumping activity." https://t.co/VhKfWVAKt2

[Shamit Shrivastava @Shamits]

Gauss onto something very fundamental there back in the 1830s https://t.co/mKycgkRe7t

[Dr. Kathleen Too @Kathleen_Too]

@saksham0961 from @Cambridge_Uni impresses us with Sessile Drop Oscillation as part of the #GKB100 #FluidFridays webinar series @JFluidMech @flow_journal @FluidsLeeds @UKFluidsNetwork #EarlyCareerResearchers

[Ahmed El Hady @zamakany]

So excited that this book is out , an extensive compilation of the papers published by Hodgkin and Huxley . Already bought it 😍 should be a must read for anyone doing electrophysiology https://t.co/UK7WrJCrRQ

[Shamit Shrivastava @Shamits]

If only I could show Doctor Langmuir the amazing shock waves that we discovered in these single-molecule thin films ;) and talk about their relation to signalling in neurons!

[Shamit Shrivastava @Shamits]

A sound wave is a constant entropy process. So I find it quite amusing that we feel so comfortable with with one concept but not the other. Maybe we overestimate our understanding of what is a sound wave, because we are so familiar with them we just don't think about them much?

[Shamit Shrivastava @Shamits]

A must-read case study for anyone who is pushing for ideas that go against the mainstream "Superconductivity, what the H? The emperor has no clothes" https://t.co/uegMjSDvWy

[Mechanocontrol @Mechanocontrol]

#mechanobiology workshop at @IBECBarcelona with @escolaipse thanks to @gerardoceada & @angelenito👩‍🔬👨‍🔬students have created a cell membrane model with soap 🧼 a visual way to show membrane protein transport and also explored how cells exert forces and measured them

[Miren Tamayo-Elizalde @MirenTamayo]

@Mechanocontrol @IBECBarcelona @escolaipse @gerardoceada @angelenito @FETFX_EU @EUeic @NeuronsOf did this same thing in Oxford! 👨🏽‍🔬🧼

[Shamit Shrivastava @Shamits]

Have you heard ‘Sound Of Neuron’? Compression waves in a single-molecule thin film of fat are probably like the sound neurons make every time they fire. #MysterySoundMonday ! #IYS2020 https://t.co/SrJirTkliK @acousticsorg

[Shamit Shrivastava @Shamits]

Kang https://t.co/e4sOZTaSBL. observe heat and cold block for all-or-none solitary waves in a pure lipid interface, as predicted previously. https://t.co/y8HsNAopAL Should remove the misconceptions that phase transitions can't explain temperature dependence of nerve impulse 1/n

[Shamit Shrivastava @Shamits]

In the acoustic framework, it's the compressibility (fluctuations) that corresponds to channel activity and not the tension. Hypothesis is: Tension induces change in compressibility and hence function. New work from Martinac group lays it out perfectly
https://t.co/CSvoFnvhFH

[Shamit Shrivastava @Shamits]

Fantastic end to 2019 and looking forward to new opportunities in 2020. Neuromorphic technology based on new physics - Oxford University Innovation @OxUInnovation https://t.co/F11oNLCjO3

[Felix Scholkmann @FScholkmann]

Actin Cytoskeleton and Action Potentials: Forgotten Connections -> https://t.co/6fB1I7fggO @drmichaellevin @Shamits @mcer33 @SalariVahid @anirbanbandyo #neurobiophysics #neuroscience

[Felix Scholkmann @FScholkmann]

Artery walls, tendons, and heart valves can generate an electric voltage when squeezed -> https://t.co/Pk3DNDa1D8 #biophysics @Shamits @drmichaellevin