Yasmine Meroz(@MerozLab) 's Twitter Profileg
Yasmine Meroz

@MerozLab

physics of plant behavior - and all that jazz..🌱🔬🧪💻📸🌼

ID:1032600719675805699

linkhttps://www.merozlab.com/ calendar_today23-08-2018 12:09:31

445 Tweets

496 Followers

180 Following

Sam Gershman(@gershbrain) 's Twitter Profile Photo

If you have a background in cellular/molecular biology and are interested in studying the mechanisms of learning and memory in unicellular organisms, come do a postdoc in my lab! More info here:
gershmanlab.com/news.html

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Steven Strogatz(@stevenstrogatz) 's Twitter Profile Photo

I can't get over how fantastically creative Grant Sanderson Grant Sanderson is! We all know he's one of the best math teachers on the planet. But who knew he could sing, play guitar, and create musical comedy? Check out his performance of this song about the twin prime conjecture,…

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The Bat Lab(@YovelBatLab) 's Twitter Profile Photo

Want to work on GPS tracking of wild bats? Checkout the Azrieli postdoc scholarships. Deadline is around the corner. azrielifoundation.org/fellows/intern…

Want to work on GPS tracking of wild bats? Checkout the Azrieli postdoc scholarships. Deadline is around the corner. azrielifoundation.org/fellows/intern…
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Daniel Kierzkowski(@Kierzkowski_Lab) 's Twitter Profile Photo

Join us for your Ph.D.!!!
Two funded positions in plant development.
First project with Jason Reed, Bastiaan Bargmann, and Clay Wight
The second project in collaboration with Laila Moubayidin Richard Smith Lab 🇺🇦

More details: kierzkowski-lab.com/join-the-lab/

Join us for your Ph.D.!!! Two funded positions in plant development. First project with Jason Reed, Bastiaan Bargmann, and Clay Wight The second project in collaboration with @plant_symmetry @RichardSmithLab More details: kierzkowski-lab.com/join-the-lab/
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Yasmine Meroz(@MerozLab) 's Twitter Profile Photo

Plant roots are bosses at negotiating unknown environments. Here we show their secret: combining active growth downwards (gravitropism) with passive mechanics.
Growing on an inclined surface, this leads to beautiful growth patterns!
pnas.org/doi/10.1073/pn…
Amir Porat Mattia-Lab

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Amir Porat(@porat_amir) 's Twitter Profile Photo

Did you know plant roots can “wave”?
Using morpho-elastic rods, we burrow into the intricate world of root morphologies as they navigate stiff inclined planes. Dig in, now on PNASNews, with Mattia-Lab and Yasmine Meroz: pnas.org/doi/10.1073/pn…

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Yair Shokef(@YShokef) 's Twitter Profile Photo

Coupled pendula (???) measure topological phase, Landau–Zener transition and Bloch oscillations in SSH model PNASNews pnas.org/doi/10.1073/pn…

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Mazi Jalaal(@maziyarj) 's Twitter Profile Photo

Corentin Coulais and I are searching for two enthusiastic postdocs interested in fascinating interplay between physics, mechanics, and beyond!

interested? apply by end of March and Don't hesitate to contact us!

RT is appreciated 🙏🏼

vacatures.uva.nl/UvA/job/Postdo…

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Chris Thorogood(@thorogoodchris1) 's Twitter Profile Photo

A few days ago we found a titan arum in bloom - the plant boasting the world's largest inflorescence. But it also has colossal leaves: the size of trees, they shoot up out of the earth into the canopy.

A few days ago we found a titan arum in bloom - the plant boasting the world's largest inflorescence. But it also has colossal leaves: the size of trees, they shoot up out of the earth into the canopy.
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Massimo(@Rainmaker1973) 's Twitter Profile Photo

Stressed plants ‘cry’ — and some animals can probably hear them.

Plants that need water or have recently had their stems cut produce up to roughly 35 sounds per hour. But well-hydrated and uncut plants are much quieter, making only about.

In a recent research, plants were…

Stressed plants ‘cry’ — and some animals can probably hear them. Plants that need water or have recently had their stems cut produce up to roughly 35 sounds per hour. But well-hydrated and uncut plants are much quieter, making only about. In a recent research, plants were…
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Yasmine Meroz(@MerozLab) 's Twitter Profile Photo

Augustus Emanuel 'the drunken boxer' uses random movement to overcome opponents - facilitating unexpected solutions. 🥊
This is similar to the 'fairy dust' role of noise in interacting systems, optimizing processes from collective dynamics to self-organization and foraging🧚

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William Bialek(@wbialek) 's Twitter Profile Photo

We are looking forward to another in this great series of events .. but we need you! Please apply (simple form), deadline extended to Friday Feb 2. We want the widest range of topics and speakers exploring the physics of life.

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