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Brenner Group (@BrennerGroup1) profile picture

Brenner Group

@BrennerGroup1

Michael Brenner's group @Harvard SEAS. Soft Matter, Biophysics, Applied Math and Materials Science. Student-run account.

Joined January 2021
  • Tweets19
  • Following39
  • Followers134
Brenner Group retweeted
Ella King (@Ella_M_King) profile picture
Ella King@Ella_M_King25 Apr 2022
I’m excited to share a new paper on a simple but effective idea: using simulations to interpolate between frames of an experiment. Check it out here! journals.aps.org/pre/abstrac…

Correlation Tracking: Using simulations to interpolate highly correlated particle tracks

Despite significant advances in particle imaging technologies over the past two decades, few advances have been made in particle tracking, i.e., linking individual particle positions across time...

journals.aps.org
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So proud of you Rémi! Brilliance in the lab and on the slopes ⛷
Harvard University (@Harvard) profile pictureHarvard University
@Harvard6 Feb 2022
Harvard undergraduate Rémi Drolet will compete in cross-country skiing at the Beijing Olympics. #Beijing2022
An Olympic skier skiing

ALT An Olympic skier skiing

Brenner Group retweeted
Mor Nitzan (@mor_nitzan) profile picture
Mor Nitzan@mor_nitzan10 Jan 2022
Very excited and honored to receive an ERC Starting Grant @ERC_Research for decoding the multi-facets of cellular identity from single-cell data 🎉🎉 We’ll be looking for curious and ambitious people to join our team at all levels. Reach out if you’re interested!
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Brenner Group retweeted
Chrisy Xiyu Du (@XiyuDu) profile picture
Chrisy Xiyu Du@XiyuDu6 Nov 2021
I will be presenting my work on "Designing Structures and Functions of Soft Materials By Tuning Interactions" at the #AICHE2021 Faculty Candidate poster session tomorrow. Come say hi! See abstract here: plan.core-apps.com/aiche2021…
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Our work on phase separation in fluids with many interacting components is published now! pnas.org/content/118/45/e210… @BrennerGroup1
Phase separation in fluids with many interacting components | PNAS

Phase separation in fluids with many interacting components | PNAS

Fluids in natural systems, like the cytoplasm of a cell, often contain thousands of molecular species that are organized into multiple coexisting p...

pnas.org
Krishna Shrinivas (@shrinivaslab) profile pictureKrishna Shrinivas@shrinivaslab10 May 2021
Happy to share this work on phase separation in multi-component fluid mixtures - explores themes of coexisting phases with distinct compositions, bounds on maximal #_phases, design strategies for macroscopic behavior, and more - leveraging ideas from Random Matrix Theory. (1/2)
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Amazing feature by @NicoleHemsoth of the #SciML ecosystem built in Jax by @shoyer @ekindogus @BrennerGroup1 and @GoogleAI team. As we (w @rbhar90 @Dilip_Krishnam) point out, differentiable physics opens up new frontiers. arxiv.org/abs/2109.07573
Stephan Hoyer (@shoyer) profile pictureStephan Hoyer
@shoyer23 Oct 2021
Slightly surreal experience with this article. I'm quoted liberally, but I never spoke with this journalist! AFAICT all the quotes are cribbed from a recorded talk that was posted on YouTube.
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Brenner Group retweeted
Alma Dal Co (@Alma_DalCo) profile picture
Alma Dal Co@Alma_DalCo5 Jul 2021
*** Apply by July 20th *** We are hiring PhDs and postdocs at the University of Lausanne. Join us: dalcolab.com/
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Brenner Group retweeted
Alma Dal Co (@Alma_DalCo) profile picture
Alma Dal Co@Alma_DalCo12 May 2021
Welcome. The door is open.
Image from Alma Dal Co (@Alma_DalCo)
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Happy to share this work on phase separation in multi-component fluid mixtures - explores themes of coexisting phases with distinct compositions, bounds on maximal #_phases, design strategies for macroscopic behavior, and more - leveraging ideas from Random Matrix Theory. (1/2)
bioRxiv Biophysics (@biorxiv_biophys) profile picturebioRxiv Biophysics@biorxiv_biophys7 May 2021
Phase separation in fluids with many interacting components biorxiv.org/cgi/content/shor… #biorxiv_biophys
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Brenner Group retweeted
Alma Dal Co (@Alma_DalCo) profile picture
Alma Dal Co@Alma_DalCo20 Apr 2021
Bacteria shout or whisper? Check out our new paper on bacterial communication: nature.com/articles/s41467-0… With @MicSysEcoLab and @AvigdorEldar lab, lead by @jordivangestel.
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Brenner Group retweeted
Mor Nitzan (@mor_nitzan) profile picture
Mor Nitzan@mor_nitzan15 Mar 2021
Can we tell whether a cellular population encodes lineage structure without explicitly reconstructing it from single-cell data? Joint work with Michael Brenner (@BrennerGroup1) pnas.org/content/118/11/e191… 1/3
Revealing lineage-related signals in single-cell gene expression using random matrix theory | PNAS

Revealing lineage-related signals in single-cell gene expression using random matrix theory | PNAS

Gene expression profiles of a cellular population, generated by single-cell RNA sequencing, contains rich information about biological state, inclu...

pnas.org
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Brenner Group retweeted
Sam Schoenholz (@sschoenholz) profile picture
Sam Schoenholz
@sschoenholz3 Mar 2021
Extremely excited about this paper led by @CarlGoodrich and @Ella_M_King using differentiable statistical physics models to build systems with custom kinetics using JAX MD. Carl and Ella are awesome researchers and exploring differentiable physics with them has been a blast!
Carl Goodrich (@CarlGoodrich) profile pictureCarl Goodrich@CarlGoodrich3 Mar 2021
Physicists: want to control the dynamics of your system but there’s so many parameters you don’t know where to start? Data scientists: want to use models with the physics built in? Paper is out! @Ella_M_King @sschoenholz @ekindogus Michael Brenner #JAXMD pnas.org/content/118/10/e202…
Designing self-assembling kinetics with differentiable statistical physics models | PNAS

Designing self-assembling kinetics with differentiable statistical physics models | PNAS

The inverse problem of designing component interactions to target emergent structure is fundamental to numerous applications in biotechnology, mate...

pnas.org
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Brenner Group retweeted
Carl Goodrich (@CarlGoodrich) profile picture
Carl Goodrich@CarlGoodrich3 Mar 2021
Physicists: want to control the dynamics of your system but there’s so many parameters you don’t know where to start? Data scientists: want to use models with the physics built in? Paper is out! @Ella_M_King @sschoenholz @ekindogus Michael Brenner #JAXMD pnas.org/content/118/10/e202…
Designing self-assembling kinetics with differentiable statistical physics models | PNAS

Designing self-assembling kinetics with differentiable statistical physics models | PNAS

The inverse problem of designing component interactions to target emergent structure is fundamental to numerous applications in biotechnology, mate...

pnas.org
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Brenner Group retweeted
Ella King (@Ella_M_King) profile picture
Ella King@Ella_M_King3 Mar 2021
Check out our new paper on designing for dynamics in self-assembly! @CarlGoodrich @sschoenholz @ekindogus @BrennerGroup1 doi.org/10.1073/pnas.2024083…
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Brenner Group retweeted
Science+Cooking (@SciCook) profile picture
Science+Cooking@SciCook18 Oct 2020
It's finally here! Our Science & Cooking book. After more than 10 years of teaching this class. We are deeply grateful to everyone who has contributed to the class & book @chefjoseandres @ferranadria @Harold_McGee @hseas @Harvard @wwnorton In stores Oct 20th. Signed @harvardcoop
Image from Science+Cooking (@SciCook)
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The collaboration between Dr. Jordan Green, director of the @SFDLab, and Dr. Michael Brenner of @Harvard, to develop an app using AI technology to help people with speech disorders communicate, was the highlight of the IHP’s fundraiser. bit.ly/3e8vjEC @IHPResearch
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Harvard’s Wildly Popular Course The Science of Cooking: An Insider’s Discussion with Co-Founder and Lead Professor Michael Brenner. RSVP: hcdallas.clubs.harvard.edu/a…
Image from Harvard Club of Dallas (@HarvardDallas)
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Join @QBSlimericks @HarvardQBS today at 5PM in NW 353 to hear Ofer Kimchi discuss "Self-assembly Based Post-translational #Protein #Oscillators," a collaboration between the Brenner group + David Baker @UWproteindesign. See their latest work @biorxivpreprint biorxiv:946145
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At tomorrow's Kavli☕️Seminar, Chrisy Du from Michael Brenner's group will be talking about "#Materials #Design by #Magnetic #Encoding." Check out her related work, a collaboration with the Kavli Institute @Cornell #nano #science #technology #magnets shorturl.at/cqANO🧲🧭
Image from Harvard_BioNano (@Harvard_BioNano)
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