Abby Bertics (@abbybertics) 's Twitter Profile
Abby Bertics

@abbybertics

phd student at ucsb @geometric_intel; Science&Tech @TheEconomist; volleyball; mit ‘19 ‘22; she/her; my views are 100% my fault

ID: 1540421302204485632

calendar_today24-06-2022 19:47:54

90 Tweet

630 Followers

231 Following

The Economist (@theeconomist) 's Twitter Profile Photo

A typical 3D printer is limited by the range of its nozzle, and can only make objects smaller than itself. A roboticist has removed these constraints by giving the printer nozzle wings econ.st/3SpUaGH

The Economist (@theeconomist) 's Twitter Profile Photo

Drone technology has come along as fast as 3D-printing has—so much so that drones can now be 3D printers. Abby Bertics explains, on “The Intelligence” econ.st/3SmX9QC

Gregg Carlstrom (@glcarlstrom) 's Twitter Profile Photo

"I heard an explosion and realised my family house had been hit. I ran towards it and saw it had been reduced to rubble. The whole world died suddenly. There were no feelings, there were no colours, there was nothing." economist.com/1843/2023/10/2…

Christiane Amanpour (@amanpour) 's Twitter Profile Photo

“Now we’re supposed to be in the safe area, but you can hear the bombs behind us. All of our houses are bombed. Nothing is left.” Hear these desperate voices from Gaza, as Salma Abdelaziz reports.

Ben Jamal (@benjamalpsc) 's Twitter Profile Photo

Some thoughts on the march yesterday: 1) Even by police estimates this was one of the largest 3 marches in British history. We believe there were at least 800k there and we know many coaches got stuck in traffic and didn't reach the start.

MMitchell (@mmitchell_ai) 's Twitter Profile Photo

Have a lot to say; I'll start from the punchline: -There are many women Hugging Face who have had the opportunity & privilege to speak to press about AI. -We have noticed gendered patterns. So, we put together a resource for journalists on the patterns. linkedin.com/pulse/rules-pr… 🧵

depths of wikipedia! (@depthsofwiki) 's Twitter Profile Photo

The "Ship of Theseus" article has been edited 1792 times since it was created in July of 2003. At present, 0% of the phrases in the original article (seen below) remain.

The "Ship of Theseus" article has been edited 1792 times since it was created in July of 2003. At present, 0% of the phrases in the original article (seen below) remain.
Geometric Intelligence Lab (@geometric_intel) 's Twitter Profile Photo

Incredible news!🏆 The exceptional Louisa Cornelis who joined our lab last week is awarded the prestigious U.S. National Science Foundation GRFP PhD fellowship! She will receive funding to develop cutting-edge AI analyzing proteomics data for women’s brain health. Huge congrats! gi.ece.ucsb.edu/news/louisa-co…

Adele Myers (@adelemyersphd) 's Twitter Profile Photo

On Mother’s Day, The Wall Street Journal reported on Liz Chrastil: the first woman to periodically scan her brain throughout pregnancy, discovering changes in grey & white matter. Our new app HerBrain uses her brain scans to predict a relationship between pregnancy hormones and brain shape.(1/9🧵)

Mathilde Papillon🦋 mathildepapillon .bsky .social (@mathildepapillo) 's Twitter Profile Photo

In the 20th century, non-Euclidean geometry transformed how we model the world with pen and paper. In this century, it’s revolutionizing how we model the world with machines. Our review on the topic is out arxiv.org/pdf/2407.09468, led w the brilliant Sophia Sanborn Johan Mathe

In the 20th century, non-Euclidean geometry transformed how we model the world with pen and paper. In this century, it’s revolutionizing how we model the world with machines.

Our review on the topic is out arxiv.org/pdf/2407.09468, led w the brilliant
<a href="/naturecomputes/">Sophia Sanborn</a> <a href="/johmathe/">Johan Mathe</a>
Nina Miolane 🦋 @ninamiolane.bsky.social (@ninamiolane) 's Twitter Profile Photo

Data often exhibit non-Euclidean structure: From the curvature of space-time🌐, to topologically complex interactions between neurons🍩, to algebraic transformations describing symmetries in physical systems💎. How can ML/AI best process this data? Check out our new review!

Data often exhibit non-Euclidean structure:

From the curvature of space-time🌐, to topologically complex interactions between neurons🍩, to algebraic transformations describing symmetries in physical systems💎.

How can ML/AI best process this data?

Check out our new review!
Nina Miolane 🦋 @ninamiolane.bsky.social (@ninamiolane) 's Twitter Profile Photo

I am recruiting PhD students for 2025!😃 You want to reveal the geometric signatures of natural and artificial intelligence, and unlock the mysteries of the brain?🤖🧠 Apply to the UCSB Geometric Intelligence Lab✨ This is the view you'd have from... well, your desk🌴

I am recruiting PhD students for 2025!😃 

You want to reveal the geometric signatures of natural and artificial intelligence, and unlock the mysteries of the brain?🤖🧠

Apply to the UCSB Geometric Intelligence Lab✨

This is the view you'd have from... well, your desk🌴
Geometric Intelligence Lab (@geometric_intel) 's Twitter Profile Photo

Come work with us🧠🌴 We are now welcoming applications for PhD students for next fall🍁 See below for more details on who we are and the UCSB Departments we work with!

Louisa Cornelis (@louisacornelis) 's Twitter Profile Photo

🚨 New Preprint! 🚨 Personalized ML models can boost accuracy—but do they always? At what cost? Our work, “When ML Gets Personal: Understanding Fairness of Personalized Models”, introduces a framework to evaluate accuracy, fairness & explainability. 📰 arxiv.org/abs/2502.02786

🚨 New Preprint! 🚨
Personalized ML models can boost accuracy—but do they always? At what cost?
Our work, “When ML Gets Personal: Understanding Fairness of Personalized Models”, introduces a framework to evaluate accuracy, fairness &amp; explainability.
📰 arxiv.org/abs/2502.02786
Symmetry and Geometry in Neural Representations (@neur_reps) 's Twitter Profile Photo

📢 Reminder! The submission deadline for NeurReps 2025 is Friday, August 22 ‼️ Come join us in San Diego! 🏄 Submit your work on how mathematical structure shapes computation in the brain and in AI systems: neurreps.org/call-for-papers