University of Chicago Department of Computer Science
@uchicagocs.bsky.social
“Computer Chess” on (likely) the only existing 35mm print, plus a post-film Q&A with writer/director Andrew Bujalski and UChicago CS professor & cast member Gordon Kindlmann. 🎬
📍 Doc Films · Year of Games
🔗 tinyurl.com/y6rdb5a7
📍 Doc Films · Year of Games
🔗 tinyurl.com/y6rdb5a7
Screen Play: Cinematic Visions of Video Games and Sports
tinyurl.com
February 4, 2026 at 6:20 PM
“Computer Chess” on (likely) the only existing 35mm print, plus a post-film Q&A with writer/director Andrew Bujalski and UChicago CS professor & cast member Gordon Kindlmann. 🎬
📍 Doc Films · Year of Games
🔗 tinyurl.com/y6rdb5a7
📍 Doc Films · Year of Games
🔗 tinyurl.com/y6rdb5a7
Early-bird registration for TEI 2026 is open through Feb 11—join the 20th anniversary conference at UChicago with talks at Ida Noyes and demos/art at MSI. Full, studio-only, and demo-only tickets available at tinyurl.com/mv6fbfj4.
Registration
TEI'26 is the 20th annual conference that presents the latest results in tangible, embedded, and embodied interaction.
tinyurl.com
February 3, 2026 at 5:35 PM
Early-bird registration for TEI 2026 is open through Feb 11—join the 20th anniversary conference at UChicago with talks at Ida Noyes and demos/art at MSI. Full, studio-only, and demo-only tickets available at tinyurl.com/mv6fbfj4.
Curious about midscale models, data commons, and federated AI? Join the Meshes of Midscale Models (M3) Workshop on Jan 28, 9:00am–3:30pm at the UChicago Data Science Institute. More details and registration at the link:
Meshes of Midscale Models (M3) Workshop | DSI
Workshop Overview There will be a Workshop on the Meshes of Midscale Models (M3) Initiative on January 28, 2026 at the Data Science Institute. The workshop will cover approaches for building small to midscale AI models over high quality biomedical data that in many cases perform as well or better than today’s much larger frontier […]
tinyurl.com
January 27, 2026 at 4:00 PM
Curious about midscale models, data commons, and federated AI? Join the Meshes of Midscale Models (M3) Workshop on Jan 28, 9:00am–3:30pm at the UChicago Data Science Institute. More details and registration at the link:
Don’t forget to join us tomorrow for “Science in the Age of AI” with Associate Prof. Chenhao Tan, featuring AI-driven hypothesis generation, HypoBench, and mechanistic interpretability!
📅 Jan 27, 2026 · 🕓 4:00–5:30 PM CT
📍 William Eckhardt Research Center, Room 401
📅 Jan 27, 2026 · 🕓 4:00–5:30 PM CT
📍 William Eckhardt Research Center, Room 401
January 26, 2026 at 4:00 PM
Don’t forget to join us tomorrow for “Science in the Age of AI” with Associate Prof. Chenhao Tan, featuring AI-driven hypothesis generation, HypoBench, and mechanistic interpretability!
📅 Jan 27, 2026 · 🕓 4:00–5:30 PM CT
📍 William Eckhardt Research Center, Room 401
📅 Jan 27, 2026 · 🕓 4:00–5:30 PM CT
📍 William Eckhardt Research Center, Room 401
Hear Associate Prof. Chenhao Tan on how AI can generate new scientific hypotheses, steer “hallucinations” toward creativity, and evaluate research itself, including work on HypoBench and mechanistic interpretability.
📅 Jan 27, 2026
🕓 4:00–5:30 PM CT
📍 William Eckhardt Research Center, Room 401
📅 Jan 27, 2026
🕓 4:00–5:30 PM CT
📍 William Eckhardt Research Center, Room 401
January 22, 2026 at 4:00 PM
Hear Associate Prof. Chenhao Tan on how AI can generate new scientific hypotheses, steer “hallucinations” toward creativity, and evaluate research itself, including work on HypoBench and mechanistic interpretability.
📅 Jan 27, 2026
🕓 4:00–5:30 PM CT
📍 William Eckhardt Research Center, Room 401
📅 Jan 27, 2026
🕓 4:00–5:30 PM CT
📍 William Eckhardt Research Center, Room 401
New interview: Tensormesh CEO, co-founder, and UChicago CS Associate Professor Junchen Jiang on why KV cache—the memory of LLMs—is becoming core inference infrastructure. Watch: http://y2u.be/zHW4Zz... #LLMInference #KVCache
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y2u.be
January 13, 2026 at 4:00 PM
New interview: Tensormesh CEO, co-founder, and UChicago CS Associate Professor Junchen Jiang on why KV cache—the memory of LLMs—is becoming core inference infrastructure. Watch: http://y2u.be/zHW4Zz... #LLMInference #KVCache
Join us for a webinar! Bogdan Stoica (PhD, UChicago) will share lessons from chairing EuroSys 2025 artifact evaluation and using testbeds like Chameleon to boost reproducibility. Tue Jan 13, 11 AM CT, registration below.
tinyurl.com/k85kk8f4
tinyurl.com/k85kk8f4
January 12, 2026 at 4:50 PM
Join us for a webinar! Bogdan Stoica (PhD, UChicago) will share lessons from chairing EuroSys 2025 artifact evaluation and using testbeds like Chameleon to boost reproducibility. Tue Jan 13, 11 AM CT, registration below.
tinyurl.com/k85kk8f4
tinyurl.com/k85kk8f4
CS Talk | Jan 21
Lars Bergstrom (Google) on how mobile hardware & operating systems are co-designed—from new CPU features to performance and security advances on ARM (with notes on Intel & RISC-V).
🕒 3–4 PM | 📍 Crerar 390
#UChicago #ComputerScience #Systems
Lars Bergstrom (Google) on how mobile hardware & operating systems are co-designed—from new CPU features to performance and security advances on ARM (with notes on Intel & RISC-V).
🕒 3–4 PM | 📍 Crerar 390
#UChicago #ComputerScience #Systems
January 6, 2026 at 8:26 PM
CS Talk | Jan 21
Lars Bergstrom (Google) on how mobile hardware & operating systems are co-designed—from new CPU features to performance and security advances on ARM (with notes on Intel & RISC-V).
🕒 3–4 PM | 📍 Crerar 390
#UChicago #ComputerScience #Systems
Lars Bergstrom (Google) on how mobile hardware & operating systems are co-designed—from new CPU features to performance and security advances on ARM (with notes on Intel & RISC-V).
🕒 3–4 PM | 📍 Crerar 390
#UChicago #ComputerScience #Systems
Reposted by University of Chicago Department of Computer Science
The Griffin Applied Economics Incubator invites submissions for the 2026 AI in the Workplace Conference, May 28 at the Rubenstein Forum. Explore how AI is reshaping work with researchers, frontier labs, & industry leaders. Apply by Feb 15, 2026: https://ow.ly/UMj450XICnb
December 12, 2025 at 7:20 PM
The Griffin Applied Economics Incubator invites submissions for the 2026 AI in the Workplace Conference, May 28 at the Rubenstein Forum. Explore how AI is reshaping work with researchers, frontier labs, & industry leaders. Apply by Feb 15, 2026: https://ow.ly/UMj450XICnb
We are celebrating 5 UChicago CS faculty members receiving Test of Time Awards this year. From streaming data to adaptive software, their work built the backbone of modern tech.
Congrats to Michael Franklin, Ian Foster, Nick Feamster, Robert Grossman, & Hank Hoffmann! 🚀
Congrats to Michael Franklin, Ian Foster, Nick Feamster, Robert Grossman, & Hank Hoffmann! 🚀
Five Paths to Lasting Influence: Celebrating Five UChicago CS Test of Time Award Recipients - Department of Computer Science
At the heart of every leading computer science department is a key ambition: to produce research that shapes the future long after its debut. This year, the University of Chicago’s Department of Computer Science celebrates an extraordinary distinction: five of its faculty members have received Test of Time Awards from major conferences, each...
tinyurl.com
December 10, 2025 at 6:51 PM
We are celebrating 5 UChicago CS faculty members receiving Test of Time Awards this year. From streaming data to adaptive software, their work built the backbone of modern tech.
Congrats to Michael Franklin, Ian Foster, Nick Feamster, Robert Grossman, & Hank Hoffmann! 🚀
Congrats to Michael Franklin, Ian Foster, Nick Feamster, Robert Grossman, & Hank Hoffmann! 🚀
Ever get lost in ad settings? 🕵️♂️
New UChicago CS research by Kevin Bryson confirms US ad transparency tools are "hard to discover, harder to use."
Without regulation, the ad space is a "lawless land" where users have almost no control. 🛑
New UChicago CS research by Kevin Bryson confirms US ad transparency tools are "hard to discover, harder to use."
Without regulation, the ad space is a "lawless land" where users have almost no control. 🛑
Hard to Discover, Harder to Use: The Widespread Failure of Ad Transparency Settings - Department of Computer Science
Have you ever seen a strangely specific ad follow you around the internet and wondered why? You dive into your account settings, looking for a way to control what data is being used, only to find a confusing maze of menus, vague descriptions, and options that don’t seem to do what you want....
tinyurl.com
December 5, 2025 at 3:29 PM
Ever get lost in ad settings? 🕵️♂️
New UChicago CS research by Kevin Bryson confirms US ad transparency tools are "hard to discover, harder to use."
Without regulation, the ad space is a "lawless land" where users have almost no control. 🛑
New UChicago CS research by Kevin Bryson confirms US ad transparency tools are "hard to discover, harder to use."
Without regulation, the ad space is a "lawless land" where users have almost no control. 🛑
Can noise actually make quantum computers easier to simulate?
In a Physics Magazine piece, UChicago CS Prof. Bill Fefferman analyzes research showing that without error correction, high noise kills quantum advantage.
To succeed, we must find the "Goldilocks zone" of qubits.
In a Physics Magazine piece, UChicago CS Prof. Bill Fefferman analyzes research showing that without error correction, high noise kills quantum advantage.
To succeed, we must find the "Goldilocks zone" of qubits.
Constraints on Quantum-Advantage Experiments Due to Noise - Department of Computer Science
The original version of this story was published in Physics Magazine We are currently in a fascinating era of quantum computing in which near-term experiments may be able to achieve “quantum advantage” and outperform classical computers at certain tasks. While a conclusive demonstration of quantum advantage will be a watershed moment in the...
tinyurl.com
December 4, 2025 at 3:50 PM
Can noise actually make quantum computers easier to simulate?
In a Physics Magazine piece, UChicago CS Prof. Bill Fefferman analyzes research showing that without error correction, high noise kills quantum advantage.
To succeed, we must find the "Goldilocks zone" of qubits.
In a Physics Magazine piece, UChicago CS Prof. Bill Fefferman analyzes research showing that without error correction, high noise kills quantum advantage.
To succeed, we must find the "Goldilocks zone" of qubits.