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Al Lowe on model trains, funny deaths and working with Disney

https://spillhistorie.no/2026/02/06/interview-with-sierra-veteran-al-lowe/
50•thelok•3h ago•6 comments

Hoot: Scheme on WebAssembly

https://www.spritely.institute/hoot/
115•AlexeyBrin•6h ago•20 comments

OpenCiv3: Open-source, cross-platform reimagining of Civilization III

https://openciv3.org/
811•klaussilveira•21h ago•246 comments

Stories from 25 Years of Software Development

https://susam.net/twenty-five-years-of-computing.html
49•vinhnx•4h ago•7 comments

The AI boom is causing shortages everywhere else

https://www.washingtonpost.com/technology/2026/02/07/ai-spending-economy-shortages/
91•1vuio0pswjnm7•7h ago•102 comments

Reinforcement Learning from Human Feedback

https://rlhfbook.com/
72•onurkanbkrc•6h ago•5 comments

The Waymo World Model

https://waymo.com/blog/2026/02/the-waymo-world-model-a-new-frontier-for-autonomous-driving-simula...
1053•xnx•1d ago•600 comments

Start all of your commands with a comma (2009)

https://rhodesmill.org/brandon/2009/commands-with-comma/
470•theblazehen•2d ago•174 comments

U.S. Jobs Disappear at Fastest January Pace Since Great Recession

https://www.forbes.com/sites/mikestunson/2026/02/05/us-jobs-disappear-at-fastest-january-pace-sin...
45•alephnerd•1h ago•14 comments

Vocal Guide – belt sing without killing yourself

https://jesperordrup.github.io/vocal-guide/
197•jesperordrup•11h ago•67 comments

Selection Rather Than Prediction

https://voratiq.com/blog/selection-rather-than-prediction/
8•languid-photic•3d ago•1 comments

Speed up responses with fast mode

https://code.claude.com/docs/en/fast-mode
9•surprisetalk•1h ago•2 comments

France's homegrown open source online office suite

https://github.com/suitenumerique
537•nar001•5h ago•248 comments

Coding agents have replaced every framework I used

https://blog.alaindichiappari.dev/p/software-engineering-is-back
204•alainrk•6h ago•311 comments

A Fresh Look at IBM 3270 Information Display System

https://www.rs-online.com/designspark/a-fresh-look-at-ibm-3270-information-display-system
33•rbanffy•4d ago•6 comments

72M Points of Interest

https://tech.marksblogg.com/overture-places-pois.html
26•marklit•5d ago•1 comments

Unseen Footage of Atari Battlezone Arcade Cabinet Production

https://arcadeblogger.com/2026/02/02/unseen-footage-of-atari-battlezone-cabinet-production/
110•videotopia•4d ago•30 comments

Software factories and the agentic moment

https://factory.strongdm.ai/
63•mellosouls•4h ago•68 comments

Where did all the starships go?

https://www.datawrapper.de/blog/science-fiction-decline
68•speckx•4d ago•71 comments

Show HN: Kappal – CLI to Run Docker Compose YML on Kubernetes for Local Dev

https://github.com/sandys/kappal
21•sandGorgon•2d ago•11 comments

Show HN: Look Ma, No Linux: Shell, App Installer, Vi, Cc on ESP32-S3 / BreezyBox

https://github.com/valdanylchuk/breezydemo
271•isitcontent•21h ago•36 comments

Learning from context is harder than we thought

https://hy.tencent.com/research/100025?langVersion=en
199•limoce•4d ago•110 comments

Monty: A minimal, secure Python interpreter written in Rust for use by AI

https://github.com/pydantic/monty
284•dmpetrov•21h ago•151 comments

Making geo joins faster with H3 indexes

https://floedb.ai/blog/how-we-made-geo-joins-400-faster-with-h3-indexes
155•matheusalmeida•2d ago•48 comments

Hackers (1995) Animated Experience

https://hackers-1995.vercel.app/
553•todsacerdoti•1d ago•267 comments

Sheldon Brown's Bicycle Technical Info

https://www.sheldonbrown.com/
424•ostacke•1d ago•110 comments

Ga68, a GNU Algol 68 Compiler

https://fosdem.org/2026/schedule/event/PEXRTN-ga68-intro/
41•matt_d•4d ago•16 comments

Show HN: If you lose your memory, how to regain access to your computer?

https://eljojo.github.io/rememory/
348•eljojo•1d ago•214 comments

An Update on Heroku

https://www.heroku.com/blog/an-update-on-heroku/
466•lstoll•1d ago•308 comments

Show HN: I spent 4 years building a UI design tool with only the features I use

https://vecti.com
367•vecti•23h ago•167 comments
Open in hackernews

Quantum dynamics on your laptop? New technique moves us closer

https://www.buffalo.edu/news/releases/2025/10/quantum-dynamics-on-your-laptop.html
70•ceolin•3mo ago

Comments

hershkumar•3mo ago
Reading their paper, it does seem like this method is significantly simpler than using something like MPS, my main concern is the practical coupling regime for which this method works, I would imagine that it would fail closer to critical points in theories with phase transitions?
nyeah•3mo ago
I'm curious, are any quantum simulators accessible to sort of hobbyists?

I have a background in solid state physics from coursework, but I've never really used QM for almost anything outside of school.

krastanov•3mo ago
I think you will have best luck by searching for "open quantum systems" toolboxes in your language of choice. My preferences are, in order:

- QuantumOptics.jl in Julia

- QuantumToolbox.jl in Julia

- qutip in python

These are all "just" nice domain specific wrappers around linear algebra and differential equation tools. They do the "silly" exponentially expensive simulation technique that works for any quantum system. If you are interested in efficient (not exponential) simulation techniques that support only a subset of all quantum dynamics try out:

- stabilizer formalism (e.g. for error correction) with QuantumClifford.jl or stim

- Gaussian quantum optics (e.g. for laser physics) with Gabs.jl

- tensor networks (e.g. for arbitrary low-rank entanglement) with ITensors.jl

nyeah•3mo ago
Thanks a lot!
hershkumar•3mo ago
If you prefer python, tenpy is quite nice for tensor networks as well.
nyeah•3mo ago
Thanks! I am kind of stuck in Python, or at least stuck outside of Julia.
Bengalilol•3mo ago
Not perfectly answering your request, but did you look at https://github.com/topics/quantum-computing?o=desc&s=updated
nyeah•3mo ago
I haven't, thanks.
the__alchemist•3mo ago
Try ORCA and GROMACS. Accessible as you can DL them and there are lots of docs. But very high learning curve, and not graphical on their own.
nyeah•3mo ago
Thanks a lot.
quantumtwist•3mo ago
This is a nice practical technique for open quantum systems with relatively low entanglement. The introduction lays out exactly what regime they're aiming at: 1. Affordable (laptop scale) 2. Captures "sufficient" quantum effects (low entanglement regime; you accurately can't simulate a quantum computer with this) 3. Straightforward to implement. From a cursory glance, it does all three. I'm slightly surprised that TWA hasn't been applied to open systems extensively before, but it was always a relatively obscure technique. I'm guessing this should be quite useful in practice for e.g. AMO and cavity systems with relatively large dissipation terms that prevent entanglement build up. However, I'd guess this wouldn't do very well near phase transitions. All-in-all, a nice new technique for a regime that didn't have too many options.
hershkumar•3mo ago
Yeah this seems like a very useful technique for ground state properties, I’m also surprised in retrospect, having never heard of TWA before now.
andyferris•3mo ago
With _quantum_ phase transitions, yes.
the__alchemist•3mo ago
I'm very interested in this class of approximations on consumer hardware from a different perspective: Simulating (simple) biological systems and organic molecules. Background: I'm building out the rust structural bio OSS ecosystem, and a GUI/3D CAD-style visualizer. It has molecular dynamics integrated tightly, and is designed to "just work" without fuss, setup, or errors.

The problem: It is reliant on atom-centered partial charge, and pre-calculated parameters for its Newtonian forces. These are available for a set of 30k or so organic molecules, and most protein, lipid, and nucleic acid configurations. The problems: Making it work for arbitrary systems, and doing better than these specifically-tuned models. I want the general case, and it to work in a no-fuss way.

I am now looking into the TWA, and am interested in this class of approximation in general. I have the UI and traditional MD system mostly ready; getting ready to tackle this problem. This is a much simpler setup than the ones physicists are interested, and that the article covers, since we can focus on stable covalent-bonded systems of atoms.

gilleain•3mo ago
That's Daedalus is it? Went to look up how your project is doing, and had to go through github stars - might be worth putting a link to it in your HN profile? Assuming you don't mind making that link explicit :)
the__alchemist•3mo ago
Yep! it's a grind. Good call on the profile!