Dulwich Quantum Computing

@dulwichquantum.bsky.social

Parody quantum computing startup from South London https://dulwichquantum.github.io/

New system: 1. A week before QIP deadline the program committee publishes the titles of all accepted papers. 2. Everyone prompts LLMs for a week to produce these papers. 3. For each title, the best paper gets accepted (decided by an LLM). 4. This week's QIP is over and another QIP happens next week.

I gave a lecture on quantum hype and quantum bullshit for our master's students this week. Afterwards they looked at Microsoft's Majorana 2 announcement and analyzed it from different sides: original press release, publication, media coverage and expert response, and then made their own conclusions.

Most journals (including Nature and Science) require declaring AI use. How come there is no mention of AI, LLMs, "agents" or "Microsoft Discovery" anywhere in the paper while the official press release talks more about agentic AI contributions than majorana qubits? news.microsoft.com/source/featu...

Dulwich Quantum Computing@dulwichquantum.bsky.social · 2mo ago

Strangely, the accompanying paper has zero mentions of AI or "agents". arxiv.org/abs/2606.03884

For those who missed it, here's a quick summary of Microsoft Majorana 2 announcement: "Agentic AI, AI agent teams, AI agent, agentic AI, agentic AI, AI agents, AI-driven, agent, agentic AI, agentic AI, agentic AI, agents, agentic AI, AI, agentic AI, agentic AI..." news.microsoft.com/source/featu...

Introducing Majorana 2

How Microsoft’s new quantum chip was made 1,000x more reliable with the help of Microsoft Discovery's agentic AI.

news.microsoft.com

blowing my mind that these are two people who lived at the same time who both won nobel prizes in physics: Wolfgang Pauli Wolfgang Paul

But it comes on the back of this. 🤷‍♂️ An alarming amount of investment—public and private—is probably based on the misunderstanding that quantum computers solve problems in parallel.

Above all else is the question of what quantum computing can do. Regular chips’ manipulation of bits – ‌simple ones and zeroes – underpins the modern economy. The novelty of devices developed by IBM or Rigetti is that they use qubits, which can be zero and one simultaneously. That lets them explore many computational possibilities at once.

Think of a maze that keeps getting bigger. A regular computer tests one path at a time. A quantum one metaphorically floods the maze with water, which then pools only at the exit.
As a result, the technology is most promising for problems that require inordinate trial-and-error.

Reviewers should also take more pride in their work! "I'm thrilled to announce that I just rejected several papers from a top conference! Those were some really solid papers, but I'm very proud that I managed to find some reasons to reject them anyway. I'm looking forward to your next submission!"

Clément Canonne@ccanonne.github.io · 3mo ago

We're going to revise and resubmit elsewhere, it'll be fine in the end (though it does feel I failed the students coauthors on this, maybe I miscalibrated, was too confident?). I'm only posting this because otherwise, all we ever see are the successes, the "proud of" and "thrilled to announce."

The day when AI can do quantum computing better than you will arrive sooner than you think! The best way to prepare for this is to start taking art classes already now so that when your salary is replaced by UBI you can easily switch to producing bad art full time.