Oh No, Not You Too: When Scientists Jump on the Hype Train
A physicist’s reaction to the press communication around a Nature paper on topological qubits: the paper shows progress in readout, not a working qubit, and scientists should not feed the hype.
This article is more than a year old. Some of its findings may have changed since.
A physicist's passionate plea for responsible scientific communication in the AI age
Oh no, not you too, guys.
I can handle the tsunami of overnight AI 'experts.' I can deal with the media's obsession with giving airtime to people who manage experts rather than being experts themselves. And I've learned to live with the media butchering every piece of science and tech into oversimplified nonsense. But seeing you, my dear physics peers, jump on the same hype train? Come on. Please tell me you just got lazy and had AI write those press releases.
The Reality Behind the Headlines
This recent Nature paper demonstrates progress in readout mechanisms, not a functional topological qubit or even evidence of the Majorana zero modes that make this work. And the accompanying roadmap for demonstrating topological protection is for now just a roadmap.
What we're seeing across virtually all coverage of this is all too common in the quantum computing or AI space: promising research being oversold through hyperbolic marketing.
The Hyperbolic Marketing Hall of Fame
Here are some of the claims being made:
- "The world's first topoconductor"
- "An entirely new state of matter – not a solid, liquid or gas"
- "A clear path to fit a million qubits on a single chip that can fit in the palm of one's hand"
- "Any company that makes anything could just design it perfectly the first time out. It would just give you the answer."
What the hell, guys??
Why This Matters More Than Ever
At a time where AI is making it easier for anyone to write anything, responsible scientific communication is more important than ever.
We're at a critical juncture where the tools that could help us communicate science more effectively are being used to amplify the very problems we should be solving. When even our fellow scientists fall into the trap of overselling research for attention, we're not just failing our peers—we're failing the public trust that science depends on.
The irony is palpable: in an era where we have unprecedented access to information and tools for verification, we're seeing more scientific miscommunication, not less. This isn't just about quantum computing or AI—it's about maintaining the integrity that makes science worth pursuing in the first place.
With Great Power Comes Great Responsibility
To my physics peers: we can do better. Our work is impressive enough without the marketing speak. Let's lead by example and show that rigorous, honest communication about our research is not only possible but essential.
The future of scientific credibility depends on it.