Joan Camps

[Joan Camps @quantumcamps]

@CraigGidney String theorists may appreciate the construction.

[Stasiu Wolanski @StasiuWolanski]

LUCI takes 4 ‘contraction layers’ (16 CNOTs, 4 measure-resets) for a syndrome extraction round. ACID takes 2 or 3. Example circuit here https://t.co/0iJGlDhFBA (I also hacked Craig Gidney’s Crumble to help with visualisation).

[Joan Camps @quantumcamps]

@adamsolo There is a lot of fun and fulfillment to be had outside. :)

[Joan Camps @quantumcamps]

@QuantaMagazine @nattyover this one was a pretty big deal in quantum computation: https://t.co/fQFAodtkxN

[Joan Camps @quantumcamps]

RT @RiverLane_io: Now on the arXiv: a major step towards reaching one-million error-free quantum operations (aka the MegaQuOp)

Riverlane’s…

[Joan Camps @quantumcamps]

@DrTonyPadilla @numberphile @sixtysymbols I love hearing/reading Nick Lane from UCL. He's been a guest in some v cool episodes, including Lex Fridman, Sean Carroll, and I've recently enjoyed an "In our time" on mitochondria.

[Valerio Scarani @ValerioScarani]

Once again, Lluis Masanes surprises me with a new topic. This time: a discrete version of AdS/CFT for spins. What never changes is his originality and competence.
#vqf24 @iqoqivienna

[Ben Barber @bbarber_]

please apply for this job I have too many good ideas https://t.co/YtRlGMWXZa

[Joan Camps @quantumcamps]

@gunsnrosesgirl3 Barcelona

[Andreas Wallraff @AndreasAtETH]

Having a great time trying to correct our #quantum errors in #Benasque, #Spain at the Fault Tolerant Quantum Technologies workshop @FTQTBenasque.
Great talks, great discussions, making new and meeting old friends.
Who do you recognize in the picture?

[Fault-Tolerant Quantum Technologies in Benasque @FTQTBenasque]

Now @RiverLane_io represented by @quantumcamps

[Craig Gidney @CraigGidney]

So far the list is looking like me, me, riverlane, me, riverlane, riverlane, me, oscar. Surely we're not the only ones making circuits available?

[Riverlane @RiverLane_io]

💥 Pow! Our Collision Clustering decoder packs quite the (#quantum error-correcting) punch – allowing arbitrarily long memory experiments to run in a hardware decoder for the first time.

Find out more: https://t.co/b5100ei2eo

@Kenton12323

[Riverlane @RiverLane_io]

🚀 Introducing Riverlane’s Quantum Error Correction roadmap

We’ve building the first prototype of a MegaQuOp-scale QEC stack by the end of 2026 – aka Deltaflow Mega, with intermediate releases every year.

How? A 🧵...

(1/7)

[Earl T Campbell @earltcampbell]

I've been quiet on X lately. But one thing you can always rely on X for is a good place to plug job vacancies.

We're hiring! With some big plans ahead (watch this space for news).

QEC researchers
https://t.co/AF6ZrmmI9Q
and a more senior role
https://t.co/VMXi8Dogqn

[Stasiu Wolanski @StasiuWolanski]

Introducing Amiguity Clustering, a new decoder for general qLDPC codes more accurate and 150x faster than BP-OSD at realistic physical error rates. We can decode IBM's 144-qubit 'Gross code' in 280μs with no loss of logical fidelity over BP-OSD.
https://t.co/qZk1aGsdqG

[Joan Camps @quantumcamps]

@javier110 Que no hay solución en dimensión finita se puede ver sacando la traza de [A, B] = i, que da 0 = i * dim(H)

[Riverlane @RiverLane_io]

💧 New research alert! Read our (award-winning!) arXiv paper for simulating a little-understood type of quantum noise - leakage.

📣It's the first sim of a stability expt AND shows how you can use leakage mobility to fight leakage: https://t.co/wG2939NlsI
#quantum

[Joan Camps @quantumcamps]

@HyperboIeva @PBSSpaceTime @preskill Here is a take from the horse's mouth: https://t.co/q3foiP9Hm7

[Joan Camps @quantumcamps]

@alexhrubin Benasque :D