Joan Camps retweeted
LUCI takes 4 ‘contraction layers’ (16 CNOTs, 4 measure-resets) for a syndrome extraction round. ACID takes 2 or 3. Example circuit here stasiu51.github.io/Shatter-F… (I also hacked Craig Gidney’s Crumble to help with visualisation).
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 retweeted
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 – at Vienna, Austria
Joan Camps retweeted
please apply for this job I have too many good ideas wrkbl.ink/6OAoStN
Joan Camps retweeted
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?
Joan Camps retweeted
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?
Joan Camps retweeted
💥 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: riverlane.com/news/riverlane…
@Kenton12323
Joan Camps retweeted
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
apply.workable.com/riverlane…
and a more senior role
apply.workable.com/riverlane…
Joan Camps retweeted
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.
arxiv.org/abs/2406.14527
Joan Camps retweeted
💧 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: scirate.com/arxiv/2406.04083
#quantum
Congrats team! We've just placed second in the Fujitsu #Quantum Simulator challenge for simulating *qutrits* (not a typo!)
It’s helped us understand a type of noise called leakage + was the first sim of a stability experiment
Find out more: riverlane.com/news/riverlane…
Joan Camps retweeted
@RiverLane_io simulations on Fujitsu device win second place at Fujitsu quantum day. Ophelia Crawford saying few words. Science presentation by Joan tomorrow (more tweets to follow) and academic paper in the works.
Joan Camps retweeted
Recently published in Quantum: Block-encoding structured matrices for data input in quantum computing by Christoph Sünderhauf, Earl Campbell, and Joan Camps doi.org/10.22331/q-2024-01-1…
Joan Camps retweeted
Terrific summary by @earltcampbell of the exciting recent progress in quantum error correction!
🔥QEC has arrived
⚛️Neutral atom shock
📈Erasure qubits' rise
💡Real progress in real-time decoding
❌Circuits NOT codes
✅qLDPC goes mainstream
Our VP of #quantumscience @earltcampbell shares his #QEC23 insights:
riverlane.com/blog/qec23-six…
#quantumcomputing #QuantumPhysics
Joan Camps retweeted
🔥QEC has arrived
⚛️Neutral atom shock
📈Erasure qubits' rise
💡Real progress in real-time decoding
❌Circuits NOT codes
✅qLDPC goes mainstream
Our VP of #quantumscience @earltcampbell shares his #QEC23 insights:
riverlane.com/blog/qec23-six…
#quantumcomputing #QuantumPhysics