Bullshit: "the fundamental tenet of being able to process in a quantum way as you're doing stuff in an entangled state so it happens in parallel"
https://t.co/QRM3rNMo8F
Bullshit: "if you're running on a last year's quantum computer you're not just a factor of two slower you're a factor of two to the power of the difference in the qubit slower so it's like Moore's law on steroids"
https://t.co/svAxx3Riuv
Last week, two new simulations reported that “low-density parity check” quantum error correcting codes offer an order-of-magnitude improvement in efficiency over the current gold standard. @walkingthedot reports: https://t.co/5gwTcuBokp
In our preprint on the arxiv today: https://t.co/MM1jmNxbe1
We (Matt Fishman, @MStoudenmire, Dries Sels and myself) show how an accurate, efficient tensor network calculation can be done for the Kicked Ising model recently simulated by IBM on their Eagle quantum processor.
The new work by @IBMResearch Quantum is an important milestone in the field. https://t.co/Sb1l1LBFUJ
I especially like the shift from generating "supremely" useless random numbers to the task of simulating something of "utility" for physics.
But..... (1/6)
Not Bullshit: "the overhead cost of error correction...is quite daunting... to achieve sufficient reliability the number of physical qubits might be in the millions. That’s a big leap from the devices we expect to have in the next few years, with hundreds of physical qubits."
“The Physics of Quantum Information” -- My overview talk at the 28th Solvay Conference on Physics (May 2022). One could say a lot more, but my goal was to be succinct.
https://t.co/TjU8Xooadd
Welcome to the greatest community of companies, D-Wave! 🇨🇦🤝🇺🇸
Congratulations to CEO Alan Baratz and the entire @dwavesys team on their listing today! 🏛 #NYSECommunity $QBTS