Simon Apers

[Simon Apers @simon_apers]

@RobinKothari From the face of it, the title feels a bit strong -- you get an exponential speedup only in estimating certain properties. For HHL, we wouldn't bluntly say that it exponentially speeds up linear system solving anymore. Would you say this is different?

[Simon Apers @simon_apers]

@henryquantum @TomGur @gautamcgoel not managing to join via the Teams link, so also interested in that :)

[Simon Apers @simon_apers]

@AshtearLucca Thanks for a great thread! Do note that this work is not by Hallgren alone, it is joint work with Lior Eldar.

[Simon Apers @simon_apers]

@dsfranca Limnu

[Martin Roetteler @MartinQuantum]

There is an exciting post-doc opportunity in the group of Alain Sarlette (INRIA) in Paris. This is for a joint project between INRIA and Microsoft and is about developing quantum or quantum-inspired simulation algorithms based on quantum walks: https://t.co/8VjM2RqSRG

[Simon Apers @simon_apers]

@JimPropp @stevenstrogatz The freshman’s dream 😄

[Quantum @quantumjournal]

Now in Quantum: Expansion Testing using Quantum Fast-Forwarding and Seed Sets by Simon Apers https://t.co/YLb2oxUJ7R

[Nicolas Delfosse @nic_delfosse]

LDPC codes with distance linear in n are not hard to find (see Fig 2.4 in Gallager 1963). Surprisingly, no quantum LDPC codes with distance > n^c with c>1/2 were known. Until this: https://t.co/ElHOjJEaK5

Fantastic result by Hastings, Haah and O'Donnell

[Simon Apers @simon_apers]

@Pieter_Cl Straks word je nog een echte computerwetenschapper 😉🤭