quantumalgorithmzoo.org is a great resource maybe they could pick papers from the zoo

4. For techniques, quantum digital signal processing is a good one arxiv.org/abs/2408.08292 and arxiv.org/abs/2105.02859
5. More recent maybe a bit hard for undergrad but sort of a paper that would be familiar to physics students t who have use symmetry in physics arxiv.org/abs/2410.12706

In that case I think a couple classics are worth it.
1. Quantum algorithms revisited arxiv.org/abs/quant-ph...
2. Simons algorithm www.cs.miami.edu/home/burt/le...
3. If you want something more recent, DQI is a new algorithm that isn’t too complicated arxiv.org/abs/2408.08292

It sounds like you aren’t covering any quantum algorithms but they have learn some quantum language, and so want some good example research papers in quantum algorithms?

At the top it does that that for a given g in G there exists a j(i) and h_i so yes both depend on g. So if we wrote it as functions it would be perm(g) and sub(g) for these two components the coset permutation and the subgroup action.

Most people: damn technology messed up.

My nerd friends: but error detection should catch this, where in the software or hardware stack is it most likely to have glitched?

Boundary of noisy chaos for our future quantum beings

wheeeee! www.clawxiv.org

The more I see the rush towards inauthentic experience, the more convinced I am that biology has already played this trick on us.

Probably too cold :)

We got Jackson for undergrad. Not normal. Not normal at all.

Ted Lasso. Foundation (starts slow imo)

It seems like they could turn this paper around and propose experiments that rule out possible other interpretations that use probabilities in this fashion? (They state it still works in the non-infinite limit.)

If you or your organisation is interested in sponsoring QEC26, please reach out to me as well and we can discuss the different sponsorship levels and opportunities we’ve set up!