JKribbles

some random dude on reddit sent me this mannual on digital minimalism

i feel that a lot of academic collabs are diplomatic

how to identify bs posts on quantum computing - posts not from researchers with strong publication records are bs - posts hyping a quantum era within this decade are bs - posts involving geopolitical topics are bs (100%) - posts that are non-academic are mostly likely bs

I can handle how eth bleeds against btc, but it’s an absolute insult that eth is still outperformed by btc in year 2025

Joshua Bengio has over 1 million citations. Let that sink in.

when night comes down I feel like being devoured by meaninglessness

imma update my now page monthly for folks who give a shit about my latest https://jaykayz.com/now/

Let F \in su(D) be fixed Hermitian. There exist integers m <= D and Hermitian involutions {(Q_j, K_j)} (j \in [1,m]) with real scalars (a_j, b_j, c_j) such that F = \sum_j a_j Q_j + b_j K_j Q_j K_j + i c_j [K_j, Q_j]). In the worst case m~\Omega(D). With D=2^n, exponential involutions are needed. -- guru JK's wisdom

for ANY traceless Hermitian operator A, there exist dim(A) full rank Hermitian operator B, whose eigenvalues are all ±1, that satisfies AB-BA=0 -- guru JK's wisdom (another one)

for ANY traceless Hermitian operator A, there exist AT LEAST ONE full rank Hermitian operator B, whose eigenvalues are all ±1, that satisfies AB+BA=0 -- guru JK's wisdom

damn that 200 bucks chatgpt pro worth every single cent of it

https://bsky.app/profile/entangledpair.bsky.social/post/3lvzrezruic2e