Raghav Malik (@raghavmalik15) 's Twitter Profile
Raghav Malik

@raghavmalik15

PhD candidate (!!) in CmpE at Purdue @purdue_pl I spend my time building compilers for FHE, and spend whats left of it learning math. @r4ghav.bsky.social he/him

ID: 1233630963227381760

linkhttp://raghav198.github.io calendar_today29-02-2020 05:52:09

4,4K Tweet

499 Followers

509 Following

Neil Renic (@nc_renic) 's Twitter Profile Photo

One year ago, I was struggling to write my article, the argument was terrible, and the structure was a mess. Today, I’m proud to share that it is worse.

Veridise (@veridiseinc) 's Twitter Profile Photo

Ready to explore AuditHub — the next-gen blockchain security platform? Join our AMA to learn how to squash bugs before an audit. Bring your questions, we’ve got answers! 📅 Oct 16, 11:00 EST - Join here: youtu.be/watch?v=59zdOz… 🎙️ Jon Stephens Kostas Ferles Nikos Chondros

Ready to explore <a href="/AuditHubDev/">AuditHub</a> — the next-gen blockchain security platform?

Join our AMA to learn how to squash bugs before an audit. Bring your questions, we’ve got answers!

📅 Oct 16, 11:00 EST - Join here: youtu.be/watch?v=59zdOz…
🎙️ <a href="/FormallyJon/">Jon Stephens</a> <a href="/KFerles/">Kostas Ferles</a> <a href="/nikos_chondros/">Nikos Chondros</a>
𝞍 Shin Megami Boson 𝞍 (@shinboson) 's Twitter Profile Photo

zoomer insults presume a third party is judging you harshly. they presume the panopticon, the crowd. chat, what do we think? the greatest insult is that “everyone” thinks you’re lame. giving them smartphones at 11 was child abuse and gen x was asleep at the wheel, as usual.

zoomer insults presume a third party is judging you harshly. they presume the panopticon, the crowd. chat, what do we think? the greatest insult is that “everyone” thinks you’re lame. giving them smartphones at 11 was child abuse and gen x was asleep at the wheel, as usual.
Daniel Litt (@littmath) 's Twitter Profile Photo

If you write complex projective space CP^n as (C^{n+1}-pt)/(C*), you can suggestively rewrite it as (C^{n+1}-pt)/(C-pt), which expands as a geometric series to pt+C+…+C^n. But this is precisely the usual cell decomposition of CP^n.

Jack Raines (@jack_raines) 's Twitter Profile Photo

Was at the Chili’s bar at O’Hare. Guy sitting next to me asks where I’m flying. I tell him I live in the area. Stopped here for a drink. This is, without a doubt, the most gullible person I have ever met.