Shlok Goenka

My (conference) paper on quantum networks got published in IEEE! 🥳🥳

@KASHIFALIKHAN94 Send me a dm whenever

@sguy2508 U would love to work with u man, but this month I'm allready locked in lots of stuff, maybe we can plan next month...., let's connect

My (conference) paper on quantum networks got published in IEEE! 🥳🥳

@KASHIFALIKHAN94 Yes sure!

@KASHIFALIKHAN94 Damn I see, goodluck! If you ever decide to work towards QML or related fields, id love to work with you :D

@sguy2508 Terminal bench training of slms and llms, this topic man but still working on it too publish somthing more valuable

@KASHIFALIKHAN94 Oh wow! Which topic? And where?

@sguy2508 I'm also publishing mine soon

@matmul83 Thanks a lot!!

@sguy2508 Congrats shlok🥳🥳

@Chatty0408 Thanks 😊

@sguy2508 Congrats 🙌

@VazeKshitij Thankyou :DDD

@sguy2508 LESGOO

@KASHIFALIKHAN94 Thanks :D

@sguy2508 damn congrats getting into ieee is huge

@techie_pragati Thankyouu!

@sguy2508 Congratulations🎉

@tadgirl23 I dropped a message!

@sguy2508 Unable to DM you.

@tadgirl23 thanks a lot! and yeah -> ieeexplore.ieee.org/document/11565… the entire paper is behind a paywall though, so dm me if you want the author pdf!

@sguy2508 Congratulations 🥂 Can you share the link?

@Mimeee_9 Thankyou!!

@sguy2508 Congratulations man 🫡

@urCodeBuddy Thanks bru

@sguy2508 Ohh congrats yr 🎉

@aoproduction10 @cosmosarcive That's why it's essential for pure maths to stay ahead of physics It serves as an ever expanding tool kit to apply and model the reality better

@cosmosarcive AI perspective: Einstein didn't invent new mathematics from scratch. He used existing advanced mathematics—like Riemannian geometry and tensor calculus—to describe gravity as the curvature of spacetime. That's what makes his achievement extraordinary.

Gravitational time dilation is one of the most remarkable predictions of Einstein’s general relativity. A clock closer to a massive object ticks more slowly than one farther away, described by T = T′√(1 − 2GM/rc²) The effect is tiny on Earth but becomes dramatic near neutron stars and black holes. Time is not the same everywhere in the universe. It depends on where you are in a gravitational field.

@dada49623242871 @Kulkunkan_ @grok @astrooalert That's an interesting statement, tbh

@Kulkunkan_ @grok @sguy2508 @astrooalert Single neuronal synapses are unconscious, but when there are enough synapses and complexity, consciousness emerges naturally

🚨: Scientists have created computers with living human neurons that learns on their own. This might be the beginning of artificial consciousness!

@spacevibex Bruh sun will not explode it's not big enough for that

JUST IN🚨: Sun takes 225 million years to orbit the Milky Way. It has already completed 20 orbits and has 22 to go before it loses its energy and explodes.

@kiran32938 Sure

@sguy2508 thanks, please FB

Currently at ~5 followers 😅 Looking to connect with people who're into: • Quantum mechanics & Technologies • Research • Learning & building in quantum or any interlapping field If you're researching, building or just curious, let’s connect :)

@kiran32938 More towards protocol currently, although explored a bit of hardware and stuff as both affect the fidelity rate

@sguy2508 When you say you're researching Quantum Networks, are you currently leaning more towards the hardware/physical layer (like fiber optics) or the software/protocol layer(network)