Darshan Parekh

Real Estate, AI enthusiast, Use chat since Nov 2022

Tools/Skills set: Claude Code, Codex, NotebookLM

[Darshan Parekh @DarshanParekh_]

@cognition The caveat is free devin plan doesn’t allow that. So that’s an extra subscription on top of Chatgpt

[Patrick C Toulme @PatrickToulme]

I was at an AI dinner last night in NYC.
Some interesting topics discussed

1. Performance engineers now spend most of their time managing agents and RSI loops. Most perf opts at major inference providers (together, fireworks) are found by agents.
2. RLing too much on code and math has negative effects on your model especially it’s language.
3. People were impressed by @bot and the overall acquisition of @cursor_ai by @spacexai. xAI is a legitimate frontier lab right now.
4. Most people have agents in loop writing, reviewing, and submitting PRs 24/7
5. Most agreed code review is not super productive anymore
6. Consensus was Fable 5.5 will be stunning but OpenAI will beat it in December with Bel

[Darshan Parekh @DarshanParekh_]

@tamaybes I am interested. I will share my profile with you

[Darshan Parekh @DarshanParekh_]

@siddhiguptas Have this thought daily. There are still so many things to know

[Darshan Parekh @DarshanParekh_]

@jeffholden Would love to see how this plays

[Jeff Holden @jeffholden]

After six years in stealth, Atomic Machines is out. Our mission: on-demand, universal command of matter. First beachhead: the Matter Compiler, an AI-native manufacturing system that builds working micro-machines from code alone. No per-product tooling. No process development. Different code, different machine.

[Darshan Parekh @DarshanParekh_]

@sarahzorah Didn’t claude help you plan this?

[Darshan Parekh @DarshanParekh_]

@imjustnewatai It’s just unbelievable, that despite providing such good public models, they could have better ones internally

[Darshan Parekh @DarshanParekh_]

@Duderichy What’s this paper?

[Darshan Parekh @DarshanParekh_]

@FakePsyho https://t.co/n9wy0zDaa3

[Darshan Parekh @DarshanParekh_]

So let's talk about it.

722 papers

Huge deal

I looked at those individual papers and they look legit

The whole collection was produced in about four weeks. Dates run from Sep 10 to Oct 6, with a heavy cluster on Sep 23–27.

Some results are huge lemma chains. The Thorp shuffle proof is spread across roughly ten folders: "Random coordinate frames," "Compatibility entropy," "Signed tensor densities," "Routing densities," "Row–column symmetry," and others. The honeycomb self-avoiding walk result spans about twelve.

[Darshan Parekh @DarshanParekh_]

@CtrlAltDwayne https://t.co/n9wy0zDaa3

[Darshan Parekh @DarshanParekh_]

So let's talk about it.

722 papers

Huge deal

I looked at those individual papers and they look legit

The whole collection was produced in about four weeks. Dates run from Sep 10 to Oct 6, with a heavy cluster on Sep 23–27.

Some results are huge lemma chains. The Thorp shuffle proof is spread across roughly ten folders: "Random coordinate frames," "Compatibility entropy," "Signed tensor densities," "Routing densities," "Row–column symmetry," and others. The honeycomb self-avoiding walk result spans about twelve.

[Darshan Parekh @DarshanParekh_]

@number_pizza111 https://t.co/n9wy0zDaa3

[Darshan Parekh @DarshanParekh_]

So let's talk about it.

722 papers

Huge deal

I looked at those individual papers and they look legit

The whole collection was produced in about four weeks. Dates run from Sep 10 to Oct 6, with a heavy cluster on Sep 23–27.

Some results are huge lemma chains. The Thorp shuffle proof is spread across roughly ten folders: "Random coordinate frames," "Compatibility entropy," "Signed tensor densities," "Routing densities," "Row–column symmetry," and others. The honeycomb self-avoiding walk result spans about twelve.

[Darshan Parekh @DarshanParekh_]

@kankanivishal https://t.co/n9wy0zDaa3

[Darshan Parekh @DarshanParekh_]

So let's talk about it.

722 papers

Huge deal

I looked at those individual papers and they look legit

The whole collection was produced in about four weeks. Dates run from Sep 10 to Oct 6, with a heavy cluster on Sep 23–27.

Some results are huge lemma chains. The Thorp shuffle proof is spread across roughly ten folders: "Random coordinate frames," "Compatibility entropy," "Signed tensor densities," "Routing densities," "Row–column symmetry," and others. The honeycomb self-avoiding walk result spans about twelve.

[Darshan Parekh @DarshanParekh_]

@jehovahscript https://t.co/n9wy0zDaa3

[Darshan Parekh @DarshanParekh_]

So let's talk about it.

722 papers

Huge deal

I looked at those individual papers and they look legit

The whole collection was produced in about four weeks. Dates run from Sep 10 to Oct 6, with a heavy cluster on Sep 23–27.

Some results are huge lemma chains. The Thorp shuffle proof is spread across roughly ten folders: "Random coordinate frames," "Compatibility entropy," "Signed tensor densities," "Routing densities," "Row–column symmetry," and others. The honeycomb self-avoiding walk result spans about twelve.

[Darshan Parekh @DarshanParekh_]

@Dr_Singularity https://t.co/n9wy0zDaa3

[Darshan Parekh @DarshanParekh_]

So let's talk about it.

722 papers

Huge deal

I looked at those individual papers and they look legit

The whole collection was produced in about four weeks. Dates run from Sep 10 to Oct 6, with a heavy cluster on Sep 23–27.

Some results are huge lemma chains. The Thorp shuffle proof is spread across roughly ten folders: "Random coordinate frames," "Compatibility entropy," "Signed tensor densities," "Routing densities," "Row–column symmetry," and others. The honeycomb self-avoiding walk result spans about twelve.

[Darshan Parekh @DarshanParekh_]

@josusanmartin https://t.co/n9wy0zDaa3

[Darshan Parekh @DarshanParekh_]

So let's talk about it.

722 papers

Huge deal

I looked at those individual papers and they look legit

The whole collection was produced in about four weeks. Dates run from Sep 10 to Oct 6, with a heavy cluster on Sep 23–27.

Some results are huge lemma chains. The Thorp shuffle proof is spread across roughly ten folders: "Random coordinate frames," "Compatibility entropy," "Signed tensor densities," "Routing densities," "Row–column symmetry," and others. The honeycomb self-avoiding walk result spans about twelve.

[Darshan Parekh @DarshanParekh_]

@hsu_steve https://t.co/n9wy0zDaa3

[Darshan Parekh @DarshanParekh_]

So let's talk about it.

722 papers

Huge deal

I looked at those individual papers and they look legit

The whole collection was produced in about four weeks. Dates run from Sep 10 to Oct 6, with a heavy cluster on Sep 23–27.

Some results are huge lemma chains. The Thorp shuffle proof is spread across roughly ten folders: "Random coordinate frames," "Compatibility entropy," "Signed tensor densities," "Routing densities," "Row–column symmetry," and others. The honeycomb self-avoiding walk result spans about twelve.

[Darshan Parekh @DarshanParekh_]

@deredleritt3r https://t.co/n9wy0zDaa3

[Darshan Parekh @DarshanParekh_]

So let's talk about it.

722 papers

Huge deal

I looked at those individual papers and they look legit

The whole collection was produced in about four weeks. Dates run from Sep 10 to Oct 6, with a heavy cluster on Sep 23–27.

Some results are huge lemma chains. The Thorp shuffle proof is spread across roughly ten folders: "Random coordinate frames," "Compatibility entropy," "Signed tensor densities," "Routing densities," "Row–column symmetry," and others. The honeycomb self-avoiding walk result spans about twelve.

[Darshan Parekh @DarshanParekh_]

@imjustnewatai https://t.co/n9wy0zDaa3

[Darshan Parekh @DarshanParekh_]

So let's talk about it.

722 papers

Huge deal

I looked at those individual papers and they look legit

The whole collection was produced in about four weeks. Dates run from Sep 10 to Oct 6, with a heavy cluster on Sep 23–27.

Some results are huge lemma chains. The Thorp shuffle proof is spread across roughly ten folders: "Random coordinate frames," "Compatibility entropy," "Signed tensor densities," "Routing densities," "Row–column symmetry," and others. The honeycomb self-avoiding walk result spans about twelve.

[Darshan Parekh @DarshanParekh_]

@kimmonismus https://t.co/n9wy0zDaa3

[Darshan Parekh @DarshanParekh_]

So let's talk about it.

722 papers

Huge deal

I looked at those individual papers and they look legit

The whole collection was produced in about four weeks. Dates run from Sep 10 to Oct 6, with a heavy cluster on Sep 23–27.

Some results are huge lemma chains. The Thorp shuffle proof is spread across roughly ten folders: "Random coordinate frames," "Compatibility entropy," "Signed tensor densities," "Routing densities," "Row–column symmetry," and others. The honeycomb self-avoiding walk result spans about twelve.