nolongerconvex's profile picture. CS PhD at @UWMadison | Interests: Learning Theory, Trustworthy ML | Previously: @iiscbangalore

Deep Patel

@nolongerconvex

CS PhD at @UWMadison | Interests: Learning Theory, Trustworthy ML | Previously: @iiscbangalore

Deep Patel reposted

In office hours a few minutes ago, I was discussing homoclinic tangles with one of my students, and I pulled one of the books by Abraham and Shaw off the shelf to show this image. I'd forgotten how marvelous these books are for gaining intuition.

stevenstrogatz's tweet image. In office hours a few minutes ago, I was discussing homoclinic tangles with one of my students, and I pulled one of the books by Abraham and Shaw off the shelf to show this image. I'd forgotten how marvelous these books are for gaining intuition.

Deep Patel reposted

Our latest book on the mathematical principles of deep learning and intelligence has been released publicly at: ma-lab-berkeley.github.io/deep-represent… It also comes with a customized Chatbot that helps readers study and a Chinese version translated mainly by AI. This is an open-source project.


Deep Patel reposted

Anyone knows adam?

2prime_PKU's tweet image. Anyone knows adam?

Deep Patel reposted

You can add coffee stains to your LaTeX documents. 👇ctan.org/pkg/coffeestai…

abakcus's tweet image. You can add coffee stains to your LaTeX documents. 👇ctan.org/pkg/coffeestai…

Deep Patel reposted
JohnHolbein1's tweet image.

Deep Patel reposted

Hey, you dropped this 👑

From ilmfeed

Deep Patel reposted

It takes me dozens of drafts to write anything. Here, for example, are three stages (out of 60+) of the opening of INFINITE POWERS. A rough idea, followed by an early attempt at sentences, followed by the final version.

stevenstrogatz's tweet image. It takes me dozens of drafts to write anything. Here, for example, are three stages (out of 60+) of the opening of INFINITE POWERS. A rough idea, followed by an early attempt at sentences, followed by the final version.
stevenstrogatz's tweet image. It takes me dozens of drafts to write anything. Here, for example, are three stages (out of 60+) of the opening of INFINITE POWERS. A rough idea, followed by an early attempt at sentences, followed by the final version.
stevenstrogatz's tweet image. It takes me dozens of drafts to write anything. Here, for example, are three stages (out of 60+) of the opening of INFINITE POWERS. A rough idea, followed by an early attempt at sentences, followed by the final version.

Deep Patel reposted

Students taking a first course in nonlinear dynamics and chaos (or anyone curious about the subject): Videos of lectures are freely available. Hope you enjoy them! youtube.com/playlist?list=…


Deep Patel reposted

I love the @nightsciencepod podcast hosted by @ItaiYanai and @MartinJLercher.. also looking for more academic podcasts. As I will be running out the episodes soon.. Any suggestions welcome. Need something to drown all this noise.


Deep Patel reposted

Yearly reminder: What do polar coordinates, polar matrix factorization, & Helmholz decomposition of a vector field have in common? All are implied by Brenier’s Thm: a cornerstone of Optimal Transport theory. It’s a fundamental decomposition result that’s not widely known 1/n

docmilanfar's tweet image. Yearly reminder: What do polar coordinates, polar matrix factorization, & Helmholz decomposition of a vector field have in common?

All are implied by Brenier’s Thm: a cornerstone of Optimal Transport theory. It’s a fundamental decomposition result that’s not widely known

1/n

Deep Patel reposted

There are whole books on psychology that don't get anywhere near this paragraph from Dostoevsky

DylanoA4's tweet image. There are whole books on psychology that don't get anywhere near this paragraph from Dostoevsky

Deep Patel reposted

❤️


Deep Patel reposted

Terry Tao is the ultimate shape rotator

pdhsu's tweet image. Terry Tao is the ultimate shape rotator

Deep Patel reposted

We often think of an "equilibrium" as something standing still, like a scale in perfect balance. But many equilibria are dynamic, like a flowing river which is never changing—yet never standing still. These dynamic equilibria are nicely described by so-called "detailed balance"


Deep Patel reposted

this is peak blogging...nothing can come close to this...every part and process explained in detail...you can move and control things and see the processes from different views...ciechanow.ski/archives/

novasarc01's tweet image. this is peak blogging...nothing can come close to this...every part and process explained in detail...you can move and control things and see the processes from different views...ciechanow.ski/archives/
novasarc01's tweet image. this is peak blogging...nothing can come close to this...every part and process explained in detail...you can move and control things and see the processes from different views...ciechanow.ski/archives/
novasarc01's tweet image. this is peak blogging...nothing can come close to this...every part and process explained in detail...you can move and control things and see the processes from different views...ciechanow.ski/archives/
novasarc01's tweet image. this is peak blogging...nothing can come close to this...every part and process explained in detail...you can move and control things and see the processes from different views...ciechanow.ski/archives/

Deep Patel reposted

I was putting together a syllabus for a class a couple of years ago, and thought, "Why don't I do this for my PhD students?" So I've been slowly writing a syllabus for them (v0.1): docs.google.com/document/d/11D…


Deep Patel reposted
Almost_Sure's tweet image.

Deep Patel reposted

Brilliant @varungrover 👏

From RAHUL

Deep Patel reposted

1/ Our new paper w/tour de force analysis lead by @atsushi_y1230 w/@hmabuchi uses replica theory, supersymmetry, Kac-Rice formula, Dyson's Brownian motion & high-dim geometry to show how an Ising machine of coupled photons finds spin glass ground states arxiv.org/abs/2309.08119

SuryaGanguli's tweet image. 1/ Our new paper w/tour de force analysis lead by @atsushi_y1230 w/@hmabuchi uses replica theory, supersymmetry, Kac-Rice formula, Dyson's Brownian motion & high-dim geometry to show how an Ising machine of coupled photons finds spin glass ground states arxiv.org/abs/2309.08119

Deep Patel reposted

Our paper on high dim geometry of coherent Ising machines now in @PhysRevX. Learn how replicas, supersymmetry, Kac-Rice, random matrices & Dyson's motion explain how a neural net made of photons works! @atsushi_y1230 @hmabuchi journals.aps.org/prx/abstract/1… x.com/SuryaGanguli/s…

1/ Our new paper w/tour de force analysis lead by @atsushi_y1230 w/@hmabuchi uses replica theory, supersymmetry, Kac-Rice formula, Dyson's Brownian motion & high-dim geometry to show how an Ising machine of coupled photons finds spin glass ground states arxiv.org/abs/2309.08119

SuryaGanguli's tweet image. 1/ Our new paper w/tour de force analysis lead by @atsushi_y1230 w/@hmabuchi uses replica theory, supersymmetry, Kac-Rice formula, Dyson's Brownian motion & high-dim geometry to show how an Ising machine of coupled photons finds spin glass ground states arxiv.org/abs/2309.08119


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