For those wanting to learn how to read raw EVM transaction calldata in depth, I published a new article explaining how it all works line-by-line! degatchi.com/articles/readin…

Hyperice Vyper3 vibration roller is insanely good. i had no idea how much a strong vibration would improve the effectiveness of the rolling. completely dif league, highly rec

oh damn. @FreeCADNews v1.1 is an enormous quality of life update from v1.0

the deeper i go into combinatorics the louder analytical methods scream at me

I'm simply a random graph

dual maps introduced in Linear Algebra Done Right hurty my brain

algebraic topology was called combinatorial topology back in ye old days

🏆 The 2026 Topological Deep Learning Challenge is officially live, now in its 4th edition! 🏆 This year’s theme is “Bridging the Gap” between the GNN and TDL worlds. Win incredible prizes including up to $1000 in cash 💸 and AI research internships! Submission deadline: Aug. 1

my goat

i hate how boring the start of real analysis books are 😭 LADR was a slow burn but after defining subspaces it becomes so peak. *sigh*

Lemma this, lemma that, lemme catch my breath god damnit

integral domains are black magic. i yearn for deeper algebra

Claude, make a proof solving the Riemann Hypothesis. Make no mistakes.

Diagonalizing matrices today

why the fuck are all of my worthless csgo cases doing better than any investment ive ever made?? 0.03->18.87 lol what

Wow. This is amazing Researchers just developed DNA-level encryption to protect bioengineered cells. A team of US researchers has created a system that scrambles genetic instructions into a nonfunctional state, meaning engineered cells simply don’t work unless they’re unlocked. This new approach uses site specific recombinases and a 45-input chemical keypad to control access. The keypad is built from 9 small molecules. It requires the exact sequence and timing of chemical inputs to act as a biological password. Only then do recombinases restore the DNA to its functional state. In ethical hacking tests simulating real-world attacks, unauthorized access succeeded just 0.2% of the time, showing strong protection of biological assets. Damn.. we are moving toward a highly secure biological future.

Electronics lecture that is absolute cinema youtube.com/watch?v=ySuUZEjA…