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Over a year later, we on a whole lor Fringe tour!
40yearoldpuberty.com
40 Year Old Puberty is a hilarious, heartwarming journey into manhood via testosterone, tantrums, and tenacity.
Ti Malik retweeted
raise your hand if you take your likes back when you realize a post is ai generated 🙋🙋
Ti Malik retweeted
If you’re in LA, you can go check out my son’s mural right off of Crenshaw and Vernon, it’s pretty big you can’t miss it.
Ti Malik retweeted
messaging my wife a link containing proof of her husband cheating on her from an anonymous instagram account and then when she clicks on it texting her to let her know she failed the family phishing test and she has to retake my cybersecurity course
Ti Malik retweeted
boundary = I won’t date anyone who drinks
not a boundary = you’re dating me so you can’t drink anymore
see how that works?
Ti Malik retweeted
I was like 15,got this job tryna get people to subscribe to get the Newspaper they picked us up in a van dropped us off in East Baltimore and told us knock on doors to get people to sign up, I got to the 3rd door and a nigga pulled a hammer on me, called my ppls like come get me
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Ti Malik retweeted
When I'm reading a book and the author describes a facial expression made by the character so I test drive it
Ti Malik retweeted
“If you were a slave and I were your master, and the only way for you to be free was to strike a blow to kill me, what would you do?”
Ti Malik retweeted
GENIUS: Former #Ravens offensive lineman John Urschel retired from the NFL at just 26 years old to pursue mathematics full-time.
Now, years later, Urschel has reportedly helped RESOLVE A LONG-STANDING MATHEMATICAL CONJECTURE involving Gaussian elimination.
Urschel earned a 4.0 GPA, got bachelor’s and master’s degrees in mathematics from Penn State, and pursued his Ph.D. at MIT while playing in the NFL.
From blocking NFL defensive linemen to solving problems that have challenged mathematicians for years.
One of the smartest athletes EVER.
John Urschel just showed that the growth factor for Gaussian elimination with partial pivoting is ~n^{1/2} with high probability, resolving a long-standing conjecture of Nick Trefethen! arxiv.org/abs/2610.06785








































