• Terence Tao scored over 700 on the SAT Math section at just 8 years old, earned a PhD by 20, and became the youngest tenured professor at UCLA shortly thereafter. Today, he is hailed as one of the greatest mathematicians in history.

    Nicknamed the “Mozart of Mathematics,” Tao has authored more than 300 research papers and 17 books, with groundbreaking work in number theory, combinatorics, harmonic analysis, and partial differential equations.

    Among his many achievements:

    The Green–Tao theorem: Proving primes can form infinite arithmetic progressions

    Solving the Erdős discrepancy problem

    Making profound contributions to the Collatz conjecture

    A Fields Medalist and recipient of the MacArthur Genius Grant, Tao exemplifies how intellectual brilliance and humility can coexist. In an era shaped by technology and AI, his work is a testament to the enduring power of human genius.

    #thechronify
    #TerenceTao #MathGenius #FieldsMedalist #SATProdigy #MozartOfMath #NumberTheory #UCLA #GreenTaoTheorem #CollatzConjecture #ErdosProblem #HumanGenius #MathLegend #ScienceExplorist #ModernEinstein #PureMathematics
    Terence Tao scored over 700 on the SAT Math section at just 8 years old, earned a PhD by 20, and became the youngest tenured professor at UCLA shortly thereafter. Today, he is hailed as one of the greatest mathematicians in history. Nicknamed the “Mozart of Mathematics,” Tao has authored more than 300 research papers and 17 books, with groundbreaking work in number theory, combinatorics, harmonic analysis, and partial differential equations. Among his many achievements: The Green–Tao theorem: Proving primes can form infinite arithmetic progressions Solving the Erdős discrepancy problem Making profound contributions to the Collatz conjecture A Fields Medalist and recipient of the MacArthur Genius Grant, Tao exemplifies how intellectual brilliance and humility can coexist. In an era shaped by technology and AI, his work is a testament to the enduring power of human genius. #thechronify #TerenceTao #MathGenius #FieldsMedalist #SATProdigy #MozartOfMath #NumberTheory #UCLA #GreenTaoTheorem #CollatzConjecture #ErdosProblem #HumanGenius #MathLegend #ScienceExplorist #ModernEinstein #PureMathematics
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  • Scientists created a cream that can bring hair back — it cures baldness with just one week of use.
    The age-old quest for a cure for baldness may be entering a promising new chapter, thanks to groundbreaking research from UCLA scientists.
    After years of experimentation, the team has identified a molecule—dubbed PP405—that can successfully awaken dormant hair follicles. In early human trials, participants who applied the molecule topically at bedtime for just one week showed statistically significant results.
    Unlike many existing treatments that produce only wispy hair, PP405 is believed to stimulate the growth of full, terminal strands.
    The molecule works by inhibiting a protein that keeps follicle stem cells dormant, effectively reactivating the body’s natural hair-growing capabilities.
    The breakthrough comes from a trio of UCLA researchers: William Lowry, Heather Christofk, and Michael Jung, who have co-founded a startup, Pelage Pharmaceuticals, to further develop and commercialize the treatment. With $16.4 million in backing from Google Ventures, the team is preparing for larger clinical trials and working toward FDA approval. While the treatment won’t work for everyone, it holds promise for the majority of individuals affected by hair loss, including those who lose hair due to aging, stress, genetics, or chemotherapy. As the researchers cautiously advance through regulatory hurdles, optimism is mounting that a reliable cure for baldness may finally be on the horizon.

    #BaldnessCure #HairLossTreatment #UCLAResearch #HairRegrowth #ScienceBreakthrough #HealthInnovation #PP405 #PelagePharmaceuticals #BaldnessSolution #HairRestoration #MedicalNews
    Scientists created a cream that can bring hair back — it cures baldness with just one week of use. The age-old quest for a cure for baldness may be entering a promising new chapter, thanks to groundbreaking research from UCLA scientists. After years of experimentation, the team has identified a molecule—dubbed PP405—that can successfully awaken dormant hair follicles. In early human trials, participants who applied the molecule topically at bedtime for just one week showed statistically significant results. Unlike many existing treatments that produce only wispy hair, PP405 is believed to stimulate the growth of full, terminal strands. The molecule works by inhibiting a protein that keeps follicle stem cells dormant, effectively reactivating the body’s natural hair-growing capabilities. The breakthrough comes from a trio of UCLA researchers: William Lowry, Heather Christofk, and Michael Jung, who have co-founded a startup, Pelage Pharmaceuticals, to further develop and commercialize the treatment. With $16.4 million in backing from Google Ventures, the team is preparing for larger clinical trials and working toward FDA approval. While the treatment won’t work for everyone, it holds promise for the majority of individuals affected by hair loss, including those who lose hair due to aging, stress, genetics, or chemotherapy. As the researchers cautiously advance through regulatory hurdles, optimism is mounting that a reliable cure for baldness may finally be on the horizon. #BaldnessCure #HairLossTreatment #UCLAResearch #HairRegrowth #ScienceBreakthrough #HealthInnovation #PP405 #PelagePharmaceuticals #BaldnessSolution #HairRestoration #MedicalNews
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  • Your brain doesn’t just feel rejection—it processes it like real pain.
    A UCLA study led by Naomi Eisenberger found that social rejection activates the same brain regions as physical injury—specifically the anterior cingulate cortex. A follow-up study from the University of Michigan confirmed this, showing romantic rejection lights up the brain’s pain centers too. That’s why being ignored can literally hurt.
    Your brain doesn’t just feel rejection—it processes it like real pain. 🧠💔 A UCLA study led by Naomi Eisenberger found that social rejection activates the same brain regions as physical injury—specifically the anterior cingulate cortex. A follow-up study from the University of Michigan confirmed this, showing romantic rejection lights up the brain’s pain centers too. That’s why being ignored can literally hurt.
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