
Mgs. Artium Matemática Aplicada, asesor en matemática, Física y Matlab Telegram: @AntSrt21
Venezuela
Joined September 2019
- Tweets967
- Following116
- Followers222
- Likes716
Aniceto Sarmiento retweeted
Here’s the Abel-regularized alternating cube series, η(-3):
1 – 8 + 27 – 64 + 125 – 216 + …
Picks up where the alternating square series left off.
Aniceto Sarmiento retweeted
New selected papers of the month from Forum of #Mathematics, Sigma. November's highlight topic is #Algebra. Check out the #OpenAccess articles:
📚 cup.org/43XcIX7
The editors are - Robert Guralnick, Roman Bezrukavnikov, Bernhard Keller, Ivan Loseu and Ieke Moerdijk
Un Ilustrativo problema propuesto en el libro de Seán Steward donde aplicamos el teorema del binomio para resolver integrales
33
An instructive problem proposed in Seán M. Stewart’s book that illustrates the use of the binomial theorem in solving integrals.
39
Aniceto Sarmiento retweeted
Covergence & Divergence (Test for Series)
#sharingisthenewlearning
#series
Aniceto Sarmiento retweeted
Quick proof of the Divergence of the Harmonic Series: 1+1/2+1/3+...
Assuming it converges:
S = 1+1/2+1/3+...
then
S/2=1/2+1/4+1/6+...
But
1+1/3+1/5+...>S/2
Hence
S>S/2+S/2=S ■
Aniceto Sarmiento retweeted
Lots of good solutions to this one! I haven't seen a residue solution, so that's what's below.
Now that we know the form of the residues:
Solution of an eulerian Integral proposed by @nandor117
Aniceto Sarmiento retweeted
Un día como hoy, en 1826, nació el matemático alemán Bernhard Riemann. Dijo David Hilbert:
“Si yo me despertara después de haber dormido durante mil años, mi primera pregunta sería: ¿ha sido demostrada la Hipótesis de Riemann?”
Aniceto Sarmiento retweeted
Generalization for another comparison of powers problem!
Unfortunately, this is NOT a sexy as comparing aᵇ and bª.
This will be good for problems comparing powers like:
10²⁵ > 11²⁴
222¹²⁰⁴ < 223¹²⁰³
4⁷ > 5⁶
Aniceto Sarmiento retweeted
George Green is the Ramanujan of physics. Born to a miller in Nottingham, Green himself took up the trade and was largely self-educated. At 35, he rented out his mill and penned "An Essay on the Application of Mathematical Analysis to the Theories of Electricity and Magnetism." In this work, he introduced what are now known as Green's formula, the Green function, and potential, laying the groundwork for potential theory. He self-published this essay as a small booklet, with the financial support of friends. Only after this accomplishment did he attend Cambridge to obtain a formal education. There, he authored a few more papers on mathematical physics, though his initial work remains his most renowned. Tragically, he passed away at 48.
Later historians delved into the resources available to Green during his self-education in Nottingham. Among their findings was an intriguing entry in the local gentlemen's club library: Laplace's "Traité de mécanique céleste." If this was the cornerstone of his learning, it remains a mystery how he mastered French, given that he had never attended school prior to writing his seminal work.

























