Rock Prime Number

Matemático y Profesor en @udistrital

[Math Pulse @themathpulse]

Prime factors visualized

[integers as dots that smoothly regroup into exact prime factor clusters via spring physics]

[asfames @asfamesval]

Última clase en la @UnivValenciana del alma mater de @EstalmatCV . Empieza una nueva etapa llena de promesas. Le felicitamos desde @asfamesval

[Cliff Pickover @pickover]

Mathematicians dream of π.

Let's imagine handing this to space-faring extraterrestrials as a gift, or to determine how many of these they have discovered themselves.

This equation set is circulating widely on the web. Example: https://t.co/nU4QkAg1ig

[Rock Prime Number @PrimeNumberRock]

@pickover I wonder how to calculate the area of the other regions.
Can we express the area of the triangle as the sum of irrational numbers?

[Thomas Bloom @thomasfbloom]

An internal OpenAI model has disproved one of the most well-known Erdős problems: the unit distance problem.

This is, without doubt, the most impressive achievement of AI in mathematics so far.

https://t.co/J0duJXNbph

[Probability and Statistics @probnstat]

Square-free numbers are integers that are not divisible by the square of any prime, meaning no prime factor appears more than once in their prime factorization. They play a central role in number theory because they encode the “simplest” multiplicative structures. The Riemann zeta function ζ(s), defined as the sum ∑ₙ n⁻ˢ, is deeply connected to square-free numbers through its Euler product representation, which expresses ζ(s) as a product over all primes. By using Möbius inversion, one can isolate the contribution of square-free numbers and show that the probability a randomly chosen integer is square-free is 1/ζ(2)=6/π². More generally, generating functions involving the Möbius function and ζ(s) allow mathematicians to count and study square-free numbers and understand their distribution. These connections reveal how the zeta function encodes subtle arithmetic structure, linking prime factorization, randomness in integers, and deep analytic properties of ζ(s).

Image: https://t.co/RIxIld8L85

[Daniel Mentrard @dment37]

All trigonometric functions
Visualization |Animation | Interactive applet
@geogebra
https://t.co/s8R8SUp9oO
#geogebra #math #science #iteachmath #mtbos #visualization #elearning @bancoche #physics

[Cliff Pickover @pickover]

Map of Mathematics.

Find a region of the map that interests you most, take a snapshot of it, and show us the region magnified for us to enjoy.

By Dominic Walliman, @DominicWalliman, https://t.co/4kxUA8F3YA, Used with permission.

[Cliff Pickover @pickover]

Mathematics.

This alluring diagram caught my eye today. It's by mathematician Diego Rattaggi, @diegorattaggi, #mathiratti, Used with permission. [math, maths]

[Rock Prime Number @PrimeNumberRock]

@curiosityonx "Quilla" in Quichua Language.
Means also Month

[Rock Prime Number @PrimeNumberRock]

@Criminalsimpson https://t.co/p6odTboboF

Fuzzy Bunny's Guide To You Know What (The Simpsons)

[Rock Prime Number @PrimeNumberRock]

@ScotiaColpatria Ayuda por favor para cambiar la clave teléfonica.

[Fermat's Library @fermatslibrary]

A typical human is the geometric mean of the mass of a proton and the Sun!

[Black Hole @konstructivizm]

Visualization of Pi being Irrational
By suliscien

[Rock Prime Number @PrimeNumberRock]

#NEDENG

[Physics Memes @ThePhysicsMemes]

I was lured into learning "physics" #class

[Massimo @Rainmaker1973]

An example of the new calculator in iOS18
https://t.co/KTOccCNpuA

[Algebra Etc. @AlgebraFact]

Riemann hypothesis progress

https://t.co/h4CZXtUFcz