@pabloharour@SimancasRafael Podría haberlo hecho bien. El PP muy liberales de cara al marketing pero luego bien que ponen regulaciones para que pases por caja.
@jesusmarana@GLlamazares@AlvaroSanCas Te importa mucho la cronología pero no que Zapatero se haya dedicado a robar y a blanquear a manos llenas, casi no se nota que si cambiara el gobierno dejarías de ser el tercer tertuliano que más cobra de Televisión Española
Two months ago, when I wrote about solving my Frontier Math Tier 4 problem, I did not expect the landscape to shift this quickly.
Computational arithmetic algebraic geometry is turning into an incredible hotbed of ideas. This area, shaped by deep questions around elliptic curves, algebraic numbers, varieties, and the work of people like Brian Birch, Jean-Pierre Serre, and many others, has always had a strong computational undercurrent. But what is happening now feels different.
The agents I have been testing, especially Codex, are reaching a level where they often outpace my own ability to write code quickly and effectively. At the same time, I can still curate, inspect, redirect, and judge the mathematics. That combination is extremely powerful.
I can jump into almost any algorithm I need, optimize it, decompose it, rebuild it, and move between Magma, SageMath, and Rust with a kind of flexibility that still feels unreal. This is not "vibe coding". It is extreme engineering guided by mathematical taste.
In my recent projects, this has already helped me close two big questions. The technical conversations I can now have with Codex about Magma code, computational algebra, and arithmetic geometry are honestly stunning.
Big computational problems in arithmetic geometry are going to fall much sooner than many people expect.
@nolo14 Fui a un concertado y mientras mi primo no completo el temario de 1º de bachillerato yo mejore en la selectividad las notas con respecto al curso.
En lo otro tienes razón. No hay necesidad de poner un limite de plazas en carreras que no van a hacer uso de laboratorios etc...