Jordi Alemany Sabater
Personal page to share my hobbies: painting and science
About me….
I would like to share with you my hobbies: painting and science.
With more than 20 years of experience (1997-2023) in the world of art and science, I have achieved my own style that is different from the conventional.
Having gone through schools in Palamos, La Bisbal and Salt (next to Girona), I have come to the extreme of self-taught and with a future open to any expectation and novelty.
More than 500 works available to everyone, you can admire varied series such as forests, figurative, still life… all in watercolor, charcoal, acrylic… Empordà to a great mountain in the Pyrenees.
Painting
Published books
I have published four books:
Química teòrica per a consultar
Química- física implicada
Materials didàctics de Física i química (física aplicada)
Física-Química avançades amb apunts personals
Working
My vision of Science.
Publications made in the clearest and most synthesized way possible (numerical language is international). Choose the one you want to visit. They may contain bugs, so if you spot any, please let me know
APOTHEMAS AND AREAS OF DIFFERENT FIGURES
Curious method that bonds the volume derivative with its area (enhances all the figures I can imagine only by enrolling its apotheme in a specific "side")... read more
CALCULUS OF ARCLENGTH, SURFACES…
A complex system of calculus (as usuall) in which dimensions are responsible in order to find the correct expression of Lines, Surfaces, Volumes... read more
FACTORIAL
Tricky equalities in the " field" of factorials. They are uncommon but mathematically true... read more
RESPECT TO CAOS
A sequence of equalities extracted from Perron- Frobenius in which I make up my mind to assimilate the results of probability by using quantum physics and integrals from minus infinity to positive infinity in the square function of Schrödinger... read more
APOTEMA
How to calculate areas of closed surfaces using an "apotema's rule". It's an extract of a theorem in which Area'(s)= r.Length(s) where r= radius and s= apotema... I must say that this method is not of my invention read more
CTNTS UNIVERSE
Some constants such as radius, nº total of charged particles (assuming that universe is neutral)... using easy and approximate classical formulas... read more
