The Cl(4,1,1) unified electromagnetic field theory: https://crudfactory.com/PHYSICS.html
Key points:
* It is one equation
* It yields Maxwell’s equations
* It yields Newton’s law of gravitation
* It explains Michelson-Morley
* It yields a proof of inertial mass
* It yields digital parallel Grover’s algorithm
When combined with axiomatic probability theory and the principle of maximum entropy, it becomes a basis for all academic fields to intercommunicate.
Please boost this for as much reach as possible.
Parton Kirk, where #physics genius James Clerk Maxwell is buried, is being put up for sale. The community is attempting a buy out to save this kirk for science and the local community. They have until 31st of October to secure the funds.
Here's the crowd funder link. You can help prevent this kirk from falling into private hands.
A proposed White House rule would give political appointees unprecedented control over scientific funding.
One physicist, who helped discover the Higgs boson, the so-called “God particle,” explains how the move would’ve stifled that breakthrough.
https://www.propublica.org/article/federal-science-grants-russell-vought-omb?utm_source=mastodon&utm_medium=social&utm_campaign=mastodon-post
#News #WhiteHouse #Trump #Science #Physics #Research #Funding #Academia
How to Unteach Relativity
------------------------
You may know I found the Unified Field Theory: https://github.com/chemoelectric/iris-numbers-and-unified-field-theory
So Relativity needs unteaching. Do it thus:
Einstein treated c as ‘the speed of light in a vacuum’.
But c is ‘the speed of waves in an electromagnetic field’.
Putting the two definitions side by side makes Einstein’s error obvious: an EM field is not a vacuum! It is, in fact, the medium for EM waves the ether had been presumed to be...
📚 On the Equality of All Things by: Carlo Rovelli
A radical new vision of reality from one of the great minds of our time, mapping a watershed moment in both physics and philosophy.
“Carlo Rovelli is the best thinker out there articulating physics, philosophy, and literature. There simply are no scientist...
https://bookblabla.com/book/on-the-equality-of-all-things
#books #reading #libraries #science #physics #relativityscience #spacescience #cosmology
🌙☀️ Would you like to find out more about eclipses? Here’s an interview with Rafael Bachiller, an expert on the subject!
The Spanish Eclipses and Beyond 👉 https://eps.org/the-spanish-eclipses-and-beyond/
#physics #physik #europe #space #science #astronomy #eclipse #outreach
📷 NASA
🏆️ Alessandro Volta Prize: Call for nominations
The award, intended to promote excellence in research, will be given in recognition of outstanding research and achievements in physics.
Nominate now!
📅 Deadline 30th October 2026
https://eps.org/alessandro-volta-prize-2026-call-for-nominations/
🏆️ Alessandro Volta Prize: Nominate now!
The call for nominations is still open.
The award, intended to promote excellence in research, will be given in recognition of outstanding research and achievements in physics.
📅 Deadline 30th October 2026
https://eps.org/alessandro-volta-prize-2026-call-for-nominations/
#physik #physics #europe #science #award #call
🏆️Jean Dalibard is a researcher and a professor of physics at the Collège de France in Paris. He won the first edition of the Alessandro Volta Prize.
⚛️ His inventions had a significant impact in the field of #laser cooling and cold #atomic #gases. And they are still in use today!
In an interview he shares his passion for #physics and tells about decisive encounters.
👉 https://tinyurl.com/hdn7hwvb
#physik #science #europe #awards #AlessandroVolta
@cnrs @EDPSciences
📝 The European Physical Society is proud to announce the launch of its new position paper on Physics Bachelor’s Studies in Europe.
It provides an updated European perspective on the knowledge, skills and competences that physics graduates should acquire and on how bachelor’s programmes can respond to a rapidly changing educational and professional landscape.
👉 https://eps.org/position-paper-physics-bachelors-studies-in-europe/
In 1687, Isaac Newton published the book that explained gravity, with Edmond Halley paying for its printing; after passing through a British lord's family, a first edition sold for Rs 5.49 crore in 2026.
Philosophiae Naturalis by Newton at PG (Latin and English):
https://www.gutenberg.org/ebooks/28233
https://www.gutenberg.org/ebooks/76404
Happy birthday to the first woman to earn a doctorate in science, physicist and professor Laura Maria Caterina Bassi Veratti (née, & known throughout her life as Bassi, 1711-1778). I’ve shown her surrounded by the sort of state-of-the-art instrumentation she would have used in her lab to investigate electricity: an electrical machine, conductors, an aurora flask, a luminous discharge tube, a Lane electrometer, 🧵1/
https://minouette.etsy.com/listing/4436745646
NSF–DOE Vera C. Rubin Observatory reveals its first dwarf planet candidate in our solar system
The candidate orbits our sun beyond Pluto, and may be among the largest and brightest objects discovered in this region of the solar system.
https://rubinobservatory.org/news/rubin-first-dwarf-planet-candidate
https://www.youtube.com/watch?v=wlLapqfOqyM&t=3s
#astrophysics #cosmology #physics #darkmatter #earlyuniverse
1/3 🔧 GHU Lab: explore a model, change an assumption, see what moves.
The browser laboratory now has 29 menu sections, three Simulator modes and eight embedded research cards. It brings gauge–Higgs model calculations, published benchmarks and explicit tests of assumptions into one place.
Open the laboratory:
https://karlesmarin.github.io/ghu-explorer/app/
🎬 The attached 49-second example is Gravity–gauge · 3D. Change the gauge kinetic function: the paired tensor/vector massive tower stays fixed, while source responses and the Wilson-line kinetic scale can change. The separate gauge-NN tower is an unprotected control. What does a mass spectrum leave undetermined?
What you can explore:
• Hierarchy, inverse scale design, rung counts and an atlas of 1,286 bulk contents.
• Potential equivalence, multiplets, parities, selection rules and the eta sign; the SU(4), SU(7) and 5D SU(3) reference calculators.
• A 5D SU(N) builder, paper models, 4D spectra and Kaluza–Klein towers, parameter scans and a combined model dossier.
• Exact rational anomaly ledgers, brane matter and proton-protection assignments.
• Ordinary and conjugate boundary conditions, orbifold classification and the relations connecting representatives.
• Brane kinetic terms, the 3D gravity–gauge example and an annotated literature catalogue.
Each model keeps its own assumptions. The 3D example computes a kinetic scale; it does not predict a Higgs mass.
Book spotlight: Testing Einstein
A new open-access book examines the long history of efforts to confirm and measure effects predicted by Einstein’s general theory of relativity.
Books by Einstein at PG:
https://www.gutenberg.org/ebooks/author/1630
Revisiting a Young Isaac Newton
by Katie Neith, edited by Robert Egan
https://phys.org/news/2026-09-revisiting-young-isaac-newton.html#goog_rewarded
Newton's Principia at PG:
https://www.gutenberg.org/ebooks/76404
For those working on high-dimensional algebraic computations, physics simulations, or geometric deep learning, I've open-sourced a two-tier Python ecosystem for hypercomplex number systems:
1. hypercomplex-engine: Focuses on the computational substrate. It generates cross-validated multiplication tables for standard, split, and dual algebras, and includes an \(O(1)\) closed-form bitwise sign evaluator capable of handling massive word-RAM indices where standard \(O(4^n)\) table memory fails.
Link: https://github.com/maher1719/hypercomplex-engine
2. hypercomplex-algebra: A mathematically rigorous application layer built on top of the engine. It introduces a tokenized string-expression parser (e.g., 3e1 + 2eps_e2) and maps out component-wise tensor product multiplication across mixed algebra slots with explicit error boundaries.
Link: https://github.com/maher1719/hypercomplex-algebra
Both libraries are pure Python 3.10+, can be downloaded with pip, rely only on NumPy, and feature automated cross-validation tests aligning the recursive holographic models with the closed-form bitwise outputs.
#AbstractAlgebra #HypercomplexNumbers #Python #Math #Physics #OpenSource #Cayleydickson #algebra
