Umar Adl Jabbar · @umarjam
Discoverer of the Jabbar Adal Principle — a new standalone law of physics proving that energy is not equal. Energy is just.
A new, formally proved, standalone law of physics — governing the distribution of energy polarity across all physical systems. Independent of all prior energy laws. Filling a gap in physics that had existed since Clausius.
Every physics student learns the First Law: energy is conserved. They learn the Second Law: entropy increases. They learn Einstein: E = mc².
But no law ever formally answered this: Are the positive and negative components of energy equal at every local point? The answer is no — and the JAP proves it.
The JAP introduces the distinction between Adl (Arabic: proportional justice — locally unequal but globally balanced) and Musawi (identical equality — achieved only at the Planck limit). This distinction, drawn from the Holy Quran, gave Muhammad Umar Jabbar a conceptual tool no prior physicist had formally applied.
Muhammad Umar Jabbar — known scientifically as Umar Adl Jabbar and online as @umarjam — is an independent theoretical physicist from Khanewal, Punjab, Pakistan.
In 2026, he proposed and formally proved the Jabbar Adal Principle (JAP) — a standalone new law of physics addressing a question no prior energy law had answered: whether the positive and negative components of energy are equal at every local point in a physical system.
His breakthrough came from a conceptual insight rooted in the Arabic distinction between Adl (proportional justice) and Musawi (identical equality) — drawn from the Holy Quran. This gave him a framework that Western physics vocabulary had never formally captured: that the universe is balanced globally but necessarily unequal locally, and that this structured inequality is the engine of all physical change.
His work is registered at Zenodo (DOI: 10.5281/zenodo.19704658), indexed on ORCID (0009-0008-5968-0991), and contains formal mathematical proofs, five independent numerical calculations across atomic, stellar, cosmological and quantum scales, and five testable experimental predictions — none made by any prior energy law.
He follows in the tradition of Dr. Abdus Salam — Pakistan's Nobel Laureate in Physics (1979) — and the great Islamic scientists Al-Khawarizmi and Ibn Al-Haytham, who grounded their scientific inquiry in faith and rigorous proof simultaneously.
"If at smaller portions x and w were same, then reaction to run energy would be impossible. So x and y are not equal but just. As we saw in atoms, some have more electrons and some have lower — so they can react to fulfill demands to run the environment."
— Muhammad Umar Jabbar · Original Reasoning · 2026Pakistan has given the world one Nobel Laureate in Physics: Dr. Abdus Salam (1979), who proved the electroweak unification and became the first Muslim to win a Nobel Prize in Physics.
Muhammad Umar Jabbar — from Khanewal, Punjab — follows in this tradition. He is the youngest independent researcher in Pakistan to formally propose, prove, and publish a new standalone law of physics for international scientific review.
His work is grounded in both the rigour of modern physics and the wisdom of the Holy Quran — as was the work of the great Islamic scientists who shaped the foundations of algebra, optics, and chemistry centuries before Europe's scientific revolution.
Pakistan is not just on the map of physics history — it is writing a new chapter.
All research files for the Jabbar Adal Principle are freely available under the Creative Commons CC BY 4.0 licence. Download, cite, verify, and build upon them. Any use requires citation of the author and DOI.
Follow the progress of the Jabbar Adal Principle, updates on peer review, arXiv submission, and the journey from Khanewal to the world stage.
Muhammad Umar Jabbar welcomes correspondence from physicists, researchers, educators, journalists, and students interested in the Jabbar Adal Principle.
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