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A New Way to Think About Physics Using Two Special Numbers
A plain-language version of “Review of Infomatics and Π-φ Physics Reformulation”
The short version
This paper presents a new theory called Infomatics. It tries to describe all of reality using information as the basic building block. The theory also rewrites the laws of physics using two special numbers from math.
What Infomatics means
The paper says that everything that exists comes down to information. Something exists if it can hold different kinds of information at any level of detail. The theory uses five basic ideas to describe any system.
The first idea is contrast. This measures how different two pieces of information are. Think of it like the gap between light and dark, or hot and cold.
The second idea is resolution. This is the level of detail you can see. Looking at a photo on your phone uses one resolution. Zooming in very close uses another.
The third idea is sequence. This is an ordered set of information states. It is not the same as time moving forward.
The fourth idea is repetition. This counts how often states come back again.
The fifth idea is mimicry. This measures how two systems match each other even when far apart. The paper links this to a well-known test in quantum physics.
How the theory sees time and change
The paper says time is not basic to the universe. Instead, time emerges from sequences and resolution together. Change happens when one state in a sequence differs from the next. This removes the need to treat time as its own thing.
The paper also says that existence keeps moving between different resolution states. It never stops existing entirely. This is called the Eternal Transition idea.
Rewriting physics with two special numbers
The paper replaces the usual constants in physics with two numbers from math. These are the circle number and the golden ratio. The circle number relates to cycles and round shapes. The golden ratio relates to patterns that repeat at different sizes.
The paper changes many famous equations. The Schrödinger equation gets new constants. The Dirac equation changes too. Maxwell's equations for light now give a speed of light equal to the circle number divided by the golden ratio. Einstein's equations for gravity also get modified.
The paper proposes new basic units for length, time, and action. The old Planck length becomes a fractal refinement of the new length unit.
What the theory tries to explain
The paper applies Infomatics to many areas. These include quantum systems, planets in motion, heat flow, brains and social groups, black holes, and whether machines can be conscious. The theory claims to work across all these scales.
The paper says discreteness comes from the observer, not from nature itself. It also says forces in nature might unify through cycles and scaling patterns.
What remains unproven
The paper does not prove that this new framework is correct. It states that the math needs more work. The units and dimensions need careful checking. The predictions need real tests against experiments.
The paper lists possible tests. These include small shifts in how electrons behave in magnetic fields. They also include changes to how gravity waves look, and different patterns in hydrogen light. But none of these tests have been done yet.
The paper admits that making the math fully rigorous is still in progress. Building the tools for quantum field theory in this new form remains unfinished.
Words used here
- contrast
- how different two things are when you compare them
- resolution
- the level of fine detail you can see or measure
- mimicry
- how much two distant things match each other
- fractal
- a pattern that looks similar at every scale, like a coastline seen from far and near
Learn more in plain language
- Golden ratioWikipedia (English, more technical)
- Quantum entanglementSimple English Wikipedia
- MimicrySimple English Wikipedia
This plain-language version was written by an AI model from the text of the paper and checked against plain-language rules: everyday words, no mathematics, no unexplained names. It leaves details out and can still be wrong; the paper is the source of record. To report a problem, open the paper, select the passage and choose Report.
For specialists: the technical digest, quoted from the paper
In the paper's words
This summarizes the main themes and important ideas focused on introducing and developing a novel theoretical framework called Infomatics (Information Dynamics) and its application to reformulating fundamental physics using mathematical constants π and φ (the golden ratio). Infomatics is presented as a foundational framework aiming to describe reality through the lens of information. It posits that existence itself is tied to the capacity to encode distinguishable information at any resolution.
The abstract, verbatim, and its opening sentence is the claim. Every line below is quoted from the text.
Numbers it reports
No sentence of this paper reports a figure with a unit or a quantity word, so none is shown.
How it is done
No section of this paper is shaped like a method, so no method sentence is quoted.
What would falsify it
The modified fine-structure constant ($\alpha_\pi = \frac{\pi e^2}{\phi^3} \approx 0.085$) also predicts different splitting patterns in the hydrogen spectrum.
from Implications and PredictionsTestability: Focusing on deriving predictions that can be experimentally verified to validate or falsify the theory.
from Overall ThemesFurther development of the mathematical formalism and falsifiable tests are crucial for the advancement and acceptance of the Infomatics framework and its $\pi -\varphi$ physics reformulation.
from Key Takeaways
Where the claim stops
Commutation Relations: $[\hat{x}, \hat{p}] = i \hbar$becomes $[\hat{x}, \hat{p}] = i \pi$, leading to a tighter uncertainty principle: $\Delta x \Delta p \geq \frac{\pi}{2}$.
from Key Changes in Fundamental
Where to read
- Core Variables278 words · 1 min
- Key Concepts and Principles154 words · 1 min
- Applications and Examples101 words · 1 min
- $\Pi -\varphi$ Physics Reformulation365 words · 2 min
- Instruction Set49 words · 1 min
- Overall Themes109 words · 1 min
- Key Takeaways135 words · 1 min
Read from the paper itself: 12 sections, 1,234 words. Nothing in this digest is written by a model; a line that is not a sentence of the paper is not shown. Have a specific question? Ask this paper.