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The Iceberg of Reality: What the World Is Really Made Of
A plain-language version of “Iceberg of Reality”
The short version
This paper says our everyday view of the world is just the surface. Underneath lie deeper layers—quantum uncertainty, fields, information, and finally pure existence itself—that science keeps uncovering.
How we used to see the world
For a long time, people thought the universe worked like clockwork. Objects had exact locations and speeds. Matter was tiny solid balls. Energy moved in waves. Forces like gravity and magnetism seemed completely separate. This view matched daily life and helped build machines. But it was only the tip of a much larger hidden structure.
The quantum world beneath
Hot objects gave off light in ways that old rules could not explain. One old rule predicted infinite energy, which made no sense. In 1900, Max Planck fixed this by proposing that energy comes in tiny packets, not continuous flows. This started quantum theory.
Tiny things like electrons act as both particles and waves. They can exist in many states at once until someone looks at them. Looking forces them into one definite state. This jump from many possibilities to one result puzzles scientists still. But when tiny things interact with their surroundings, they quickly seem definite again. This explains why our large world looks solid and fixed.
Fields, not solid objects
Going deeper, even "particles" are not solid dots. They are ripples in invisible fields that fill all space. An electron is a vibration in the electron field. A photon is a ripple in the light field. Matter is not stuff sitting still. It is ongoing activity.
Mass itself comes from moving through a special field called the Higgs field. The Higgs boson discovery in 2012 confirmed this. Forces arise from particles tossed between fields, like a game of catch.
Information and heat
Heat and energy types blur into one idea: information we lack. Entropy measures missing information about tiny arrangements we cannot see. The second law of thermodynamics—things get more disordered—simply means systems drift toward more common arrangements.
The solution: gathering information costs energy. Erasing information releases heat. Information is physical. Time's arrow comes from the universe starting in an unusual orderly state and moving toward ordinary messiness.
Everything is motion
At a deep level, even mass is motion. Most mass in protons and neutrons comes from quarks moving and gluon fields binding them, not from the Higgs field. Some think electron spin itself comes from rapid internal motion.
Symmetry makes the rules
The deepest rules come from symmetry. If physics works the same at all times, energy stays constant. If it works the same everywhere, momentum stays constant. Forces themselves come from requiring theories stay unchanged under certain shifts. The rules are not arbitrary. They are forced by underlying mathematical patterns.
Space and time may not be basic
Einstein showed matter curves space and time, and that curvature is gravity. But space and time themselves might emerge from something deeper, like water flow emerges from molecules. Some theories say gravity comes from information differences, not from geometry. These ideas fit some cosmic data without needing dark matter or dark energy.
Information as the root of all
Some think the world is built from information itself. Every physical thing might come from yes-no answers to questions. The holographic principle says a volume's information fits on its boundary, like a 3D image from a 2D surface. Black hole puzzles about lost information may solve through quantum links across space.
What the paper does not show
The paper does not prove that information is truly the base of reality. It does not resolve why anything exists at all. It notes that space and time as emergent properties remain speculative. It admits that some quantum ideas, like faster-than-light motion inside particles, await experimental test. The deepest level—why there is existence rather than nothing—may lie beyond science entirely.
Words used here
- entropy
- a measure of how much detail about tiny parts is missing when we only see the big picture
- quantum
- the realm of very small things where definite properties become fuzzy possibilities
- superposition
- existing in multiple states at once until observed
Learn more in plain language
- Black holeSimple English Wikipedia
- ThermodynamicsSimple English Wikipedia
- Wave–particle dualitySimple English Wikipedia
- General relativitySimple English Wikipedia
- Quantum entanglementSimple English Wikipedia
- EntropySimple 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
The human quest to understand the cosmos has been a journey of progressively stripping away familiar assumptions. Each deeper layer of reality, revealed by physics, shows that our previous conceptions were not false but incomplete models—effective approximations of a stranger, more abstract, and deeply interconnected underlying truth. Our understanding of the physical world can be visualized as an iceberg: the familiar, surface-level laws of classical physics are just the tip, built on a succession of foundations—quantum, thermodynamic, geometric, and informational—that descend into the profound depths of existence.
The abstract, verbatim, and its opening sentence is the claim. Every line below is quoted from the text.
Numbers it reports
Over 99% of their mass does not come from the Higgs-derived mass of their constituent quarks.
from Mass From Motion:As mathematically quantified by Claude Shannon in 1948 and related to statistical mechanics by Ludwig Boltzmann ($S = k_B lnW$), entropy measures the number of microscopic arrangements (microstates) that are indistinguishable from a single macroscopic state.
from Entropy As an Informational
How it is done
While agreeing with experimental data at low frequencies, it catastrophically predicted that as frequency increased, energy density would rise without bound, approaching infinity as wavelength approached zero.
from Thethe Cost of Information The paradox of “Maxwell’s Demon”—a thought experiment that appeared to violate the Second Law of Thermodynamics by reducing entropy without doing work—was resolved by recognizing information as a physical quantity.
from Maxwell’s Demon andEmmy Noether’s Theorem , a cornerstone of modern physics, reveals that conservation laws are not arbitrary rules but are the direct mathematical consequences of these symmetries.
from Level 6:Theorem: The Blueprint for Conservation Noether’s theorem establishes an inextricable link between continuous symmetries in physical systems and conserved quantities.
from Noether’s
What would falsify it
The relativistic Dirac equation predicts a rapid, microscopic “trembling motion” ($Zitterbewegung$) for a free electron.
from Spin As Motion:This paradigm, which successfully predicts aspects of Modified Newtonian Dynamics (MOND) without invoking dark matter and fits some gravitational lensing data, offers an alternative to Einstein’s geometric description by deriving gravity thermodynamically.
from Entropic Gravity andTheory/Framework Core Mechanism Key Prediction(s) Supporting Evidence / Concepts Entropic Gravity Entropic force from information/entropy differences on a holographic screen.
from Entropic Gravity and
Where the claim stops
Iceberg of Reality: Deconstructing Our Physical World Author: Rowan Brad Quni-Gudzinas Affiliation: QNFO Email: rowan.quni@qnfo.org ORCID: 0009-0002-4317-5604 ISNI: 0000000526456062 DOI: https://papers.qnfo.org/papers/iceberg-of-reality/ Version: 1.0 Date: 2025-09-04 The human quest to understand the cosmos has been a journey of progressively stripping away familiar assumptions.
from TheEach deeper layer of reality, revealed by physics, shows that our previous conceptions were not false but incomplete models—effective approximations of a stranger, more abstract, and deeply interconnected underlying truth.
from TheJust Below the Waterline (The Quantum Bridge) Submerging slightly, we find that the solid, predictable classical world is an emergent illusion, built upon a foundation of quantum uncertainty.
from Level 2:
Where to read
Read from the paper itself: 68 sections, 7,521 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.