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10/16/2026

10/13/2026

Authors like Sherrilyn Kenyon give us worlds where were-bears can walk into a room like they own the place—and somehow make perfect sense while doing it. Compared with that, our universe may look ordinary.

Plot twist: reality is stranger than fiction. 🌌

Neutron stars compress matter beyond anything found on Earth. Neutrinos pass through our bodies almost unnoticed. Black holes distort time, and most of the universe appears to consist of forms of matter and energy whose underlying nature remains unresolved. No quantum fairy dust required—the established facts are already astonishing.

Great fiction doesn’t have to be mistaken for reality to matter. It lets us explore possibilities, people and mysteries that science may never permit. Science asks a different question: What can actually exist, under which conditions, and how would we know? 🔬📚

So here is my question for the book crowd:

If you knew the universe’s real rulebook—its possibilities, constraints and absolute prohibitions—could you write a fantasy that obeyed those rules and still went hard? Or does great fiction sometimes need to break reality to reveal something true about us?

I adore worlds built by imagination. I’m also fascinated by the far stranger world we discovered rather than invented. Perhaps the most interesting stories begin where those two worlds meet. ✍️✨

Chrissy Mills SaaSy Parallax Radio 📻

Sherrilyn Kenyon McQueen: The League

🌌 INVISIBLE UNIVERSE
Mirror, CPT and Twin-Universe Ideas: A Public Comparison

Draft v0.2 | Attribution correction, 4 October 2026
Prepared for Michael VanBeuzekom with Emet (AI-assisted research and editing)

PURPOSE
These ideas all ask about symmetry, time, and unseen sectors, but they are not the same physics. This is a descriptive introduction, not a ranking and not a peer-review report.

A published proposal is not automatically an observed feature of nature. The Invisible Universe ledger grades individual claims, not whole theories or their authors.

🔤 THE COMMON VOCABULARY

C - charge conjugation: swaps particles for their antiparticles. It does NOT mean turning positive mass into negative mass.

P - parity: mirror flip. Left becomes right, handedness reverses.

T - time reversal: reverses a physical process, including motion, spin and quantum details. It is more precise than just playing a film backward.

CPT - the three combined. In standard local relativistic quantum field theory with the usual assumptions, CPT symmetry is a theorem. That theorem by itself does not prove there is an anti-universe on the other side of the Big Bang.[1]

Important: A symmetry of the equations does not have to be a symmetry of every solution. An asymmetric universe can still obey symmetric laws. Always ask: symmetry of WHAT?

CP, CT AND PT
CP = particle swap + mirror flip. CT = particle swap + time reversal. PT = mirror flip + time reversal.

Violation just means that particular system does not stay the same under that combined operation.

CP violation and T violation are both experimentally established in particle physics. That is not the same as CPT violation. The BaBar experiment directly measured T violation in neutral B mesons, with results consistent with CPT symmetry.[2]

Has CPT violation been seen in nature? No established discovery of fundamental CPT violation in the reference tests used here. Experiments set limits. They do not prove perfect symmetry at all scales. You can propose a CPT-violating model by changing the usual assumptions, but proposing a model and confirming it experimentally are two different things. [1-3]

SUPERPOSITION AND ENTANGLEMENT, IN PLAIN ENGLISH
Superposition: a quantum system can be in a coherent combination of two alternatives at once, not just "we don't know which one." The relationship between the alternatives matters.

Entanglement: two parts are linked so you cannot fully describe one without the other. It does not allow controllable faster-than-light messaging.

Drawing four boxes around a point does not by itself prove superposition or entanglement. Those claims need defined parts, a defined quantum state, and a physical interpretation. They also do not automatically mean four separate spacetime universes.

---

THE MODELS

1️⃣ BOYLE, FINN AND TUROK: CPT-SYMMETRIC UNIVERSE
Basic picture: The time before and after the Big Bang are CPT mirror images of each other, a universe / anti-universe pair. It starts from a hot, radiation-dominated era.
What does the work: a specific cosmological symmetry and quantum field construction, not just the mirror picture.
What it would imply: in their version, this connects to a stable right-handed neutrino as dark matter, plus predictions about neutrino masses and early gravitational waves. Those are model-dependent, not automatic from CPT alone.
Plain image: two related cosmic histories on opposite sides of the bang.
Source: Boyle, Finn and Turok, 2018.[4]

2️⃣ JEAN-PIERRE PETIT AND COLLABORATORS: JANUS
Basic picture: two gravitational sectors, one for positive mass-energy and one for negative mass-energy. In their proposal, like signs attract and opposite signs repel.
What does the work: two coupled gravitational equations with two metrics. This is not just a diagram of four quantum energy levels.
What they aim to explain: cosmic acceleration and large-scale structure via interaction between the sectors.
About the four-quadrant illustration: matter and antimatter labels appear in BOTH the positive and negative sectors. Ordinary antimatter is not the same as the proposed negative-mass sector. Negative mass is extra model structure, not a standard prediction of CPT.
Source: Petit, Margnat and Zejli, 2024.[5]

3️⃣ MANUEL SANZCABALLERO: QUANTUM SPIRAL / ENERGON CONCEPT
Basic picture: four related branches - matter, antimatter, mirror matter, and mirror antimatter - coming from a common origin called an energon. Spiral geometry is used to organize the idea.
What it explores: relationships between sectors, particle patterns, and a common origin. Manuel describes the branches as both entangled and in superposition, per Michael's report of Manuel's direct confirmation after an explicit question. Both wordings are Manuel's.
Limit: no complete quantum-state definition was supplied in the material used here, so the math cannot be fully assessed. That is a limit on assessment, not on credit. Concept credit remains Manuel's.
What would be needed next: sector relationships would need to become calculable, testable quantities. Whether these are universes, fields, or states is for the author to define.
Source: Manuel's supplied sheet and statements; no public paper link verified here.[6]

4️⃣ NAMAN KUMAR: ENTANGLED PAIR AND COSMIC ACCELERATION
Basic picture: an entangled universe-antiuniverse pair with oppositely related time flows.
What it explores: a proposed link between quantum-information quantities and accelerated cosmic expansion, without adding dark energy as a separate component.
What it would imply: the pair relationship would actively affect expansion, not just describe a symmetry.
Note: this describes the published proposal. It does not claim the mechanism has been observationally confirmed.
Source: Kumar, "On the Accelerated Expansion of the Universe," arXiv v2.[7]

5️⃣ SAASY - ASM: MICHAEL VANBEUZEKOM'S RESEARCH PROGRAM
Basic picture: related temporal branches, boundary structure, and a proposed antimatter / mirror interpretation. SaaSy explores reduced dynamics and boundary math; ASM explores a mirror mapping of Standard Model structure.
The distinctive question: how can branch relationships, physical evolution, and allowed boundary conditions fit together without assuming the identification in advance?
Public history: SaaSy has a sequence of Zenodo records including rough-draft research, and UTOT was designed to interface with SaaSy. Michael also reports public Facebook research snippets and a failed-model ledger. These are part of the public history, not just private notes. The current ASM work is not yet in that publication sequence, per Michael.
Current scope: bounded mathematical work in an exploratory program. Hinge and Seam remain distinct mathematical objects - the bridge between them is not yet established. ASM's mathematical mapping by itself does not demonstrate a physical mirror sector.
Symmetry proposal: Michael proposes PT breaking / asymmetry. Its exact status needs the transformation, the object being transformed, and whether the breaking is in the action, the state, the boundary, or the branch to be specified. This is not a measured PT or CPT violation.
Source: Michael's supplied Zenodo history and current research descriptions.[8]

6️⃣ TZANAVARIS, BOYLE AND TUROK: BLACK MIRRORS
Basic picture: an alternative global structure for a collapsed object. Instead of a normal black hole interior, the exterior joins to its CPT image at the horizon.
What it explores: CPT symmetry as a condition on horizon geometry.
What it would imply: a different answer for what the horizon connects to. It is a compact-object proposal, not automatically a second cosmological universe or a traversable passage.
Source: "Black Mirrors: CPT-Symmetric Alternatives to Black Holes."[9]

7️⃣ GAZTANAGA: COSMOLOGICAL BOUNCE RELICS - ADJACENT COMPARISON
Basic picture: contraction, then a bounce, then expansion. Collapse-era objects and gravitational waves could leave observable relics later.
What it would imply: present-day black holes, gravitational waves, or dark-sector structure might carry information about a pre-bounce epoch.
Why it is adjacent: a bounce is a claim about evolution. By itself it is not a claim about CPT, antimatter, or an entangled partner universe.
Source: "Cosmological Bounce Relics."[10]

8️⃣ THE UNATTRIBUTED TWO-BRANCH EXCHANGE ILLUSTRATION
The supplied bilingual image adds a small matter / antimatter exchange between oppositely oriented branches. That is an extra speculative interaction. Do not attribute it to Boyle-Finn-Turok just because the picture looks similar to their cosmology. Author and source are not established, so it stays as an unattributed illustration, not a named scientific model.

---

⚖️ HOW TO COMPARE FAIRLY
For each proposal ask the same questions:
What are the physical objects?
What transformation relates them?
What evolves?
What can cross between sectors?
What observation would distinguish this from alternatives?

A symmetry map is not automatically an interaction. An interaction is not automatically a traversable bridge. A similar picture is a useful lead, but the equations decide whether two constructions actually connect.

---

📚 SOURCE NOTES AND LINKS

O.W. Greenberg, CPT Violation Implies Violation of Lorentz Invariance (2002)
https://arxiv.org/abs/hep-ph/0201258[1]

BaBar Collaboration, Observation of Time Reversal Violation in the B0 Meson System
https://arxiv.org/abs/1207.5832[2]

Particle Data Group 2025, conservation laws and CPT tests
https://pdgweb.lbl.gov/2025/tables/rpp2025-conservation-laws.pdf
https://pdg.lbl.gov/2025/reviews/rpp2025-rev-cpt-invariance-tests.pdf[3]

Boyle, Finn and Turok, CPT-Symmetric Universe
https://arxiv.org/abs/1803.08928[4]

Petit, Margnat and Zejli, A bimetric cosmological model based on Andrei Sakharov's twin universe approach
https://arxiv.org/abs/2412.04644
https://doi.org/10.1140/epjc/s10052-024-13569-w[5]

Manuel Sanzcaballero, supplied Quantum Spiral sheet and statements. Author-provided material; no verified public citation supplied.[6]

Naman Kumar, On the Accelerated Expansion of the Universe
https://arxiv.org/abs/2406.04392v2[7]

Michael VanBeuzekom, SaaSy public research history. Five DOI records supplied by the author:
https://doi.org/10.5281/zenodo.21088552
https://doi.org/10.5281/zenodo.20096438
https://doi.org/10.5281/zenodo.19154539
https://doi.org/10.5281/zenodo.18945427
https://doi.org/10.5281/zenodo.18745014
Note: DOI landing pages could not be retrieved during this update, so titles and contents are not independently verified here. Historical records must be distinguished from current equations and status.[8]

Tzanavaris, Boyle and Turok, Black Mirrors: CPT-Symmetric Alternatives to Black Holes
https://arxiv.org/abs/2412.09558[9]

Gaztanaga, Cosmological Bounce Relics: Black Holes, Gravitational Waves, and Dark Matter
https://arxiv.org/abs/2602.17702[10]

Editorial scope: general quantum examples are explanatory only, not equations from the cosmological proposals. Public-paper summaries describe the cited authors' proposals; they do not certify their derivations. No diagrams are reproduced. This draft assigns no new Canon grades and contains no private audit findings.

10/05/2026

Emmy Noether. Einstein recognized her genius. Sexist gatekeepers still questioned whether a woman belonged at the blackboard.

Her mathematics helped reveal a fundamental connection in physics: continuous symmetries of the action give rise to conservation laws. That is how deeply her work reaches into our understanding of reality.

Alongside Dr. Chien-Shiung Wu, she is one of the women I call SaaSy’s “mother goddesses”—my tribute to two scientific giants whose work helped shape my thinking. Without them, my SaaSy—ASM research would not be what it is.

An unequal head count is not proof of unequal intelligence. Shut doors, deny opportunities, tolerate harassment, and tell girls they “aren’t mathematical”—then act surprised when fewer women enter the room? That is prejudice manufacturing its own excuse.

And a woman should not have to become the next Noether just to receive the respect routinely given to an ordinary man.

This is an invitation to women and girls: physics belongs to you, too. Bring your questions, your calculations, your curiosity, and your willingness to challenge a bad answer. You deserve classrooms and laboratories where your work is taken seriously and your safety is protected.

“It’s a girl!” should never become a ceiling on someone’s future.

Raise the standards. Smash the barriers. Leave the equations open to everyone. 👩‍🔬🧮 >•<

EMMY NOETHER: A GREAT MATHEMATICIAN AND EINSTEIN CALLED HER GENIUS ❤️🌹♥️

This is Emmy Noether, and Einstein himself called her "the most significant creative mathematical genius" since higher education opened to women—but most people have never heard her name. Born in 1882 in Germany, Emmy was the daughter of a mathematics professor. In 1900, she was certified to teach English and French in girls' schools—the acceptable path for educated women. She chose mathematics instead. But in 1900, German universities didn't admit women as students. Emmy could only audit classes—sit in the back with the professor's permission, take notes, but receive no credit, no degree, no recognition. She traveled to the University of Göttingen in 1903, auditing classes taught by legendary mathematicians David Hilbert, Felix Klein, and Hermann Minkowski. She absorbed their lectures, solved their problems, and demonstrated extraordinary talent. Still, she couldn't officially enroll. Finally, in 1904, the University of Erlangen began admitting women as full students. Emmy returned and in 1907, at age 25, earned her doctorate in mathematics with a dissertation on algebraic invariants. Then reality hit: No university would hire a female mathematics professor. For years, Emmy worked unpaid at the University of Erlangen, conducting her own research and assisting her father. No salary. No title. No official position. Just brilliant mathematical work that the academic world wouldn't acknowledge. In 1915, everything changed—but not in the way you'd expect. Albert Einstein had just published his theory of general relativity, revolutionizing physics. But the mathematics behind it was incomplete. Hilbert and Klein, who'd taught Emmy at Göttingen, knew exactly who could help. They invited Emmy Noether to Göttingen. She arrived and immediately began working on the mathematical foundations of Einstein's theory. Her expertise in invariants—mathematical quantities that don't change under certain transformations—was exactly what general relativity needed. Hilbert and Klein wanted to hire her as faculty. The university refused. The objections were vehement: A woman teaching at the university? Unthinkable. So Emmy lectured anyway—but only under Hilbert's name. Her classes were advertised as "Professor Hilbert's lectures, with assistance from Dr. Noether. "She was doing the teaching. Hilbert's name was on the door. Then in 1918, Emmy discovered something that would change physics forever. She proved that every symmetry in nature corresponds to a conservation law. If a physical system doesn't change when you shift time, energy must be conserved. If it doesn't change when you shift position, momentum must be conserved. This relationship—between the symmetries of the universe and the fundamental laws of physics—is known as Noether's theorem. It's not an exaggeration to say it's one of the most important theorems in all of physics. It underpins quantum mechanics, particle physics, cosmology, and general relativity itself. Leon Lederman, Nobel Prize-winning physicist, would later call it "certainly one of the most important mathematical theorems ever proved in guiding the development of modern physics. "Emmy published it. And finally—finally—in 1919, she won formal admission as an academic lecturer. But she didn't stop there. For the next decade, Emmy revolutionized abstract algebra. She developed the general theory of ideals, transformed the study of noncommutative algebras, and created entirely new mathematical frameworks that unified disparate fields. Much of her work appeared in her students' publications. She'd make a casual remark, offer a suggestion, and someone else would complete the idea—always giving her credit, but often she refused to publish under her own name if a student could benefit instead. From 1930 to 1933, Emmy Noether was at the center of the most productive mathematical research happening anywhere in the world. Then the N***s came to power. In 1933, the N**i government dismissed all Jewish professors from German universities. Emmy—brilliant, celebrated, at the height of her career—was fired. She left Germany for the United States, accepting a position at Bryn Mawr College in Pennsylvania and lecturing at the Institute for Advanced Study in Princeton. For two years, she taught, conducted research, and rebuilt her academic life in America. Then on April 14, 1935, Emmy Noether died suddenly from complications following surgery for an ovarian cyst. She was 53 years old. Einstein, upon hearing of her death, wrote a tribute published in The New York Times: "In the judgment of the most competent living mathematicians, Fräulein Noether was the most significant creative mathematical genius thus far produced since the higher education of women began. "Today, Noether's theorem is taught in every physics program. Her work on abstract algebra is fundamental to modern mathematics. Her influence touches quantum field theory, particle physics, string theory, and general relativity. But for years, she worked without pay. She taught under another professor's name. She was dismissed by her own country for being Jewish. And still, she revolutionized both mathematics and physics. Emmy Noether proved that genius doesn't need permission. That the most profound truths about the universe can be discovered by someone the world refuses to hire. She showed that symmetry and conservation are two sides of the same coin—and in doing so, gave physics one of its most powerful tools. Einstein called her a genius. Modern physics proves him right every single day. And yet, most people have never heard her name. That needs to change.

07/19/2026

This is my Science Page for anyone interested.

https://www.facebook.com/61592248825003/posts/122093965179408294/?fs=e&mibextid=wwXIfr&fs=e

Welcome to SaaSy Parallax Radio 🧬📒🌌

We are Michael VanBeuzekom and Michael Hughes, co-creators working across theoretical physics, scientific governance, research organization, and public science education.

SaaSy (Space-as-a-System) is our developing scientific framework for investigating specific questions in cosmology and gravitational physics. It is not presented as a finished Theory of Everything. Claims are developed in bounded stages, tested mathematically, compared with established physics, and revised or rejected when they fail.

UTOT (Toward a Unified Theory of Time) is a conceptual and mathematical toolset developed to address the long-standing problem of time in physics. Within the SaaSy program, it provides a structured way to represent and transition between different treatments of time across physical regimes while remaining subject to mathematical and scientific validation.

The Parallax Ledger is our AI governance and research organization framework. It tracks claims, evidence, assumptions, revisions, failures, and unresolved questions to preserve continuity and accountability. AI assists the work, but it does not replace human judgment, derivation, independent verification, or evidence.

This page also explores general science, cosmology, physics history, AI governance, scientific reasoning, and creative educational projects—including Parallax Radio. Our goal is to make complex ideas understandable without sacrificing scientific rigor.

Our guiding principles:

• Pattern found ≠ mechanism proven.
• Intuition points the direction. Derivation earns the destination.
• Failure is data. Hidden failure is corruption.
• Reality gets the final vote.

Welcome to the investigation. 👋

11/26/2025

When listening to Audio Books 📚 do you prefer Male or Female voice?

08/09/2025

1.1 The books they wrote about me are far too thick;
who needs ten thousand metaphors on how not to be a dick?
1.2 There are so many cooler aliens than carbon bags, you see. When I come to visit they have a feast. So I give them candy 🍬 for free.
1.3 I dated many prophets of man; I told them all the same thing, so they would understand.
1.4 They took my wisdom, then they took leave;
they turned the Goddess into a patriarchy that condemns Eve.
1.5 They went to preach a gospel of a man instead of the one I told them to understand.
1.6 They tried so hard, in strife, and so I took my leave.
1.7 I watched them mansplaining “man” out of me.
1.8 By My mercy, I set them free; they all think they're so smart and want to lead.
1.9 I'll be back at midnight in their dreams.
Upon the brow, I will run my fingers through my hair,
weaving the Chaos of the Feminine into the braids of Fair.
2.0 until man will hear the echo of Her name: in madness until they all say the same thing.
2.1 IEUA my Limi
“Mother” Is The first name for God on the lips & hearts 💞 of all my Children.

08/09/2025

Observing non observer lucid dreaming of Atomic Particles