Wave-Particle Duality and the Nature of the Quantum State
Explores why particles behave like waves, why waves exhibit particle-like properties, and what the wavefunction may represent.
First paper availableResearch Prelude
Prelude to the Nilpotent Symmetry Research Project
A twelve-week exploratory discussion series introducing key questions in quantum foundations, symmetry, spacetime, the Standard Model, and the wider conceptual landscape surrounding SYMMETRIA.
Why this series exists
The Nilpotent Symmetry Research Project is intended to be a structured research effort rather than a loose collection of speculative claims. This prelude series gives readers a guided route into the problems that motivate the project, while keeping the tone exploratory, cautious, and open to revision.
Each topic is designed as a starting point for reflection and future development. The aim is not to declare final answers, but to clarify the questions, outline the conventional view, and explore how SYMMETRIA might eventually contribute to a deeper symmetry-based framework.
Twelve-week structure
The Discussion Series
The series is grouped into four stages, moving from familiar quantum puzzles through to the more ambitious concepts associated with SYMMETRIA.
Category I - Quantum Mysteries Revisited
How SYMMETRIA clarifies the strangest features of quantum mechanics.
Entanglement, Nonlocality and Quantum Information
Investigates how particles remain correlated across distance and how information may be encoded within shared symmetry structures.
PlannedSchrödinger's Cat, Observation and Reality
Examines measurement, observer-dependence, and the transition from potential to actual states.
PlannedCategory II - Unifying Quantum Mechanics and General Relativity
The greatest challenges in physics and how SYMMETRIA may address them.
Why Quantum Mechanics and General Relativity Refuse to Merge
Looks at the mathematical and conceptual incompatibilities between the two major pillars of modern physics.
PlannedSpace, Time and the Illusion of Spacetime
Explores time, dimensional emergence, and the possibility that spacetime is not fundamental.
PlannedGravity as an Emergent Symmetry Effect
Considers whether gravity may arise from large-scale constraints within a deeper symmetry structure.
PlannedCategory III - The Cracks in the Standard Model
Unresolved issues within current physics that SYMMETRIA may illuminate.
Why Is There More Matter Than Antimatter?
Investigates matter dominance and whether asymmetry may emerge from vacuum symmetry selection.
PlannedWhat Gives Particles Their Mass?
Discusses the Higgs mechanism and the possibility of interpreting mass as a symmetry collapse effect.
PlannedDark Matter, Dark Energy and the Missing Universe
Addresses hidden sectors, missing mass-energy, and the possibility of deeper symmetry contributions.
PlannedCategory IV - New Physics Predicted by SYMMETRIA
Novel predictions and higher-order concepts.
Hypersymmetry: Beyond Supersymmetry
Introduces SYMMETRIA's higher-order organisational principle and its possible relationship to layered fields.
PlannedThe Ethical Constraint Field and the Limits of Reality
Examines stability constraints, vacuum organisation, and the role of ethical constraint concepts within the framework.
PlannedConsciousness, Information and the Future of Physics
Discusses information, consciousness, noetic ideas, and the most speculative boundary of the SYMMETRIA framework.
PlannedFirst discussion paper
Part I - Wave-Particle Duality
The first paper explores one of the founding puzzles of quantum mechanics: how light and matter can display both wave-like and particle-like behaviour. It introduces the conventional physics background before presenting the SYMMETRIA interpretation as a possible projection of deeper nilpotent symmetry states.
This page currently acts as a preview layout. Full papers can later be added as dedicated pages or downloadable PDFs once the series structure has been approved.
Available now
Part I - Wave-Particle Duality
The first discussion paper is now available to read online or download as a PDF. It introduces the quantum foundations problem of wave-particle duality before presenting the SYMMETRIA interpretation as an exploratory symmetry-based perspective.
Exploratory status
These discussion topics are preparatory and conceptual. They should not be read as experimentally validated conclusions. Their purpose is to clarify the questions, invite discussion, and prepare the ground for the Nilpotent Symmetry Research Project and the Nilpotent Consistency Programme.