An independent archive of early scientific questions, hypothetical energy systems, materials investigations and product design. Read the ideas behind the inventions—not the unpublished manuscripts.
From a 2017 atomic-behavior honors study to experiments in charged-particle theory, gold-based materials, and adaptive glass interfaces.
ORIGINAL RESEARCH / VISUAL ARCHIVEEach illustrated card opens a dedicated, accessible research page, with the hypothesis, key questions, current limitations and a concise public brief.
ODD R&D / RESEARCH01 / 06
EXPLORE SOAB
2017 / FOUNDATIONAL RESEARCHAn early theoretical model of opposing interactions, energy, resistance and atomic-scale equilibrium.
READ PUBLIC BRIEF
ODD R&D / RESEARCH02 / 06
EXPLORE PROTON BATTERY
2019 / ENERGY CONCEPTInvestigating charged particles, hydrogen ionization and the limits of electrostatic energy storage.
READ PUBLIC BRIEF
ODD R&D / RESEARCH03 / 06
EXPLORE KINETICS
2019 / THERMODYNAMIC THEORYA study of energy cycles, theoretical boundary work and atomic-scale thermodynamic analogies.
READ PUBLIC BRIEF
ODD R&D / RESEARCH04 / 06
EXPLORE GOLD GLASS
2020 / MATERIALS SCIENCEExploring metallic glass, processing conditions and the theoretical optical behavior of gold.
READ PUBLIC BRIEF
ODD R&D / RESEARCH05 / 06
EXPLORE STARK
EARLY RESEARCH / ENERGYA research direction investigating ion confinement, proposed energy systems and conservation limits.
READ PUBLIC BRIEF
ODD R&D / RESEARCH06 / 06
EXPLORE SCREENBOARD
PRODUCT RESEARCH / INTERFACEAn adaptable glass touchscreen concept with a built-in roller-supported transition to typing mode.
READ PUBLIC BRIEFA more substantial look at the actual themes in the original studies. Each row separates the historical question from the later engineering problem it raises.
| Research source | What the original work explores | Engineering direction | Unresolved question |
|---|---|---|---|
| Study of Atomic BehaviorsDecember 2017 · Math 55 Honors | The proposed relationship between a driving influence, called Accersitum in the paper, and an opposing Resistance; equilibrium, energy, space, time and vibration. | Use two opposing arrows as the visual key for the author’s conceptual model. Explain how competing interactions could be described with mathematics. | Can the proposed definitions yield testable predictions distinct from established mechanics and atomic theory? |
| Proton BatteryMarch & October 2019 · Two drafts | Hydrogen charge separation; a later revision introduces plasma, ion confinement, particle collection and a proposed release stage. | Explore whether electrical storage or conversion could be associated with controllably separated charged particles. | How do input energy, charge confinement, recombination, losses and recoverable output compare in a complete energy balance? |
| Reactionary KineticsApril 2019 · Mathematical study | A heat-engine analogy applied to a simplified hydrogen atom; energy input and sink, pressure, boundary work, and an attempt at dimensional verification. | Identify where familiar thermodynamic bookkeeping helps describe an energy cycle and where an atomic-scale model requires different physics. | Are the assumed boundaries and physical units meaningful, and does the model obey conservation of energy? |
| Gold Glass & RevelationApril–May 2020 · Materials studies | Metallic-glass precedents, the challenge of pure gold, rapid solidification, optical transparency, strength, surface imperfections, and Revelation 21:21 as inspiration. | Examine whether an engineered gold-containing material could combine useful optical and mechanical characteristics. | Can transparency, amorphous structure and structural strength coexist in a measurable sample? Amorphous does not automatically mean transparent. |
| STARKEarly undated presentation · Energy concept | Exploratory thermodynamic and charged-particle research, with references to hydrogen plasma, confinement and proposed electrical-output experiments. | Develop falsifiable objectives and a complete input–output accounting framework for any future concept test. | Could an actual setup demonstrate energy conversion beyond the energy consumed by ionization and field control? |
| ScreenBoardUndated design sheet · Akopyan & Alejo | Clear mechanically repositionable keys above a 1080p multi-touch OLED; alternate layouts, gestures, finger drawing and stylus use. | Develop an adaptable glass interface that can transition between a smooth interactive surface and tactile key input; the roller concept is a later design refinement. | Can tight mechanical tolerances, reliable actuation and intuitive touch operation be combined without unacceptable wear or gaps? |
Dates are taken from dated manuscripts where available; undated concept materials are not assigned invented years. “Investigated” means proposed or discussed, not experimentally established.
Six compact public briefs show the intellectual substance behind the visual covers, along with the next scientific hurdle—not an invented result.
The 2017 manuscript discusses a proposed opposition between Accersitum and Resistance and uses it to reason about stable and changing states. Its broader sections extend to energy, space, time and vibrations.
A consistent variable definition, a dimensionally valid equation, and a prediction that can be compared with established physical laws.
READ SOAB PUBLIC PROFILE ↗The Proton Battery documents a progression from a 2019 initial charge-sorting proposal to a revised hydrogen-plasma and ion-trapping thought experiment. The defining idea is charged-particle management, not a proven battery.
Independent measurement of ionization input, confinement power, retained charge, released energy and conversion losses.
READ PROTON BATTERY PROFILE ↗The April 2019 paper takes heat-engine concepts—source, sink, work and cycle—and asks whether analogous interactions can be modeled within an atom. It attempts a boundary-work calculation and dimensional reasoning.
Justify the assumed model, correctly express energy units, and compare the analysis against quantum-scale energy states and conservation laws.
READ KINETICS PROFILE ↗The 2020 papers investigate gold-based metallic glass as a precedent, explore processing and surface strength, and connect the search for transparent gold to the imagery of Revelation 21:21.
Separate optical transmission from appearance, then test composition, structure and mechanical properties. A scripture-inspired question is not scientific proof.
READ GOLD GLASS PROFILE ↗The STARK presentations move toward proposed experimental objectives: charged-particle control, theoretical modeling and possible low-power output demonstration. These are proposed investigations, not laboratory outcomes.
Specify a reproducible baseline experiment and record every energy input, loss and output before drawing conclusions.
READ STARK PROFILE ↗The original ScreenBoard sheet describes transparent tempered-glass keys that stand upright or lie flat, with a screen beneath them, software-adjustable layouts and stylus input. Later design thinking adds a roller-based angular transition.
Confirm mechanical life, edge-gap tolerances, haptic feedback and touchscreen response in both flat and keyboard modes.
READ SCREENBOARD PROFILE ↗Recorded ideas, research questions and models from the original author’s work.
Readable, deliberately abstracted explanations that do not disclose protected construction details.
Measurements and physical validation remain separate requirements before performance claims can be made.
Dates indicate when the studies were written. A research hypothesis, even when illustrated dramatically, is not evidence of commercial or experimental validation.
Study of Atomic Behaviors considers interactions, resistance, equilibrium and the language of mathematics.
Proton Battery and Reactionary Kinetics investigate ion separation, hypothetical energy cycles and conservation-law constraints.
Gold Glass explores transparent metallic-material hypotheses. Related undated projects, including ScreenBoard, extend the inquiry into product design.
The original papers are retained privately. These are condensed, intentionally generalized summaries: no full PDF downloads, undisclosed manufacturing instructions or exact proprietary operating parameters.
The scientific content is presented as proposed research rather than as demonstrated performance. We preserve the original questions without inventing results.
No. Only public-safe summaries are published; private manuscripts and unreleased technical details remain off the website.
Research context, the key hypothesis, accessible engineering questions, unresolved constraints and an overview appropriate for prospective collaborators.
Not on the evidence supplied in the papers. These entries document historical hypotheses or conceptual designs. A working prototype or measured outcome would require separate verification.
It is an exploratory human–machine-interface design. It also appears in the invention portfolio, since it proposes a tangible device rather than only a theoretical model.