A public, non-enabling reference to four filed technology families. It records chronology, high-level scope, and related public work without hosting unpublished specifications, claim sets, private implementation details, tuning parameters, or filing forms.
Filing status: four U.S. patent-application families are listed below with dated filing chronology. “Patent pending” is used for filed, pending applications; examination and grant status are updated from the official record when public.
Current public status
Four filed application families.
Only information appropriate for public reference is presented here. Official USPTO publication numbers and links will replace the pending placeholders when they become publicly available.
Technology family
Earliest filing
Current public stage
Official publication
Persistent wave memory
May 20, 2025
Nonprovisional pending
Not yet listed
Coherent field generator
May 21, 2025
Updated provisional filed
Not yet listed
WaveLock and drift detection
June 18, 2025
Nonprovisional pending
Not yet listed
Solid-state frequency reference
December 18, 2025
Provisional filed
Not yet listed
Public portfolio last reviewed: August 5, 2026.
Application families
Public summaries and related work.
Related links document the public research-and-development record and technical context for each filed family. Patent examination and claim scope are governed by the applications and official USPTO record; technical validation is tracked separately by evidence type.
WaveLock · REYES-WAVELOCK-2026-NP
Patent pending
Curvature-Regulated Wavefield Evolution, Protocol-Binding Commitments, and Drift Detection
A computational architecture that evolves a discretized state under a curvature-regulated nonlinear process, derives reproducible commitments, records replay-verifiable ledger entries, and compares curvature-derived invariants to detect runtime drift.
Priority filing
June 18, 2025
Nonprovisional filed
June 7, 2026
Inventor
Richard J. Reyes
Public record
Official publication link pending
Public scope referenceWavefield commitments, protocol binding, replay prevention, public verification, attestation, and runtime drift detection.
The public repository is an experimental research prototype; production-security evaluation is tracked as a separate validation stage.
Persistent wave memory · REYES-MEM-2026-NP
Patent pending
Curvature-Feedback Persistent Wave Memory Device and Method of Operation
A memory architecture in which information is written into a bounded medium as a localized wave-interference state, then read, refreshed, or reset through physical or computational interfaces.
Priority filing
May 20, 2025
Nonprovisional filed
May 18, 2026
Inventor
Richard J. Reyes
Public record
Official publication link pending
Public scope referencePersistent wave-state storage, spectral confinement, optical or acoustic readout, reset control, physical cells, arrays, and software emulation.
Public observations and simulations document the technical development record for persistence and relocking; replication source and device-level validation are tracked separately.
Frequency reference · REYES-FREQ-2025
Application filed
Solid-State Frequency Reference via Curvature-Locked Resonant Semiconductors
A proposed solid-state frequency reference using optically programmed, persistent resonant states in semiconductor junction devices, with electrical readout and potential use in oscillator disciplining and synchronization.
Provisional filed
December 18, 2025
Application type
U.S. provisional application
Inventor
Richard J. Reyes
Public record
Official publication link pending
Public scope referenceStructured optical programming, persistent semiconductor resonance, harmonic signatures, frequency readout, and external oscillator integration.
The linked measurements document the experimental development record; metrology certification and product qualification are tracked as separate stages.
Coherent field generator · REYES-CPG-2026
Application filed
Coherent Particle Field Generator via Curvature-Locked Wave Confinement
A physical wave-engineering architecture combining a nonlinear medium, structured multi-channel excitation, curvature-controlled confinement geometry, detector feedback, and harmonic stabilization to form geometry-pinned standing-wave configurations.
Initial provisional
May 21, 2025
Updated provisional
May 13, 2026
Inventor
Richard J. Reyes
Public record
Official publication link pending
Public scope referenceNonlinear wave media, structured excitation, curvature and torsion control, harmonic stabilization, closed-loop relocking, and spectral or spatial readout.
The public record documents the multi-channel generator and closed-loop stabilization architecture; hardware validation status is tracked separately.
Evidence boundaries
What the public labels mean.
The portfolio keeps legal status, theoretical work, implementation, experiments, and independent validation separate.
Public code
A repository or executable implementation is available for inspection. Security, correctness, performance, and product readiness are evaluated as separate dimensions.
Author experiment
A measurement or observation was conducted and reported by the inventor. Replication source and status are recorded separately.
Theory proposal
A mathematical or physical framework has been publicly described. Empirical tests and validation status are recorded separately.
Architecture concept
A system design or embodiment has been described at a public, non-proprietary level. Implementation status is recorded separately for each family.
Public chronology
Filing timeline.
This timeline records the filing chronology of the application families. Legal priority for individual claims is determined from the application record and applicable law.
Persistent wave-memory priority filing
Initial U.S. provisional application filed.
Coherent field-generator priority filing
Initial U.S. provisional application filed.
WaveLock and symbolic-memory priority filing
Initial U.S. provisional application filed.
Solid-state frequency-reference filing
U.S. provisional application filed.
Coherent field-generator update
Updated harmonic-stabilizer provisional filed.
Persistent wave-memory nonprovisional
U.S. nonprovisional application filed.
WaveLock nonprovisional
U.S. nonprovisional application filed.
Collaboration and licensing
Independent testing, prototype development, and technical review.
Inquiries are welcome from researchers, laboratories, engineers, product teams, and potential development partners interested in independent evaluation, prototype construction, field-specific collaboration, or a potential license discussion.
Initial inquiries should identify the application family, the proposed field of use, the organization or laboratory, and the type of collaboration being considered. Confidential or proprietary implementation material should not be sent before an appropriate written agreement is in place.
This page is an informational portfolio summary. Legal scope, priority, claim construction, validity, enforceability, technical validation, and commercial status are determined from their respective application records, evidence, and USPTO proceedings. Any license must be stated in the relevant repository or a separate written agreement.