Chronological archive of research proposals, methods, and technical articles.
A 2025 QED analysis shows that Lorentz-violating parameters introduced in one sector of a theory can spread to other sectors through quantum corrections — and that resonance-based experiments may be sensitive enough to constrain those effects.
Community-funded science pools are reaching scale in 2026, offering independent experimental projects new pathways to support that do not depend on institutional grant cycles.
A 2026 NIST-led study on acoustic resonators above 100 GHz demonstrates a stacking approach that dramatically improves figure of merit — with implications for any experiment that depends on resonant frequency as a primary observable.
A practical guide to separating measured frequency changes from drift, calibration limits, and environmental effects in a proposed resonance experiment.
Can recording and replaying a hollow copper sphere's resonance near 230 kHz change its natural frequency? Methods, controls and open questions.
Proposed test design for a resonance shift: excitation-off baselines, sham and reference controls, blinding, MAC and persistence checks.
How Earth rotation, solar orbit, reference frames and local environmental changes inform a controlled copper-sphere resonance experiment.
Original commentary on rotating optical resonators, Earth rotation, orbital modulation and how to distinguish location from orientation.
Build an uncertainty budget for synchronized copper-sphere resonance measurements without mistaking calibration artifacts for discoveries.
Original commentary on a blinded optical-clock network study: common-mode rejection, gradients, covariance and limits of analogy.