Stabilize time.Perceive what's next.

Four ways into a decade of field research on temporal coherence — the live monthly demonstration, the remote viewing programme, the open engineering documentation, and the chips themselves.

SEEKING PHASE +148.0° CARRIER 7.83 Hz Δt 0.000s
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01

Four ways in

Two are open today. Two open in the first quarter of 2027.

02

Built from the quantum level up

Select a layer to inspect it. Generation IV temporal coherence module.

03

Four pillars of temporal coherence

The technology integrates four research domains. Open any pillar to read it.

The suprachiasmatic nucleus — the brain's master clock — fires in rhythms that govern every cellular repair cycle in the body. The chip emits calibrated low-frequency electromagnetic signals intended to entrain SCN oscillation and sharpen the brain's endogenous timing resolution. The proposition under test is that when the SCN runs clean, pattern-recognition windows widen from milliseconds into perceivable moments.

Earth's magnetosphere pulses at frequencies near 7.83 Hz that overlap with human alpha and theta brainwaves. Research in bioelectromagnetics has examined how geomagnetic fluctuation influences neural firing and decision-making. The chip's concentric ring architecture is designed as a biomimetic antenna, coupling the body's bioelectromagnetic field to that natural carrier wave and restoring coherence that urban electromagnetic noise strips away.

At the mitochondrial level, quantum tunneling governs proton transfer in the electron transport chain. As coherence degrades with age, tunneling efficiency drops, cells expend more energy and replication errors accumulate. The chip's materials — topological quantum spin states and Kagome lattice geometries — are intended to create a local field that maintains quantum fidelity in mitochondrial membranes.

Chronobiological research identifies DEC1 and DEC2 as dual regulators of circadian rhythm and neural plasticity, with gastrin-releasing peptide serving as a primary photic synchronization node between retina and SCN. The working hypothesis is that stabilizing these pathways sharpens gut–brain axis signalling, raises vagal tone, and brings the intuitive processing layer into a range where it can be measured and repeated.

04

From chip to cognition

What a single session looks like, start to finish.

I

Placement

A non-invasive wearable disc, worn against the skin at the sternum, wrist or temporal area. Nothing is implanted.

II

Entrainment

Within minutes the composite materials begin resonating with the body's biophoton output, initiating SCN synchronization and heart–brain coherence alignment.

III

Stabilization

Coherence settles across thirty to ninety minutes. Neural oscillations align with the geomagnetic baseline and anxiety-driven temporal distortion recedes.

IV

Perception

In a focused or meditative state, users report clearer access to predictive pattern imagery — probabilistic models of near-future scenarios.

05

Time gates opening

Both dates are fixed. The counters below run against your local clock.

PSI chips ship

January 2027 — $150 for two chips

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Classes begin

February 2027 — remote viewing enrollment

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06

What users report

Observations gathered across the research programme and from chip users.

Decision-making under uncertainty

Users describe vague intuitive impressions resolving into something specific enough to act on, and report elevated accuracy in probabilistic forecasting — from market signals to interpersonal dynamics.

Lucid dreaming

Proximity to the chips has been observed to increase dream lucidity, occasionally to the point of disrupting sleep. Integration with 29 Hz and 47 Hz tones through pillow speakers is documented in the protocols.

Deep relaxation

Many users report reaching deep relaxation within ten to fifteen minutes and use the chips as a daily tool for releasing physical tension.

Recovery and reflexes

Experimental users have placed activated chips near the ankles during training, reporting faster recovery and sharper reflexes. Roger Bannister's first sub-four-minute mile fell on the opening day of a Time Gate week.

Fruit freshness

In controlled observation, an apple slice sealed in a jar with a chip showed no mould after several days while an identical slice without one did — one of the few effects here that is directly visible.

Collective coherence

Published studies on group coherence events report measurable geomagnetic anomalies correlated with large-scale synchronized intention. The chips are intended to amplify an individual contribution to that field.