Quiet body · regulated breath · directed attention

Build the state.
Test the task.

This lab combines paced breathing, progressive settling, optional ear-split tones, and one stable mental operation. “PK state” is used here as an operational label for relaxed physical control plus active target focus—not a verified brain state or evidence that psychokinesis occurs.

Interpretation boundary Audio can be a condition.
It is not a mechanism claim.

Binaural-beat findings are mixed and parameter-sensitive. The useful question here is whether a reproducible condition changes your calm, focus, readiness, or a separately instrumented task outcome.

Headphones, low volume. Start near silent; never use while driving or operating machinery.

Breathe naturally. Reduce depth or stop if light-headed.

No physical strain. Do not recreate extreme pulse, blood-pressure, or distress reports.

Stop on symptoms. Pain, dizziness, nausea, panic, or disorientation ends the run.

Adaptive personal-state search

Find a repeatable condition—not a magic number.

The selector starts broad, preserves silence and mechanism controls, then spends later trials around promising regions and exact repeats.

Search logiccoarse → compare → refine → repeatPersonal response optimization; no population-level claim.

Block name Search anchors Optimization goal

Gateway-grounded anchors

Includes the 1984 100/1.5 + 200/4 layered environment, the assessment’s 10 Hz explanatory example, and separately labeled historical low-range anchors.

Broad exploratory anchors

Adds 16, 20, 30, and 40 Hz hypotheses so the algorithm can screen a wider state-conditioning space.

What the score means

Each goal is a transparent weighted pre/post state change with a strong discomfort penalty. It does not score PK success.

Competing stimulus mechanisms Binaural splitOne carrier per ear; the candidate beat is the left/right difference.Tests a difference-frequency response that depends on independent ear channels. Monaural beatBoth audible tones are mixed into both ears, creating an acoustic amplitude beat.Tests whether a physically present beat outperforms an internally synthesized binaural difference. Identical stereo carrierThe same unmodulated carrier is delivered independently to both ears.Controls for the audible carrier without a difference-frequency stimulus. Amplitude-modulated carrierOne carrier in both ears with loudness modulated at the candidate beat.Tests rhythmic envelope stimulation without separate left/right carrier frequencies.

Always includedSilence controlTests whether any audio condition reliably improves on the routine alone.

Binaural ear geometry Fixed-left offsetLeft = C and right = C + B. This matches the common base-plus-offset implementation. Symmetric centerLeft = C − B/2 and right = C + B/2, so the reported carrier remains the acoustic center.

Trials Carrier min Hz Carrier max Hz Breaths / minute Difference / AM min Hz Difference / AM max Hz Staged settle rate Hz Routine Transition ramp seconds Masking bed

Hold one mental operation fixed Motion imageryRepresent the target object’s movement itself: stillness, first separation, then one controlled direction. Do not imagine a hand, beam, or muscular push.Adamenko-style reconstruction Spatial focal pointChoose one exact point a few millimetres in the intended direction and hold the object-to-point relationship steady. Keep one destination only.Ermolayev-style reconstruction Volition onlyUse no trajectory image. Keep the body quiet and sustain one nonverbal directional intention without adding force imagery.Active comparison condition Neutral attention controlObserve the target without requesting movement. Keep the same posture, duration, distance, and breathing used in active conditions.Control condition

Mask the assigned condition until scoringRecommended. This reduces expectation-driven ratings; exact parameters are revealed immediately after submission. It is an interface mask, not cryptographic blinding—browser developer tools can expose client-side audio parameters.

Archive boundary

What “based on Gateway data” means here

Directly statedThe 1983 Army assessment describes separate frequencies delivered through stereo headphones and uses a 10 Hz left/right difference as an explanatory example.
Documented 1984 environmentA CENTER LANE advanced-training trip report records concurrent 100 Hz base / 1.5 Hz binaural-beat and 200 Hz base / 4 Hz binaural-beat components. It reports use, not efficacy or ear assignment.
Separate historical claimIts 4–7 Hz passage concerns Bentov’s mechanical/acoustical-vibration hypothesis; it is not disclosed as a Focus or PK binaural prescription.
Not disclosedThe assessment does not publish Monroe’s audible carrier pairs, production recipe, a Focus-state frequency map, or a validated PK activation combination.
App inferenceTesting carriers and delivery mechanisms independently is this app’s experimental design, not an instruction found in the archive.

Configuration locks for the block. Audio never starts until a trial is armed and you press begin.

One variable at a time

Arm a state condition.

For a clean comparison, keep posture, room, target, distance, task duration, breathing, and mental strategy constant while changing only the audio condition.

01Conditionsound + breath

→

02Statecalm + focus

→

03Operationone strategy

→

04Measurelog outcome

State condition A · Quiet baselineThe same breathing and mental task without generated audio.No generated tone · 06:00 B · Relaxation-orientedA steady low-difference tone accompanies settling, paced breathing, and the task.Settle beat throughout · 07:00 C · Focus-orientedA higher-difference test tone accompanies quiet-body, active-attention work.Activation beat during focus · 06:00 D · Staged activationSettle first, regulate breathing, then transition to a separate activation condition.Settle beat → activation beat · 08:00

Mental operation Motion imageryRepresent the target object’s movement itself: stillness, first separation, then one controlled direction. Do not imagine a hand, beam, or muscular push.Adamenko-style reconstruction Spatial focal pointChoose one exact point a few millimetres in the intended direction and hold the object-to-point relationship steady. Keep one destination only.Ermolayev-style reconstruction Volition onlyUse no trajectory image. Keep the body quiet and sustain one nonverbal directional intention without adding force imagery.Active comparison condition Neutral attention controlObserve the target without requesting movement. Keep the same posture, duration, distance, and breathing used in active conditions.Control condition

Audio + respiration parameters

Keep these fixed across a block.

Delivery mechanism Binaural geometry Carrier Hz Staged settle carrier Hz Settle difference / AM Hz Activate difference / AM Hz Breaths / minute Ramp seconds Masking bed

Example only: 200 Hz left and 206 Hz right creates a 6 Hz difference. No frequency shown here is labeled a “PK frequency” or guaranteed state switch.

Before-state snapshot

Score before arming.

Calm before 0–100

Focus before 0–100

Task readiness before 0–100

No audio starts until the next screen.

Conditioning ledger

Does the state change repeat?

Descriptive pre/post deltas only. External-task notes remain observations unless tested under appropriate controls.

Completed runs0scored state records

Mean calm Δ—post minus pre

Mean focus Δ—post minus pre

Mean readiness Δ—post minus pre

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No completed state runs yet. Start with quiet and staged conditions, then compare blocks rather than peak experiences.