Frequency Lab

Binaural and State Conditioning Lab

Assistive toolkit for ear-split frequency experiments, paced breathing, and A/B outcome logging. Use this as a measurement workflow, not proof of mechanism.

Ear-Split Audio Engine Randomized A/B Trials Masked Condition Mode Guided Gateway Trial CRV AOL/Reset Timers Pre/Post Delta Scoring Safety-first Protocol

Lab Workflow

  • Define A/B setup and hypothesis before starting.
  • Use the guided Gateway-style trial when you want timed prompts instead of manual playback control.
  • Run playback at low volume and complete pre/post scales right away.
  • Use comparison panels to keep only conditions with repeatable deltas.

Tesla Source Notes

"I took up the experimental study of mechanical and electrical resonance."

The Strange Life of Nikola Tesla, lines 1167-1168

"The Earth is responsive to electrical vibrations of definite pitch."

The Strange Life of Nikola Tesla, lines 1377-1378

Source file: /workspace/reference-material/Nikola Tesla/Nikola.Tesla.eBook.Collection/TheStrangeLifeofNikolaTesla.txt

Trials Logged

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Avg Focus Delta

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Avg Calm Delta

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Avg Clarity Delta

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Composite Delta

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Preset Outcome Comparison

Top: Not enough data

Complete trials to populate preset comparisons.

Ear-Side Strategy Outcomes

Top: Not enough data

No side-strategy data yet. Run standard/inverted/randomized side blocks to determine personal response.

Randomized A/B Comparisons

Composite delta by condition code

No paired A/B data yet. Run randomized trials with both presets selected to generate effect comparisons.

Simple Manual Control

Left / Right Ear Frequency Workbench

Straight manual control. Set a left-ear tone and a right-ear tone, then play them through stereo headphones. The beat shown here is just the frequency difference between ears.

Readout

Current beat difference: 10.00 Hz.

Idle

  • Use stereo headphones or the ear split will not work correctly.
  • The official documents describe separate tones and a perceived beat difference, not a proven “sync achieved” meter.
  • If you feel discomfort, stop immediately.

Trial Control

Start Frequency Trial

Choose one preset or run randomized A/B between two presets. This lab is for measured experimentation, not mechanism claims.

Setup Guidance

  • Compare only one change at a time (A vs B).
  • For side-effectiveness testing, hold band constant and alternate ear-side strategy.
  • Use masked mode and randomization for cleaner evidence.
  • Define hypothesis and stop rule before first trial.

Guided Gateway mode works best with the Gateway-Style Hemisphere Sync 10 Hz preset and stereo headphones.

Spectrum scan mode works best with masked follow-up retests after the initial sweep. Use stereo headphones and start at very low volume.

Side Calibration Checklist

  • Run at least 6-10 paired trials for each side strategy.
  • Keep preset, carrier, duration, and environment fixed during the block.
  • Use randomized or masked trials when possible to reduce expectation effects.
  • Decide winner by average composite delta, not a single peak session.
Building trial condition...

Preset Reference

Gateway-Style Hemisphere Sync 10 Hz · Gateway-style Alpha (10 Hz split-tone example)

Document-based introductory sequence: box, humming, affirmation, relaxation, Focus 10-style settling.

Built from the declassified Gateway sequence and its 10 Hz left-right example; use as guided practice, not as proof of mechanism.

Historical protocol / unvalidated claims

Control (No Beat) · Control (0 Hz beat)

Neutral comparison baseline for A/B experiments.

Reference orientation check: compare standard vs inverted to detect expectancy or ear-order effects.

Control condition

Delta 2 Hz · Delta (0.5-4 Hz)

Sleep-pressure and deep-rest preparation.

Test both ear assignments in paired blocks; keep bedtime and fatigue level constant.

Mixed evidence

Theta 6 Hz · Theta (4-8 Hz)

Relaxation and internal imagery session priming.

Use randomized side assignment and compare calm/clarity deltas across at least 6-10 pairs.

Mixed evidence

Alpha 10 Hz · Alpha (8-12 Hz)

Relaxed-alert state before structured tasks.

Run this before a consistent task block and compare side assignment impact on focus delta.

Mixed evidence

Beta 18 Hz · Beta (13-30 Hz)

Task engagement and language/focus demand support.

Use short blocks and log agitation/head pressure carefully when comparing ear assignments.

Exploratory positive studies

Gamma 40 Hz · Gamma (30-50 Hz)

High-frequency stimulation hypothesis testing.

Keep volume low, shorten sessions, and compare orientations conservatively.

Inconsistent evidence

Source-Based Operating Notes

CIA / Army Gateway Assessment

Describes Gateway as a Monroe hemispheric-synchronization method and uses a 10 Hz left/right split-tone example. Also outlines sequence elements such as resonant breathing, the energy conversion box, affirmation, relaxation, and Focus 10-style work.

Open source

Army Science Board Report on Emerging Human Technologies

Confirms the separate-ear tone setup and beat-frequency concept, but explicitly says major scientific questions remained unanswered and stronger claims still required validation.

Open source

Gateway Notes / Intermediate Workbook

Gives practical Gateway session guidance for resonant breathing, the security repository box, affirmation, and counting into Focus 10. This is the clearest operational source for step order.

Open source

Monroe Support: Binaural Beats and One-Ear Hearing

States plainly that binaural beats require hearing in both ears and recommends alternatives such as monaural beats or mono mixes when stereo binaural processing is not possible.

Open source

Monroe Sound Science

Shows Monroe’s current position: their present audio stack uses binaural beats plus many other techniques, not just one simple left/right frequency difference.

Open source

Binaural Beats through the Auditory Pathway

Primary paper tracing binaural-beat responses from subcortical auditory processing through cortical measures. Useful for explaining what is known about the auditory pathway versus broader mood or consciousness claims.

Open source

Cortical Evoked Potentials to an Auditory Illusion: Binaural Beats

Found neural activity corresponding to the binaural-beat illusion and is a good foundational source for why the effect is treated as a real auditory phenomenon.

Open source

Binaural Beat Technology in Humans: Pilot Study

Often cited because it did not find clear support for steady-state EEG entrainment during 7 Hz listening. Important for keeping the lab documentation honest.

Open source

Recent Systematic Review of Music and Binaural Beat Interventions

Recent review covering anxiety, sleep, and cognition in young adults. Useful for explaining that findings are mixed, study designs vary, and reproducibility is still an issue.

Open source

Trials Logged

0

Avg Focus Delta

0

Avg Calm Delta

0

Avg Clarity Delta

0

Composite Delta

0

Preset Outcome Comparison

Top: Not enough data

Complete trials to populate preset comparisons.

Ear-Side Strategy Outcomes

Top: Not enough data

No side-strategy data yet. Run standard/inverted/randomized side blocks to determine personal response.

Randomized A/B Comparisons

Composite delta by condition code

No paired A/B data yet. Run randomized trials with both presets selected to generate effect comparisons.

Recent Frequency Trials

0 stored

No completed trials yet. Start a condition and log pre/post outcomes.