Laravel

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.

Primary preset (Condition A) ?

Secondary preset (Condition B, optional) ?

Carrier frequency (Hz) ?

Trial duration (minutes) ?

Ear-side strategy ?

Randomize A/B assignment when two presets are selected. Mask frequencies during active trial to reduce expectation bias.

Hypothesis (optional) ?

Stop rule (optional) ?

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.

Protocol Guide Resonance Walkthrough Research Plan

Building trial condition...

Preset Reference

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

Trials Logged

Avg Focus Delta

Avg Calm Delta

Avg Clarity Delta

Composite Delta

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.

Protocol Safety

Keep headphone volume low and increase gradually.
Do not use while driving or operating machinery.
Stop immediately if you feel pain, dizziness, headache, or discomfort.
Use session deltas as evidence, not subjective intensity alone.

Wave Band Guide

In this lab, the beat is the left/right ear frequency difference (example: 220 Hz left and 226 Hz right = 6 Hz beat). These bands are practical hypotheses, not guaranteed brain-state switches.

Delta

0.5-4 Hz

Typically associated with very low arousal and deep-rest states.

Side hypothesis: No universal left/right winner. Start with right-ear offset, then invert and compare outcomes.

How to determine: Run paired trials (standard vs inverted) with masked conditions and fixed bedtime context.

Preset: Delta 2 Hz

Theta

4-8 Hz

Commonly used for relaxed internal attention and imagery priming.

Side hypothesis: Some users report clearer imagery with one ear assignment; treat this as testable, not assumed.

How to determine: Use randomized side assignment and compare calm + clarity deltas over multiple pairs.

Preset: Theta 6 Hz

Alpha

8-12 Hz

Often described as relaxed-alert baseline before cognitive tasks.

Side hypothesis: Best side assignment may depend on task type and baseline arousal.

How to determine: Keep task constant and compare focus delta by side strategy in A/B logs.

Preset: Alpha 10 Hz

Beta

13-30 Hz

Frequently linked with active task engagement and external focus.

Side hypothesis: If overstimulating, one side assignment may be more tolerable than the other.

How to determine: Use short paired blocks and include discomfort logging in every trial.

Preset: Beta 18 Hz

Gamma

30-50 Hz

High-frequency hypothesis zone; effects are less consistent across studies.

Side hypothesis: Potential side differences are plausible but often noisy at high frequencies.

How to determine: Lower volume, shorter duration, and repeated paired orientation checks are required.

Preset: Gamma 40 Hz

Control

0 Hz beat

Reference condition for placebo/expectancy checks and A/B comparison.

Side hypothesis: Any strong side preference in control may indicate expectancy or comfort effects.

How to determine: Compare both orientations in control to baseline non-frequency side bias.

Preset: Control (No Beat)

Read Effectiveness Guide Read Resonance Walkthrough

Read Side-Test Research Plan Open CRV Session Flow

What You Should Do

Pick one band and hold all other variables fixed for a full block.
Use Ear-side strategy as the only changed variable when testing side effects.
Run paired trials: standard side vs inverted side, with masked mode when possible.
Track focus/calm/clarity deltas and keep discomfort notes in every trial.

Protocol Standard Resonance Theory A/B Method Design

Recent Frequency Trials

0 stored

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