NullField Lab

Welcome to NullField Lab

Personal research platform for frequency exploration and neural rhythm optimization.

RESEARCH TOOL NOTICE
This is a personal research platform for biohacking and self-experimentation.
NOT a medical device | NOT for clinical use | NOT included in Australian Register of Therapeutic Goods (ARTG)
For research and educational purposes only. Continue all prescribed treatments.

Detects 50/60 Hz grid interference

Generates compensatory audio

Circadian rhythm tracking

The Problem

Power grids emit 50/60 Hz electromagnetic fields

GRID EMF INTERFERENCE

Your power grid oscillates at 50 Hz (Europe/Asia/AU) or 60 Hz (Americas). These fields penetrate your environment and interact with your brain's natural electrical activity.

BRAIN WAVE DISRUPTION

Your brain naturally operates at 40 Hz (gamma waves) for cognition. When the 50 Hz grid interferes, it creates a 10 Hz beat frequency that disrupts neural timing.

The Issue: |50 Hz - 40 Hz| = 10 Hz interference beat. This disrupts timing-critical processes that depend on precise 40 Hz oscillation.

Why 40 Hz Audio Doesn't Work

The intuitive approach fails

NAIVE APPROACH

Idea: If 50 Hz grid disrupts 40 Hz brain waves, just play 40 Hz audio to reinforce them, right?

Why it fails: 50 Hz grid - 40 Hz audio = STILL 10 Hz beat!

Your brain's Frequency Following Response (FFR) perceives beats between ALL frequencies. Adding 40 Hz creates another 10 Hz interference pattern instead of fixing it.

The Solution

Offset cancellation technique

THE NULLFIELD APPROACH

Work WITH the grid via interference beats

Add HIGH frequency (90 Hz) that creates desired 40 Hz beat

Brain locks onto 40 Hz beat, filters out 50 Hz and 90 Hz

COMPENSATION FORMULA

Grid (detected): 50.14 Hz

Target baseline: 40.00 Hz

Audio output: 90.14 Hz

Beat frequency: 90.14 - 50.14 = 40.00 Hz

How it works: Your brain perceives the 40 Hz beat between 90 Hz audio and 50 Hz grid. The 90 Hz and 50 Hz become "background noise" that your brain filters out, locking onto the 40 Hz pattern that matches your natural baseline.

Brainwave Bands (1/2)

Understanding neural frequencies

DELTA (0.5-4 Hz) Deep Sleep

Hormones: Growth Hormone, Melatonin

Function: Tissue repair, immune boost, deep restorative sleep

THETA (4-8 Hz) REM / Meditation

Hormones: Melatonin, Serotonin

Function: Memory consolidation, creativity, dream state

ALPHA (8-13 Hz) Relaxation

Hormones: Serotonin, reduced Cortisol

Function: Calm alertness, stress reduction, mindfulness

Brainwave Bands (2/2)

Active & peak performance states

BETA (13-30 Hz) Active Focus

Hormones: Cortisol, Dopamine, Norepinephrine

Function: Concentration, problem-solving, active thinking

GAMMA (30-100 Hz) Peak Performance

Hormones: Acetylcholine, Endorphins

Function: Hyper-focus, information processing, memory formation

Research: ELF therapy in Brain Stimulation (Antal & Paulus, 2013). 40 Hz gamma for Alzheimer's: Nature (Iaccarino et al., 2016, MIT).

Understanding Beat Frequencies

Why precise timing matters

BEAT FREQUENCY FORMULA

Beat Frequency: |f₁ - f₂|

Example: |50 Hz - 40 Hz| = 10 Hz

TIMING DISRUPTION

Your brain's 40 Hz gamma needs to fire critical processes every 25 milliseconds. When 50 Hz grid creates a 10 Hz beat, these executions get disrupted.

Daily impact: ~1 million missed executions
Per lunar cycle: ~29 million accumulated deficits
At threshold: State transition (episode)

Sensor Permissions

NullField Lab uses your device's magnetometer to detect grid EMF

Magnetometer

Detects grid EMF

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Camera (Optional)

Light frequency research

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Notifications (Optional)

Perigee alerts

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Power Grid Frequency

Select your region's power grid frequency

The app will auto-detect the precise frequency (e.g., 50.14 Hz) when you start a session.

All Set!

Your NullField Lab research platform is ready

Start session: Tap the play button

Best detection: Hold device near power outlet

Optimal alignment: Rotate until green indicator

Advanced settings: Tap bottom left button

Frequency & Protocol Control

How are you feeling?