Andrew Huberman
Cyclic Sighing: The Simplest Consciousness Regulation Tool Ever Studied
In January 2023, a research team at Stanford University led by neuroscientist Andrew Huberman, in collaboration with David Spiegel and Melis Yilmaz Balban, published a study in Cell Reports Medicine that quietly delivered one of the most practically significant findings in the history of stress...
Pranayama and Neuroscience: 5,000 Years of Respiratory Engineering Decoded
Five thousand years before Andrew Huberman studied cyclic sighing at Stanford, before Wim Hof walked into a Dutch laboratory, before Stanislav Grof developed holotropic breathwork, and before Patrick McKeown popularized the Buteyko method — the yogic rishis of ancient India had already mapped...
Nervous System Regulation Toolkit: A Daily Practice Guide
Before reaching for any tool, understand this: a dysregulated nervous system is not a defective nervous system. It is a nervous system that has adapted -- brilliantly, precisely -- to conditions that required chronic vigilance, chronic suppression, or chronic shutdown.
Insomnia & Sleep Disorders: The Functional Medicine Deep Dive
Sleep is not the absence of waking. It is the most complex pharmacological event your body produces — a symphony of neurotransmitters, hormones, and immune signals orchestrated across precise cycles.
Sleep: The Master Healer
Every disease state is worsened by poor sleep. Every healing process is accelerated by good sleep.
The Sunlight-to-Consciousness Pipeline: How Photons Become the Molecules of Awareness
There is a biochemical pipeline inside your body that converts photons — particles of light from the sun — into the very molecules that regulate consciousness, mood, sleep, dreams, and mystical experience. This pipeline is not speculative.
Circadian Sleep Optimization Protocol: Engineering the Consciousness Restoration Cycle
You are a circadian organism. Every cell in your body contains a molecular clock — a gene-protein feedback loop (involving the genes CLOCK, BMAL1, PER, and CRY) that cycles with a period of approximately 24.2 hours.
Circadian Rhythm Optimization: Light, Timing, and the Body's Inner Clock
Every cell in the human body contains a molecular clock — a set of interlocking transcription-translation feedback loops that oscillate with a period of approximately 24 hours. These clocks do not merely track time; they orchestrate virtually every physiological process, from gene expression and...
Flow States and Peak Performance
There are moments when time dissolves, self-consciousness evaporates, and you become the activity itself — the musician who is the music, the surgeon whose hands know things the mind has not yet formulated, the climber who moves up the rock face with an intelligence that is not deliberate but...