Natural & Cosmic Transmissions
The universe is the oldest broadcaster. Before humans learned to transmit, nature had already been encoding information in electromagnetic waves, gravitational ripples, subatomic particles, and biochemical signals for billions of years. This section explores transmission mechanisms that operate outside human engineering — from the relic radiation of the Big Bang to the fungal networks beneath our feet.
Explore Natural Transmissions
Cosmic Microwave Background
The relic thermal radiation from the Big Bang, peaking at 160.2 GHz
Pulsar & Neutron Star Beacons
Highly precise periodic radio emissions used as cosmic lighthouses
Jovian Decametric Emissions
Radio storms from Jupiter's magnetic field interacting with Io
Schumann Resonances
Global ELF spectrum peaks excited by lightning in the Earth–ionosphere cavity
Whistlers & VLF Atmospherics
Lightning-triggered waves traveling along geomagnetic field lines
Lithospheric Waveguides
Natural subterranean channels propagating low-frequency EM waves
Gravitational Wave Telemetry
Cosmic data encoded in ripples of spacetime itself
Neutrino Telemetry
Subatomic particles transmitting data through solid stone
Muon Tomography Transmission
Using cosmic-ray muons to map interior structures
Mycelial Underground Networks
The 'Wood Wide Web' — fungal networks transmitting biochemical signals
Biophoton Emission Transmissions
Ultra-weak photon emissions for cell-to-cell signaling
Magnetoreception Systems
Biological RF-like reception for long-distance navigation