insects - oscillatoriumoscillatorium.com/.../livingantennas091016.pdf · 2016. 9. 10. · living...

1
Living Antennas Trees Plants Leaves Leaf pigments Whole body Head and brain Ears and eyes Human heart Bone Insect antennas Neurons and groups Cilia and flagella Sweat glands Hair Whiskers Wing scales Cell membranes Tubules and filaments Mitochondria Magnetite crystals Water in spaces DNA and RNA Helpful Links Related Maps: Natural and Unnatural EMF It is not a joke nor a scientific curiosity, this strange discovery of Gen. George O. Squire, Chief Signal Officer, that trees --- all trees, of all kinds and all heights, growing anywhere --- are nature's own wireless towers and antenna combined. Phil Callahan (p. 27): Insects and t he Battle of t he Beams T ree Magic T ree Antennas T rees as antennas The "T ree Antenna" T ree emissions, nearby source Deep sea sponge Natural antenna complexes Why the forests are green Human as ELF receiver Inside the head of a worm Head as antenna, brain as receiver Light harvesting Bats ears probe space Human ear as antenna Chlorosomes, light harvesting The Energetic Heart Heart/brain interactions Microwave, heart, heart rate Dolphin teeth, mandible morphology Guide to insect antennas Amateur entomologists guide Directional antennae: Ask Nature Odor antenna, circadian rhythms Field (ephaptic) coupling Power of very weak fields Spinal cord as an antenna Neuronal tissue as electrical Magnetic sensor , worm neuron Human brain, Schumann resonance Light, odor , sound, movement Making sense of cilia and flagelli Primary Cilium, cell homeostasis Primary Cilium as Cell's Antenna Helical antennas for 5G? Human forearm hair , AC fields Silver ants control EMF via hair Bumblebees sense EF via fuzzy hair Cat whiskers Butterflies emit UV light Sensory transduction T ubulin sensitive to local EM field Living H2O, the Dancing Rainbow Biophotons Magnetoreception in Animals Living H2O, the Dancing Rainbow Bacteria on the radio DNA could act as antenna Patterns in Nature Antennas in Nature Insects and Infrared Secret EM Life of Plants Energy Interdependence Books by Philip Callahan Radio signals of natural origin Books, T apes by Philip Callahan Electrostatic forces in insect world Arrange solar panels like tree leaves Nature's Nonlinear Optical Antennas Similarities, plant antenna, animal proteins Altered animal behavior when humans block EMF Magnetite Cryptochrome Environment EMF and Birds Living Systems EMF , T rees, Plants DNA is a Fractal Antenna LIVING ANTENNAS: Photosensitive molecules Nucleic acids, proteins Interfacial water of living systems Cellular organelles Single cells Hairs, cilia, trichomes Sensory organs Structures: head, spine Heart, nervous system, brain Entire organism, animal, plant Wasp antenna DNA, with its ‘coil of coils’ structure, is exquisitely sensitive to electromagnetic fields, including ELF, RF and ionizing radiation. It possesses the two structural characteristics of fractal antennas, electronic conduction and self-symmetry. Leaf trichomes Human ear Pinna Bat ears DNA signaling is stimulated by 7 Hz naturally occurring waves on earth. Antennas, to simplify one definition, transmit by converting electrical currents into electromagnetic waves. They receive by converting electromagnetic waves back into electrical currents. They can function in air, space, under water or other liquid, and even through solid matter for limited distances. Every antenna has specific characteristics that determine the signal’s range and radiation pattern or shape. (Paraphrased from Banner Engineering) Nature has evolved wonderful antenna systems on many scales, throughout her biodiverse kingdom, from entire organisms down to molecular structures. This map can only introduce the topic of natural, living antennas. There is so much yet to learn about them, and yet we have jumped ahead of ourselves by developing powerful technologies which may well disrupt them. DNA Fractal antenna? Whiskers The sun has millions of narrowband radiating emissions in all portions of the spectrum. My experiments indicate the hairs on the leaves of plants are really dielectric waveguide-antennae for collecting energy in the form of infrared or microwave signals from the Sun. Home: Oscillatorium Newest version this map Date of this update: 09-10-16 ...water provides the electrons and protons to fuel the photosynthesis-respiration dynamo that spins inanimate molecules into living organisms out of pure sunlight. Water is truly the medium, message and means of life. Feather antennas? Philip Callahan Mae-W an Ho Camilla Rees L. Montagnier T ree Antennas Philip Callahan

Upload: others

Post on 16-Oct-2020

3 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: Insects - OSCILLATORIUMoscillatorium.com/.../livingantennas091016.pdf · 2016. 9. 10. · Living H2O, the Dancing Rainbow Biophotons Magnetoreception in Animals Living H2O, the Dancing

Living Antennas

Trees

Plants

Leaves

Leaf pigments

Whole body

Head and brain

Ears and eyes

Human heart

Bone

Insect antennas

Neurons and groups

Cilia and flagella

Sweat glands

Hair

Whiskers

Wing scales

Cell membranes

Tubules and filaments

Mitochondria

Magnetite crystals

Water in spaces

DNA and RNA

Helpful Links

Related Maps:Natural and Unnatural

EMF

It is not a joke nor a scientific curiosity, this strange discovery of Gen. George O. Squire, Chief Signal Officer, that trees --- all trees, of all kinds and all heights, growing anywhere --- are nature's own wireless towers and antenna combined.

Phil Callahan (p. 27):

Insects

and the

Battle of the BeamsTree Magic

Tree Antennas

Trees as antennas

The "Tree Antenna"

Tree emissions, nearby source

Deep sea sponge

Natural antenna complexes

Why the forests are green

Human as ELF receiver

Inside the head of a worm

Head as antenna, brain as receiver

Light harvesting

Bats ears probe space

Human ear as antenna

Chlorosomes, light harvesting

The Energetic Heart

Heart/brain interactions

Microwave, heart, heart rate

Dolphin teeth, mandible morphology

Guide to insect antennas

Amateur entomologists guide

Directional antennae: Ask Nature

Odor antenna, circadian rhythms

Field (ephaptic) coupling

Power of very weak fields

Spinal cord as an antenna

Neuronal tissue as electrical

Magnetic sensor, worm neuron

Human brain, Schumann resonance

Light, odor, sound, movement

Making sense of cilia and flagelli

Primary Cilium, cell homeostasis

Primary Cilium as Cell's Antenna

Helical antennas for 5G?

Human forearm hair, AC fields

Silver ants control EMF via hair

Bumblebees sense EF via fuzzy hair

Cat whiskers

Butterflies emit UV light

Sensory transduction

Tubulin sensitive to local EM field

Living H2O, the Dancing Rainbow

Biophotons

Magnetoreception in Animals

Living H2O, the Dancing Rainbow

Bacteria on the radio

DNA could act as antenna

Patterns in Nature

Antennas in Nature

Insects and Infrared

Secret EM Life of Plants

Energy Interdependence

Books by Philip Callahan

Radio signals of natural origin

Books, Tapes by Philip Callahan

Electrostatic forces in insect world

Arrange solar panels like tree leaves

Nature's Nonlinear Optical Antennas

Similarities, plant antenna, animal proteins

Altered animal behavior when humans block EMF

Magnetite

Cryptochrome

Environment

EMF and Birds

Living Systems

EMF, Trees, Plants

DNA is a Fractal Antenna

LIVING ANTENNAS:

Photosensitive moleculesNucleic acids, proteins

Interfacial water of living systemsCellular organelles

Single cellsHairs, cilia, trichomes

Sensory organsStructures: head, spine

Heart, nervous system, brainEntire organism, animal, plant

Wasp antenna

DNA, with its ‘coil of coils’ structure, is exquisitely sensitive to electromagnetic fields, including ELF, RF and ionizing radiation. It possesses the two structural characteristics of fractal antennas, electronic conduction and self-symmetry.

Leaf trichomes

Human earPinna

Bat ears

DNA signaling is stimulated by 7 Hz naturally occurring waves on earth.

Antennas, to simplify one definition, transmit by converting electrical currents into electromagnetic waves. They receive by converting electromagnetic waves back into electrical currents. They can function in air, space, under water or other liquid, and even through solid matter for limited distances. Every antenna has specific characteristics that determine the signal’s range and radiation pattern or shape. (Paraphrased from Banner Engineering)

Nature has evolved wonderful antenna systems on many scales, throughout her biodiverse kingdom, from entire organisms down to molecular structures.

This map can only introduce the topic of natural, living antennas. There is so much yet to learn about them, and yet we have jumped ahead of ourselves by developing powerful technologies which may well disrupt them.

DNAFractal antenna?Whiskers

The sun has millions of narrowband radiating emissions in all portions of the spectrum.

My experiments indicate the hairs on the leaves of plants are really dielectric waveguide-antennae for collecting energy in the form of infrared or microwave signals from the Sun.

Home: OscillatoriumNewest version this mapDate of this update: 09-10-16

...water provides the electrons and protons to fuel the photosynthesis-respiration dynamo that spins inanimate molecules into living organisms out of pure sunlight. Water is truly the medium, message and means of life. Feather antennas?

Philip Callahan

Mae-Wan Ho Camilla Rees

L. Montagnier

Tree AntennasPhilip Callahan