Put a Planck something innit aka Walk the plank



Light  behaves like/as/is energy

As light is energy with~out any excess baggage...

within the Aether that is the light Connector

 It turns out that for light,

 the energy of Th~e wavelength of energy is proportional to 

T~he energy of the frequency of light 

For waves, energy is proportional to the H~eigth of the wave AKA to wave amplitude

For waves, energy is proportional to the L~ength of the wave AKA the wave frequency

 the en~er~gy (E) of light 

Is related 

to the H~eigth and

 L~en~G~Θ 

bY The Θε σολωεδ mathematical equation

Amplitude aka Αμπλιτθδε χ φρεqθενψυ pH~frequency is 

Eight? no LIGHT aka ΛΙΓΗΤ

E = hν   

Energy is equal to Planck Constant multiplied by Frequency

where ν is the frequency of the light, 

and h is a constant called Planck’s constant

The value of the Planck constant is 6.626 × 10−34 Joules per second —

A multiple of 3.313 not to different from 3.314 or π ακα Πιε 

A light wave as a wave of energy behaves like a wave of energy behaves if the

waves are being emitted by any~wave emitting surface

 (curved) [flat] or as a {point of emission}, 

light waves have a particle-λικε-type-name:

 the name is the photon. and rather than 

correctly refer to wavelets or wave segments with wave associated words

 the

science community composed of science ists uses 

the word part IC le and part

when referring to a holographic portion of the whole.

It is not uncommon to hear light described as photons when the proper description might be photonic or a similar word that projects the wave nature that is similarly observed in Inter Connected waves broken off complete curves

As in the cases 

of water as air

and of any solution of any components where the idea is removed from within a 

circular boundary containing the complete thought 

where

ΘωΘ

is defined as taking Θ 

Turning Th upside down using G 

and Backwards using U

The way all C squared solutions are seen

through the glass darkly as C^2=B^2+A^2

and placed on a line where there is

incomplete information arranged out of the natural order

 always ex~pressed with the word Θε

as components of The

Wavelengths//frequencies//Energy//Light=~ 

and energ~ies of light span Τηε Ελεψτρομαγνετιψ Σπεψτρθμ

; Τhe ακα Θ ~ entire ~ range of possible values 

Α. for light 

Β. φορ ανυ τηινγ μαδε οφ λιγητ

for anything made of energy is called the electromagnetic spectrum

We are familiar with ωισιβλε visible  light,

 which is ενεργΥ ακα ΕΝΕΡΓΥ having a wavelength

 range between ~ 400 nm and ~ 700 nm.

We are familiar with Audible Αθδιβλε σοθνδ ακα Sound ΣΟΘΝΔ, 

which is Ενεργυ ακα ΕΝΕΡΓΥ aka Energy having a wavelength

 range between ~ 400 nm and ~ 700 nm.

With discrete intervals defining distinct color signatures

which correlate as it just so happens with sound that is not

on the electro magic spectrum but is 

created and transmitted by the medium that it is not 

explained to be 

or to be part of

when the two are the reciprocal views of each other

along the diagonal where the white as Color 

is visually separated

the White noise as sound 

is audibly separated

White texture as smooth 

is sense ~ able ~ ly

re assembled when the LY~sis

caused by the light

correlates with the 

Sonoluminescence seen by the sound

being split into two from two directions

and re assembled at the pituitary

gland where the blue and red signals are

arriving from the visual system 

in the pool of tear filled tears known as the 

now reflector which takes 

Visual aka length Χ Αudible aka depth =~Sense aka dense ~ Able 

signals for the rest of the unit to reprocess

as the reverb is always set to 432

where the inverse of the wave length is 

the amplitude

186624 aka 432 Squared aka The Radius of the Sun of This solar system
the Frequency that frequently

is mis taken for speed when the speeder fails to feel

the curve and in the end misses the bend 

ending up taking the IIll illusion of everything looking like a line

ending in a point at infinity when the 

vizier forgets how fast the pale blue dot just blew past

three things at three different speeds none of which were

less than 

63360000 inches per second

Divide Music by Light and find

the same arrangement shifted to the right by half


The twelfth root of two Expanded

to The Audible spectrum of Music

By re arranging the Matrix listing the 

Powers of Three by The powers of two

from one to twelve

Divide the spectrum of sound as vibration

by

The Visible Spectrum of light

represented at 186624

the solution to the following 

[ ( 3^3)  X  (2^4 )]^2

The RA~Di~Us of the Sun Δι~Vi~Di~in~G the Speed of The Light
ΠΡΟΔΘΨΣΕΔ βυ τηε Σθν βαψκ ιντο μθσιψ

 Energy has wavelengths from .000000000000000000000000000000000000001 inches to

100000000000000000000000000000000000000 inches

 with the exact same variations in frequency or energy depending

 on which one 

one wants to manipulate and 

which one 

one can manipulate

The solutions to any possible equation are 

already known given the one

equation that is the only

equation in mathematics

Energy =

Height {Ladder It tude}

 Length [Rhos~Long I tude]

χ Chi~ed by 


AOL Amplitude of Light = H~eigth  Α = 432 Odds ~ multiples of 3
ωOL Wavelength of Light of Light = L~ength Λ = 432 Evens Multiples of 2

SOL Sun ~ Speed of Light = ΑOL X ΩOL 186624 Miles/Second Multiples of 5 or 6 
A. Whole notes of sound Tune Root Color Rate
B. b flat notes of sound Tone of Hue
                                 C. White Light Magnetized Electric

Figure 8.2 “The Electromagnetic Spectrum” shows the entire electromagnetic spectrum and how certain regions of the spectrum are labelled. You may already be familiar with some of these regions; they are all light—with different frequencies, wavelengths, and energies.

Figure 8.2 “The Electromagnetic Spectrum” shows the entire electromagnetic spectrum and how certain regions of the spectrum are labelled. You may already be familiar with some of these regions; they are all light—with different frequencies, wavelengths, and energies.

Figure 8.2 The Electromagnetic Spectrum

Electromagnetic Spectrum

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