Once upon a time in the West

On the order of 2500 years before now, someone by the name of Plato wrote a piece called ION where there was a discussion of the work of Rhapsodes who, for the few hundred years that had passed, since the passing of Homer had memorized the words spoken by Homer and speakers of Homer. Long story short, over a hew hundred years the profession had deteriorated to a point where some of the performers were not as well versed as some of the old performers and some people knew how to tell the difference. Sophists were the next groups to fall from the grace that comes with being a professor of anything and knowing as one professes how accurate ones words and ideas are as representatives of the original ideas expressed by others. This little incident here is one of the many many instances where that Rhapsode ideas discussed in ION again come to the surface of the bubble that is this pale blue dot exposing the dirty little secret that, some people do not know what they are talking about, and many of those people who talk about things they do not understand do not know how much nonsense they are actually talking when they think they are making sense. None of these are new ideas none of these are new conversations and none of these words acknowledge the idea that 500 years before any Jesus story started to be a story people repeated regularly other people had been alive and building very large organizations of people and governments and societies for thousands of years.

In the Timaeus, a book of ideas held together by arithmetic and the numbers

1

2 3

4 9

8 27

16

Where the real relationships among that group of numbers is geometry where

a 30 60 90 degree triangle is defined as the smallest coherent form and the

first of forms to form all of which have universal universality and there fore

from this point forward...: no form that is not a unit form for the point: .

and the line: - where the point and line intersection looks like + and talks like +

and this and that and the other thing all crossed at the t which is what you do

when you want to make your point as clear as a bell using an arc and a radius

16 X 27 = 432 the radius of the sun

432 X 432 = 186,624 observed as the speed of light

The 30 60 90 degree triangle forms in unique sets, defining and defined by the

ratio of one to the second to the third of 1 : square root of 3 : 2

The root real relationship of all things and the root form of all the subsequent geometric

forms possible of which the perfect rectangle is among the first and so the second

and third definitions of what forms are possible for something formulated

as HOH or HHO or OHH or H2O or any thing that has one or both of those

forms attached to it in the naming convention of things as that has come

to be: these days and nights of Helium spun reality: smelling of ozone...:..

and was given the form Θ βΥ the Hellenes or the Greeks or the Egyptians...

So the rectangular boxes are the first form of perfect square~Δ contain~ΣΔ in the perfect

rectangle formed from two squares form~ΣΔ~ed from two perfect tri angles

separated from the water by a dielectric capacitor which is going to ring

up the electron count until a certain value compounded out of the idea

above is Attained and wala the magnetic happens in reverse as electric

charge is distributed across the available electron receptor field which

when the entire thing is submerged in columns of specifically weighted

columns of H2O solution solved with plenty of Na+...:. is ready to transmit

a signal from the snap generator to the next capacitor down the circuit which

one always finds wrapped in the clear as a bell shaped royal Cartouche

which looks like a Car and acts like a touche sword when the content is out of

the scabbard and looks as authoritative as it can when contained with

the knot of V leaning against l Liesurely...:..

1000 centimeters cubed aka formed into a cube any size one likes where 10 X 10 X 10 is 1000 so why not use 10 as the length?

is one liter of some Volume of H2O at sea level ATMP and 30 degrees C else is us

One Liter is then the volume of one thousand cubic centimeters of H2O at certain pressure and temperature conditions of containment

One Liter of Volume defines one Kilo of weight of H2O which has the V turned sideways and put up against a wall Less defined by L than l

One Kilo of H20 at (SLATMcP) Sea Level Atmospheric Temperature Meaning (contained Pressure) represents the weight of the mass of

One Liter of H2O at the pressure found all around the sphere shaped earth at sea level on a warm afternoon around noon

One Liter is only found all around the sphere shaped earth at sea level at different densities depending on the pressure at the moment of

Measure meant meaning the location of the earth in its three revolutionary orbits at every given moment that is countable by dividing the

circle of 360 and more imaginary separations into 15 connected sections of 24 observing that selecting 18 sections of 24 would generate

more than the needed 360 at a rate determined as the sun. A story for another sunny night somewhere...:.

So as you now see, the so called metric system of measure meant is not what measurement means as anything until that thing is

compared to H2O as far as H2O goes as a solution that exists and solves solvable equations only here on the liquid face of planet

earth with~in ~ 6000 miles of the level commonly called sea level which is never registering a level reading when a bubble level is used

to detect the orthogonal property of the surface of the earth which is in constant motion either locally as in waves on the ocean or a river

carving a line in the sand or globally as you move with the earth the sun and the galaxy at =1000, ~62,000 and ~~432,000 miles per something

in three directions at the same moment every imaginary moment of continuity you can imagine in a circle of spherical spheres.

All written all around you above there on the surface.....using wwwwwavy llllllines

So my friend, what you need to be doing the next trip down the vibrator hole is to be :::

before you go down there ::: getting your numbers together on H2O and H2O + Na+ in

terms of electron negativity and electron transmit ability which is what H2O has for

Hot electrons that like to jump ship and for Cooler Older dudes who have a preference to

Ccchill with the homies and keep their stash Organized for rainy days or Ccold Old Nightss

when H2O organizes itself into compact form reducing the foot print for the at most sphere

of ATM pressure to offset its contained self with resulting in the compaction action that results

from water boiling at below room temperature when separated more than 33 feet from the surface

of some surface connected to the earth containing the volume of H2O to blow as it go~es...::..

You need to be getting yourself some plastic tubing and repeating this demonstration of

the fact that atmospheric pressure acts on H2O everywhere and all the time in certain known

and absolutely knowable ways as weight is fundamentally defined by H2O in one of its IONIC forms

only observable in the universe with IN ~ 6000 miles of the surface of ΘΣ so identified Earth. aka

the ear of Θ ΑΣ ΕΧΡΓΕΣΣΕΔ βΥ ΘΣ where Σ is the most highly abused greek idea in the history of humanity

https://youtu.be/hHNoHhbfFDQ?si=3j-1Ps6SPA3PJtFK

you need to read along and take notes while listening to a performance of this which explains that your

soul is the electromagnetic spectrum (see the tetractys above for the root and do the expansion your self)

code breaker who/which/what/that which decodes all waves into amplitude (the powers of 2) and

Frequency (powers of 3 evenly dividing all odd things using the root) in the Music of the spheres as music

which is also defined by the Tetractys and proven using the twelfth root of two as the other creator of

all octaves composed of twelve uniquely separated steps between every double of a power of the products

of 2 and 3 in all their possible glory as ideas of H3 aka He Her and all OΘΣΓ other ideas of the other that is

not the same and the same as the creator at the moment of creation which is always now right

alongside the moment of the ending of the known world which is also always now and only

controlled by the pH arrow who knows how to keep her powder dry in a rain storm that comes

up from below.

https://dn790005.ca.archive.org/0/items/timaeusofplato00platiala/timaeusofplato00platiala.pdf

https://youtu.be/8O6e9foZo6U?si=9NigYtHSy6EPFO8j&t=1863

 

In physics, the term dielectric strength has the following meanings:

• for a pure electrically insulating material, the maximum electric field that the material can withstand under ideal conditions without undergoing electrical breakdown and becoming electrically conductive (i.e. without failure of its insulating properties).
• For a specific piece of dielectric material and location of electrodes, the minimum applied electric field (i.e. the applied voltage divided by electrode separation distance) that results in breakdown. This is the concept of breakdown voltage.

The theoretical dielectric strength of a material is an intrinsic property of the bulk material, and is independent of the configuration of the material or the electrodes with which the field is applied. This "intrinsic dielectric strength" corresponds to what would be measured using pure materials under ideal laboratory conditions. At breakdown, the electric field frees bound electrons. If the applied electric field is sufficiently high, free electrons from background radiation may be accelerated to velocities that can liberate additional electrons by collisions with neutral atoms or molecules, in a process known as avalanche breakdown. Breakdown occurs quite abruptly (typically in nanoseconds), resulting in the formation of an electrically conductive path and a disruptive discharge through the material. In a solid material, a breakdown event severely degrades, or even destroys, its insulating capability.

In electromagnetism, a dielectric (or dielectric medium) is an electrical insulator that can be polarised by an applied electric field. When a dielectric material is placed in an electric field, electric charges do not flow through the material as they do in an electrical conductor, because

  they have no loosely bound, or free, electrons that may drift through the material, 

but instead they shift, only slightly, from their average equilibrium positions, causing dielectric polarisation.

 Because of dielectric polarisation, positive charges are displaced in the direction of the field and negative charges shift in the direction opposite to the field. 

This creates an internal electric field that reduces the overall field within the dielectric itself. If a dielectric is composed of weakly bonded molecules, those molecules not only become polarised, but also reorient so that their symmetry axes align to the field.^[1]

The study of dielectric properties concerns storage and dissipation of electric and magnetic energy in materials.^[2][3][4] Dielectrics are important for explaining various phenomena in electronics, optics, solid-state physics and cell biophysics.^[5][6]

Voltage, also known as (electrical) potential difference, electric pressure, or electric tension, is the difference in electric potential between two points.^[1][2] In a static electric field, it corresponds to the work needed per unit of charge to move a positive test charge  from the first point to the second point. In the International System of Units (SI), the derived unit for voltage is the volt (V).^[3][4][5]

The voltage between points can be caused by the build-up of electric charge (e.g., a capacitor), and from an electromotive force (e.g., electromagnetic induction in a generator).^[6][7] On a macroscopic scale, a potential difference can be caused by electrochemical processes (e.g., cells and batteries), the pressure-induced piezoelectric effect, and the thermoelectric effect. Since it is the difference in electric potential, it is a physical scalar quantity.^[8]

What is it:?

Flows freely within any channel

Spits on occasion

can be contained

is a container

flows along the path of least resistance

seeks itself always 

always seeks balance

is capable of determining resistance at any level

is capable of resisting at all levels

Is conducted in duct like tubes hollowed by regular geometry

moves itself

is self moving

organizes itself

is self organizing

can be stored

is self storing

is not generally visible

is all forms of light including heat

is  present and detectable at all levels everywhere

is generally not sensed

is sense able at any level

AI Overview

To build an accurate, 12-hour clepsydra, you must solve a core problem: the water pressure decreases as the reservoir empties, which causes the water flow to slow down

. A simple draining water bottle will not keep time accurately for 12 hours. A truly functional, long-running water clock requires a constant-flow system to maintain steady pressure. 

This guide outlines a constant-flow clepsydra based on the design invented by the Greek engineer Ctesibius around 270 BC. 

Materials

• Two large, heavy-duty containers or barrels: Use strong, non-corrosive material like plastic or ceramic. The larger the containers, the more accurate and longer-running your clock will be. The inner barrel should be slightly smaller than the outer one.
• A smaller, clear vessel: This will be your clock's measuring vessel. A large, clear plastic or glass cylinder works best.
• A float and a dowel: The float should be buoyant and non-porous, such as a cork. The dowel should be lightweight and straight, like a garden stake.
• Plumbing hardware:
  • One 1/4-inch ball valve
  • Flexible plastic tubing
  • Hose connectors, fittings, and plumber's putty
• Frame and support: Use sturdy, non-rusting materials like treated wood or copper pipe to build a frame that holds the components steady and vertical.
• Tools: Drill, fine-tipped permanent marker, stopwatch, and measuring tape. 

Steps

Part 1: Construct the constant-flow reservoir

1. Prepare the outer barrel: Use a drill bit slightly larger than your tubing to drill a hole roughly 2 inches from the top of the outer barrel. This will act as an overflow drain.
2. Prepare the inner barrel: Drill a hole near the bottom of the inner barrel, about 1/2 inch from the base. Seal the tubing into this hole with a hose connector and plumber's putty. This will be the water outlet that supplies the clock.
3. Assemble the reservoir: Place the inner barrel inside the outer barrel. Run the tubing from the inner barrel's water outlet to the top of your clear measuring vessel. Mount the entire assembly on a sturdy, level frame. 

Part 2: Build the measuring vessel

1. Prepare the vessel: Mark a "0 hours" line near the bottom of your clear measuring vessel with a fine-tipped marker.
2. Create the float stick: Press one end of the lightweight dowel into the cork to create a float stick. The cork should be at the bottom.
3. Create the guide: Secure a wooden stake or similar guide next to the measuring vessel. Attach two eyelet screws to the guide so the dowel can pass through them. The eyelets will keep the float stick upright and prevent it from wobbling.
4. Assemble: Place the float stick inside the clear measuring vessel, guided by the eyelet screws. 

Part 3: Calibrate the 12-hour timer

1. Adjust the flow: Connect your water source to the overflow hole in the outer barrel. Open the water supply slowly, allowing the outer barrel to fill. Excess water will exit through the overflow hole, creating a constant water level and pressure in the outer barrel. This consistent pressure will ensure a steady drip from the inner barrel's outlet.
2. Fine-tune the drip rate: Use the ball valve on the tubing from the inner barrel to adjust the water flow into the measuring vessel. Aim for a slow, steady, and constant drip.
3. Time the first hour: Fill the reservoir and start a stopwatch when you open the valve to begin the drip into the measuring vessel. After one hour, mark the water level on the measuring vessel with your marker.
4. Calibrate the clock: After marking the first hour, continue marking the water level at one-hour intervals for a full 12 hours. The water marks will likely not be evenly spaced due to imperfections, so marking each individual hour is necessary for an accurate clock. 

Part 4: Use and maintenance

1. Operate the clepsydra: To begin a new 12-hour cycle, simply fill the reservoir to the overflow level. The float stick will rise in the measuring vessel as it fills, and you can read the time on the side of the vessel.
2. Replenish the water: To keep the clepsydra running continuously, you can use a small, low-powered electric pump to supply the reservoir from a water tank. Ensure the flow rate is balanced so the overflow drain always runs.
3. Perform maintenance: Check for leaks periodically. Over time, the hole may change due to mineral deposits or wear, affecting accuracy. Keep the water clean to prevent blockages.