Friday, August 18, 2017

Electricity in Ancient Egypt II

In addition to http://georgesblogforfriends.blogspot.com/2015/04/electricity-in-ancient-egypt.html

Just took another look of different drawings of the Great Pyramid as returned by google searches. To me right now it looks like the Pyramid may have many functions of which one could be interstellar communication. For that to happen in full duplex real time you need a steady source of light for using entangled photons that are put out naturally by a star and the only one could be Polaris. A source that could send entangled photons in space of which some would reach Earth and some would reach the other planet you want to establish communication with, possibly even in our solar system. Separating those photons from others could be the job of the shape of the shafts.

About that i wrote here but don't know how accurate and really don't want to read it again cause i'm too tired. http://georgesblogforfriends.blogspot.com/2014/11/interstellar-communications-through.html

There are others inquiring about what the pyramids are and what they were designed to do.

http://www.gizapower.com/Blast.htm

I could spend probably the rest of my life thinking of the purpose of this pyramid. Or i could get lucky and figure it right away. One thing is obvious from the first look at the pictures. The thing has been engineered according to plans done by scientists.

I just wrote recently about the strange properties of surfaces. A simple separation surface between a solid and a gas when heated can alter time and entropy. It is my intuition that tells me there is a whole science of shapes that could give birth to devices unimaginable to us right now. There is much to be done following the idea of Szilard, that is entropy can be reversed by adding information or intelligence to structures and one way to do it is by designing shapes that could accomplish things. (That if they didn't already do it as i suspect, in secret).

Just remembered. The diode that is at the foundation of all devices we use today to communicate on the internet, the predecessor and a component of every transistor is accomplishing its function at the separation surface between two geometrical zone of doped silicone. (and again a mental block by its name).


And let's not forget here the freemasons and their obsessions with geometry.

Back to pyramid. What is the main shaft doing actually? Separating photons that may be entangled with some going to a different planet, from all the others, storing them, retrieving the information and using it to modulate or even maintain the ionosphere or do other things on Earth?

Stabilize the precession and trajectory of Earth? Watching us? All of these and more?

Could it be it is now broken and part of its initial functions don't work anymore?

There are pieces of granite figuring what we call the King's chamber that have been obviously machined or processed by some even higher technology also not available in the time and space we think they were build. Could they have been done as a last effort of some aliens after landing or by an automated drone sent here to establish communication and more while the rest of the pyramid was done by a zombified or genetically modified local primates for which they altered climate so they can be easily fed by the cyclical flooding of the Nile. Anyways, some of those stones now are cracked.

Forget about everything you hear in this video and just look at the images. The explanation with sealing the King's chamber does not last a bit. If they wanted to seal the King inside the pyramid they could have just poured more lime concrete blocks as they done with the rest of it.

(As a high school student i worked many jobs. Sometimes during summer i was chiseling inscriptions in marble. But the guy who was paying me to do this job once gave me a piece of what he called "black marble" to write something on it. Now i know what it was. It was a sort of black granite. While in marble i could do easily a one inch 3D dug letter in every 10-20 minutes or so, in granite i could barely scratch the surface and all my steel tools (my chisels for the job were made out of file steel, that is a steel that can file through other steels) worn out before i finished the job. Later i found out that granite is actually tougher than many kinds of steel, or the toughest natural building material, tougher than many types of concrete). How could the workers of the bronze or stone age with no high alloy steels process the granite to those shapes and with such a precision they could have been assembled and figure early machines without the use of machine tools and without current or even late 19th of early 20th measurement techniques. No way.)

I think they used some sort of small scale advanced technology brought on a ship that could not have lasted (both the ship and the technology) and they did it with the purpose of them to be opened when civilization on Earth had reach a certain stage. Or earlier by those knowing how.

My idea? It's got something to do with time. Preserving something in time. Maybe technology, maybe information, maybe our planet. Maybe it's a shape based advanced device or terminal linked to another planet that may accomplish things here on Earth. If they were objects, pieces of technology, drawings and/or devices in there they most likely ended in the wrong hands.

Tuesday, August 8, 2017

About Liquid-Gas Phase Equilibrium

The molecules of liquids and gasses both attract and repel each other because of spatially distributed electrical charges of their molecules. They are also in a continuous so called Brownian motion where all molecules hit others exchanging speed and energy, the faster ones loosing energy to the slower.

Both within liquids and gases speed distribution a normal or Gaussian because they hit each others every time at a different angles and positions respect to the position of the electric charges presented at collision time which means in both phases more molecules move close to average speeds and fewer close to smaller and higher speeds.

However there are big differences in speed between the two phases, liquid and gaseous. In a closed container that holds liquid at bottom and gas on top fewer molecules in gaseous phase move much faster in order to create the same pressure and temperature as those much more numerous in the liquid phase below.

They do it because only at higher speeds they can brake the electrical bonds between them.

We also have to consider the simple fact that a molecule with a spatially distributed electric charge and weight would have a rotation energy.

In liquid phase molecules rotate less mostly oscillating because they have to stay bonded with each other. For this reason their distribution of speeds or entropy is smaller than for gases. The model is also complicated because they all move within a gravitation field which acts to completely separate the liquid and gaseous phase.
Some of the total energy of molecules moving withing a gas or liquid or the so called thermal agitation is stored in the rotation momentum, not only straight linear or curve line motion momentum (because of reciprocal attraction or repelling of the electric charges their trajectories between two hits might not be a straight line but parables or more complicated ones).

So after all, the so called difference in entropy between gases and liquids could be nothing more than difference of rotation speed component of molecules within the two phases.

Turning a gas into a liquid involves bonding of the molecules and stopping of their rotation movement or reducing it to wave oscillation within a matrix.

Also. When compressing the gas molecules with a linear reciprocating motion compressor on average we do not add rotation but only linear motion and when cooling them after compression like in an AC we extract mostly rotation because the solid molecules on the side of the pipe vibrate mostly around a rotating point but do not move freely.

https://www.google.com/search?q=liquid+dipole+dipole+interaction

https://www.jstor.org/stable/984598?seq=1#page_scan_tab_contents

But what happens to the thermal agitation within the liquid if all molecules are attached to others in more than one point? Will they vibrate as a piece of jello? Are they constantly breaking just to get immediately attached to others? Probably both depending on the temperature and of course at the surface near the interface there will be more breakages and reattachment then at depth.

From this google search however we can see there are many theories about this extraordinarily common, complex and overlooked phenomenon of which none seem to completely follow the intuitive dynamic molecular approach i'm trying to describe here.

https://www.google.com/search?q=liquid+gas+interface&source=lnms&tbm=isch

If we completely remove air from a container filled partially with a liquid then close it will instantly boil until it will fill the vacuum with gas that achieves the necessary pressure for the two phases to coexist but due to gravity the liquid phase will separate at the bottom and there will be also a membrane like separating surface between the two also due to electrical attraction between molecules in liquid form at the surface.

https://www.google.com/search?q=water+bubble+in+space&source=lnms&tbm=isch

However there are other theories that say the membrane is more of a wave like structure with an ever changing shape.

"This series of experiments led to consideration of some profound questions about the nature of the gas/liquid interface, particularly when distances are measured in nanometers. At this scale, liquids don’t have a sharp edge; rather the transition to a gas occurs slowly and is often “wavy.” Tiny “capillary” waves create a dynamic surface on liquids that look a lot like a rough sea to the molecules on both sides of the interface. And, the shorter the length scale under scrutiny, the rougher things get. To a molecule, a “placid” liquid surface can look like a snapshot of water boiling!"

https://jila.colorado.edu/research/chemical-physics/chemistry-gasliquid-border

We may always have spatially distributed changes in the normal distribution of molecular speeds and densities next to the surface of a stable liquid-gas closed system with changes in temperature which may be measurable or subject of computer simulations and eventually used as a power source.

"It is shown that the presence of the temperature gradient at the interface due to evaporation leads to reduction of the surface tension. The results of MD simulations are in agreement with the results of thermodynamic approach."

http://aip.scitation.org/doi/abs/10.1063/1.478779

"previous simulation studies have mostly examined the bulk thermodynamics of water evaporation, treating water as a continuum, and neglecting effects tied to individual molecules." "Each time a liquid water molecule enters the vapor phase, a coordinated dance of several molecules is involved, according to simulations."

This is one step closer to prove that molecules that evaporate have a minimal and narrow speed range and as soon as they are in gas phase they start absorbing energy from the other molecules just to get at "normal speeds" and this is where one part of the heat absorption through evaporation happens.

But for that molecule to survive above surface it needs a first hit from the molecules of the walls of the reservoir or from another molecule coming from behind that eventually gets back in the liquid loosing its energy. Otherwise it will be hit from one above and return to water with more or less energy than when it escaped while that molecule hitting from above will loose some energy by hitting a slower one and a domino effect will start and a temperature gradient will be created.

By removing the fast molecules on top with a compressor or even with a fan more lower energy and lower entropy molecules from liquid will raise, creating a bigger temperature gradient.

https://physics.aps.org/articles/v8/118

Let's now talk about heat pumps. If for the practicality of this demonstration we use a liquid with boiling point @ environmental temperatures and pressures and instead of a reservoir we partially fill a radiator made of a winding pipe and start extracting gas from it with a compressor, there will be more room for molecules in the gas phase, the pressure will decrease and the liquid will release more molecules but only at speeds close to thermal vibration of the liquid which are much slower thus colder than environment that would start to the fill volume and heat up or catch molecular speed from the molecules of the pipe of the radiator due to temperature difference with environment while cooling the radiator and the gas towards the end of the pipe next to the compressor will have again normal speed distribution and environmental temperature though at lower pressure.

The compressor will have a side effect and that is heating up the gas at temperatures higher than environment because of the movement of the piston that accelerates the moving molecules. So we can add a second radiator right after the compressor with a valve at the end that holds pressure called relief valve that would cool the gas with the relief valve connected back to the first radiator in a closed circuit.

At some point the compressed gas inside the second radiator will start to cool and turn into a liquid but at a higher pressure.

Molecules in the second radiator at some point through cooling though at higher pressure will start to pair or form chains or clumps with much lower average speeds than gas because as liquid they have to stay within the speed limit of breaking the electrical bonds of molecules at that pressure for existing as liquid.

Then the relief valve that holds the higher pressure at the end of second radiator ensuring cooling of the freon at higher pressure inside will let liquid freon go back into the first radiator at a lower pressure when it starts turning into gas again or restart the cycle from the beginning. And this is the description of design and working of the current heat pumps and ACs through molecular dynamics interpretation. Of course there are formulas and all pressures and parameters and capacities of different components that have to stay within certain limits for the whole system to work efficiently but mainly this is how it works.

***

I think the main phenomenon is: fast and slow molecules during compression all collapse into electrical bondage at the same speed or energy regardless of their initial speed while loosing their extra energy to the environment in the second radiator due to higher temperature and pressure created by the compressor in the same time being released from bondage during decompression in the second radiator at constant speeds or spead of electrical bonds breakage instead of random and higher speeds thus decreasing entropy for the system.

Also in the second radiator the system dumps energy by slowing speed for every molecule individually, no matter what its initial speed until their speed is right for pairing or bonding it with another molecule to become liquid and removing it from the gas and this can be done only at higher pressure and temperature than the environment with the help of the compressor also decreasing entropy for each molecule individually.

This happens again through molecular selection. Only those with right speed, no higher will turn into liquid at the surface.

If faster molecules end up inside the liquid phase, their heat or energy will be distributed in the rest of the liquid and lost at the contact with the pipe and cooling it while the others will continue hitting each others in the walls of the pipe of the radiator loosing speed and heat or energy to the colder molecules of the metal pipe which in turn looses is to the environment until new ones are selected.

In the end all molecules with random speeds will end up in the liquid phase with more constant speed and position and at evaporation emerging molecules are selected like in Maxwell's thought experiment with the extra heat lost in the environment in the second radiator.

Sunday, July 30, 2017

A Trip To Kah-Nee-Ta

When clicking on pictures
press <F11> to go full screen and back


Thursday, July 27, 2017

Avicii

"It is described as located in the south of the universe and beneath the earth."

"The gods in heaven are beheld by the inhabitants of hell, as they move with their heads inverted; whilst the god, as they cast their eyes downwards, behold the sufferings of those in hell."

"the different Narakas known as Raurava, Śúkara, Rodha, Tála, Viśasana, Mahájwála, Taptakumbha, Lavańa, Vimohana, Rudhirándha, Vaitaraní, Krimíśa, Krimibhojana, Asipatravana, Krishńa, Lálábhaksha, Dáruńa, Púyaváha, Pápa, Vahnijwála, Adhośiras, Sandansa, Kálasútra, Tamas, Avíchi, Śwabhojana, Apratishta, and another Avíchi. These and many other fearful hells are the awful provinces of the kingdom of Yama, terrible with instruments of torture and with fire; into which are hurled all those who are addicted when alive to sinful practices."

I was thinking the other day what else could have been in ancient Indian scriptures. Now i found one more thing. I don't believe these are names for hell. Could it be geographic names for places in the southern hemisphere after some climatic or other type of disaster that have been misinterpreted, badly written or translated over millennia?

I had this picture in a different post but i put it here because of the 23 degrees angle of the djed. Also the two loops on top of the djed could figure Earth's magnetic field and the four disks high voltage. I got this in a blog post that needs to be rewritten since i started with an idea and ended with two others.
Also this one seem to indicate mass migration or threat from mass migration from the uncivilized South, the ecliptic and the link with heat from Sun.