Another level of understanding

What is a wizard of course we're talking about in our time.

Well in our times in 2018 we don't believe in Legends or fairy tales sorry, so a man with magical powers is just as believable as Powers coming from nowhere or what we call Never Never Land. No where does it exist except in those fairy tales, what the dictionary calls fantasy.

So if you really want to know the truth and go to the next level of understanding, to know why they would even mention this word in a dictionary other than a fictional understanding then listen. 

In accordance with facts and reality a wizard is a person of amazing skill or accomplishments that can offer guidance through complex or archaic; in more simpler terms a wise man or a very clever skillful person, or also a MacGyver. A person that can improvise and innovate his way out / to coming any situation by making use of whatever items are at hand or are known to him or her. This is a gift and not everyone possess it so they are looked upon as special achievers, it should be also stated that there are many levels of wizards some have very low skills and some very high skills, But all are on a level of extraordinary greatness. Wizards are normally hidden away both in fictional books and reality such as Tesla, do you know any great inventors, innovators, inspirators, tinkerers, handyman underdogs who seem to achieve a level of greatness that people now Marvel over today. Let's use an actual person from both science and fiction, Arthur C. Clarke formulated his three laws in which are well-known and widely circulated.

Let's start from the third law to the first law.

The third law state. Any significant advances in technology is indistinguishable from Magic, let's take into consideration Star Trek widely known and circulated now compare it too Us in 2018. Now put on your imaginary thinking caps and Wiz back to early 1600, you would have been burned at the stake for witchcraft.

Second law. The only way of discovering the limits of the possibility is to venture a little ways past them into the impossible. A law that governs all natural Wizards, anyone else whether they be an extraordinary teacher or a professor who will never Adventure outside this box, will always stay ordinary.

That brings us to our third law. When a distinguished but early in science and technology person state that someone or something is possible he is almost certainly right. And yet when he States that something is impossible he is very possibly wrong. So what are we trying to say, let's put it in a simple terms all three of these laws appear in his book failure of the imagination, that is as simple as it gets! If you have imagination you use these three laws, if you have no imagination you stay normal and undistinguished. So if you want to become a wizard use these writings as a scientific research paper check out our Facebook show me your proof or even our level 2 show me your proof blog, more to come on that. But remember that this for the hidden wizards of the world who can MacGyver the heck out of the possible and Adventure into the rims of the impossible like going in and out of the Matrix itself, this website is for you, achieve, amazed, and Inspire the world.

Wrote by Lloyd G.Stovall; surname, the electric Wizard

sponsored by: Media Library

Paper from my old blog: (MacGyverism) teaches you how to make your own gas

MacGyver-ism           learn how to make your own gas

I have used this term many times but what does it mean;The term "MacGyver" has now become part of the colloquial American English lexicon. When one "MacGyvers" a solution to a problem, one finds a simple yet elegant solution to something using existing resources. This is in contrast to a kludge, or a Rube Goldberg, which is generally complicated and problematic.
Why am I mentioning this word well today we are about to MacGyver the videos at myFacebook show me your proof  so you understand that I'm not just showing you a single video I'm showing you a multiples of videos so you can start connecting them together, most people cannot do this they just simply see the information in front of them. But again we must think outside the box how to use this to my advantage this is the definition of MacGyver.
So let's get started;
Let's start with a scenario; you are at your house the electricity goes out and so does the heat it's in the middle of winter and you are freezing what do you do?
 well lucky you prepared you pull out those old rusty discarded propane tanks you've been Gathering From around town, example yes you begin to store wood gas over the summer in those propane tanks to be used for later, what is wood gas example does this really explain let's give another example now you even have an idea on how to put the gas in the container but there are so many types of containers do we have any examples to put it in those other containers will we do and also we have upgraded but to get that information you will have to buy that from Media Library those are our level 4videos but for now if you can do it yourself to MacGyver it by yourself then this is what this example is for.
Well you should also know building a gasifier that makes this type of gas is a little different than actually getting it into the Container for storage example let's give another example because you can always go buy an adapter instead of actually building your own adapter which would take a little bit more macgyvering example  Example 2   example 3   example 4 now let's stop here this is a lot of videos it was the very point we wanted to get you to understand why we're called Media Library first every video you have looked at has been researched by us and one I mean research I mean actually putting the application to use then we store that in our library and we try to upgrade it that information later on this constitute what media library is all about now doing that for 35 years we've gathered quite some bit of information. So can we go further on this subject on how to put your own gas in a propane tank or any other gas we can even go as far as the aerosol smaller cans or your lighter fluid Chan's and refill them with any gas you desire but we will come back Andre edit this discussion to ask on further information it was just a teaser on letting you know exactly when we tell you to MacGyver something what does it exactly mean I hope it's been helpful and remember keep watching those videos too expand your own MacGyver ism.

Papers from my old blog self running generators

 A Discussion on Self-Running Generators

It is time to show you the proof that they do indeed exist.  But first let's start with some facts that you may already know, or may be familiar.  This will help with the process of understanding that the technology already exist.  But it is not popular among the corporations who are trying to make money.    

Your car's electrical system powers everything from the ignition and fuel systems to accessories such as your radio, headlights and wipers. The electrical system is, in turn, powered by the engine. Here are the three key components of the electrical system:

Battery

• When your car's engine is off, the battery provides the required power to the rest of the system, as well as during start-up (cranking). It also supplements the power from the charging system during periods of high demand.



Charging System

• This is the heart of the electrical system. It consists of three main components: the belt-driven alternator, various electrical circuits, and a voltage regulator. The alternator supplies power to the electrical system and recharges the battery after your car has started. Just like it sounds, the voltage regulator controls the voltage, keeping it within the operating range of the electrical system.



Starting System

• This system consumes more electrical power than any other in your car. The starting system consists of three components which work in tandem: the ignition switch, the starter relay or solenoid, and the starter motor. The ignition switch controls the starter solenoid, which activates the starter motor. The starter motor then turns the engine until your car starts.

There are three things you will need in order to have a self running generator:   
   
              Let's take for example, the concept of a car: 
     
      1. You have an engine. 
      
      2. You have an alternator which supplies all the electrical needs in the 
          car (radio, lighter, air and heat conditioning, as well as various ranges 
          of lights, and more).  This is no small feat for an alternator to run.  
          Then, you end up plugging in other things that draw even more power.  
             
     3.  But that 12 volt can handle it all, as long as the alternator is charging 
          the battery.  This is the third thing you have in a car to keep the 
          engine running.  

So all we need is a powerful enough engine to turn the alternator fast enough to supply electricity to your battery.  But understand Between the battery and the motor you have and supporting engine without the alternator. So what we are stating for scientific proof is that an electric motor is powerful enough to run a generator. Let's make a small statement before we look at this proof.  Why do they take the alternators out of electrical vehicles if they need the batteries charged more than gasoline-driven cars that have only one battery.    that the motor is powerful enough to drive an alternator, or do we?    

      Let's look at these inventions:  If this scooter can drive you 18 miles an hour 
       down the street and carry a 250 lb man.  How powerful does this little motor have 
       to be?   Remember we're not trying to move a person-- we'd just trying to run a 
       generator.   
       1# let's see the proof:  Let's also note and take a look at why a corporation would 
       not want you to have electrical vehicles.  
       2# let's see the proof:  Now that you know General Motors streetcar conspiracy 
       refersto convictions of General Motors(GM) and other companies for monopolizing 
       a deliberate plot to purchase and dismantle streetcar systems in many cities in the 
       United States as an attempt to monopolize surface transportation between 1938 
       and1950.  However this was not the only technology that GM tried to suppress.  
       3#  let's see the proof:  While there is much more, what we are trying to state as 
       proof, is that there are technologies out there that are being hidden from us.  The 
       fact that these types of motors are as powerful as a car motor is problematic.  
       So what motors are we talking about?  We are talking about "Brushless Motors".   

       4#  let's see the proof:  Out of a 17:55 video you only need to watch from 0:54 
       to 3:58 to get the meaning on how powerful this motor is.  Let's back this up with 
       another video from the same person.  
       5# let's see the proof:  Now that we understand that these motors are used in 
       a wide range of vehicles all the way from scooters of all sizes-- to drones of all 
       sizes.  Big and small.., these motors are being made.  They even have 
       "brushless motors" that are being put into flying drone taxis.  But yet, from all 
       the information we have gathered, they simply do not want to attach this 
       information to generators and to alternators that keep the batteries charged.  
       So now you just have to experiment, like we do.  What you will find out is that,
       even the smallest brushless motors can put out quite a bit of electricity.  With a
       few modifications from Tesla, like turning all the iron in that motor into brass or 
       copper, it would improve your motor by reducing the amount of back torque in 
       your motor.  This means that your motor will spin more freely and conserve 
       more power.  

This is why brushless motors work so well, if you know how to compare the two-- that is an "Edison Motor" verses a "Tesla Brushless Motor".   I could go into more and show you more about these
types of motor generators.   But as a matter of fact, we would like you to do a little homework of your own-- and look up the words "motor generator".   Note: See that the "Step Up Motors" exists, and the motor we are designing with an electric motor IS THE SAME CONCEPT (A Step Up generator with an alternator).  This keeps the process going which we call an "indefinite motor" because we do not believe in perpetual motion.  So, it is time for us to move forward with more information for you.  However, we will be returning back to this subject again.  But for now, this is "Food For Thought!"  


Thank you for listening to our hypotheses.   

Why I believe them even if they are lying

Two things either the people on YouTube or lying or they're ignorant to the facts, it doesn't matter if they are absolutely lying it's only matters what you know. Example if you had looked at the example highlighted in blue then you understood that John Hutchins made a crystal battery, is this information true or not?

So many people have ticked rocks off the ground like demonstrated in the video and didn't get any electricity out of it so what's going on, is it just a bunch of people lying on YouTube. So let's break this down from a library point of view, as we watch the video we understood exactly how he was getting electricity from those rocks. We also understood that the people didn't understand how he was doing this so it makes him look so smart. So let's tell you the secret on what's going on because this explains the lies and the truth in his actions. Let's understand this first he was telling you the truth, second he was keeping information from you so he could either, make money, look important, or some abstract reason we fail to recognize.

So what's the big secret!

Dolomite

When he was looking on the ground for different types of rocks, he trained his eye to look for rocks that had Dolomite crystal in it. Dolomite makes electricity when under pressure, rock formations are always under pressure. So now that you understand what is going on with this battery that could last for hundreds of years. Which was already discovered hundreds of years ago by the Egyptians, of course the scientist have been trying to keep suppress for a long time but whether you believe it or not the truth is Dolomite makes electricity.

So is this example true or not true. The answer is probably yes, we won't speak two if he's telling the truth on what type of readings he was getting. We just followed his other videos and when he mentioned the chemicals involved we knew he was telling the truth, he made a dolomite rock crystal. And it's under pressure as it tries to expand!

                   Heat is pressure         

So the only thing you need to know now is what elements are in Dolomite rocks?

Calcium

Calcium is classified chemically as one of the alkaline earth elements (that is, in Group 2 of the periodic table. The metal is rather reactive. It readily forms a white coating of calcium nitride (Ca3N2) in air.

Magnesium

Chemical element, metallic, symbol Mg, situated in group IIa in the periodic table, atomic number: 12, atomic weight: 24,312. Magnesium is silvery white and very light.

Cobalt

Cobalt has been discovered in Egyptian and Persian artifacts from before the 2nd millennium BCE. Cobalt is a hard ferromagnetic, silver-white, hard, lustrous, brittle element. It is a member of group VIII of the periodic table. Like iron, it can be magnetized. It is similar to iron and nickel in its physical properties. The element is active chemically, forming many compounds. Cobalt is stable in air and unaffected by water, but is slowly attacked by dilute acids.The radioactive isotopes, cobalt-60, is used in medical treatment and also to irradiate food, in order to preserve the food and protect the consumer. Stay tuned to what we are going to use this technology for to give you a small hint we are going to build a center block for buildings out of this type of battery. The building itself will generate electricity, we'll talk about how sophisticated this building will be and how big it will be in the next paper.
Just remember you can always get this information from any Library, but if you would like to reach us give us a call at 313-651-5349

Reconfiguring Gerard Morin motor

Are you familiar with Gerard Morin

He uses a front loader washing machine pump motor which cost about $50 to buy. Now if you would like to make your own Gerard morin motor look at this example and understand. Of course we're not going to make cars out of paper, and it will be driven in a different way to.

You're going to need some ball bearings

A couple threaded bolts And their nuts 10.

At least two circular magnets or ring magnets just make sure that ring magnets fit over the threaded bolts.

Some duct tape

10 Fender washers, make sure they're not bigger than the ring magnet the same saws or smaller not too small so they go through the holes of the magnets, also make sure that the threaded bolts fit the fender washers

Okay this is what I'm going to give to you free, from the example to the parts and the sketch you should be able to figure it out if not then you can contact Media Library 313-651-5349 or email us at showmeyourproof1@gmail.com and you can buy a more detail with names diagram instead of a sketch. Keep in mind this is supposed to be a Gerard morin motor which we changed into an alternator, try using neodymium magnets. And play with different wire sizes to get the ultimate output remember the goal is to get 120 to 220 output at least now find you a electric motor to drive your alternator then upscale it by making more than one alternator for the motor to drive, remember each 120 volts is equal to a wall socket. And if you remember the switching trick then you understand adding a battery and switching back and forth between the alternator and the battery will give you the amps you need in this system you just made a small self ran generator, if you can figure out all the other small details we didn't tell you of course again I say this is what you get for free.

Back torque energy in water flow

This is the old paper in the original, the updated version is right here; https://showmeyourproof.blogspot.com/2018/06/free-and-cheap-off-grid-power-ram-pump.html
There also is a back torque in electricity or back EMF,

Understanding flow, which equals any element that flow creates energy.

We've covered the Seebeck effect, And the peltier effect which now makes the statement that any energy that flows or Cycles create energy, instead of getting all philosophical in staying who should I count the ways. No stop I'm just going to say, there are a lot of ways to make electricity flow and this is just another understanding,so you get it. let's talk about water flow!

Ram pumps or water hammers have been around for many decades and are popular for two main reasons: They need no external source of power -- the force of moving water gives them the power they need. Since we are comparing electrical sources to this water source understand that this water source works on its own power, I'm stating to you that electricity can also do the same if you know how to switch it or in this case Pump It.
They are extremely simple, with just two moving parts, You only need one part in electronics called a transistor switch.
The pump uses the momentum / flow of energy, of a relatively large amount of moving water. In the electricity this would be the battery storage device. to pump a relatively small amount of water uphill. This would refer to work being done the power.
To use a ram pump, you must have a source of water situated above the pump. For example, you must have a pond on a hillside so that you can locate the pump below the pond. You run a pipe from the pond to the pump. The pump has a valve that allows water to flow through this pipe and build up speed or pressure. This would be equivalent to voltage and amps.
Once the water reaches its maximum speed, this valve slams shut. An example for electricity once the battery is full it would switch, and when it does it will have the full power amps and voltage that's stored in batteries.
As it slams shut, the flowing water develops a great deal of pressure in the pump because of its inertia. Equal to back EMF, this is also why so many people states that they're getting a higher output on the back EMF Spike because of this type of flow.
The pressure forces open a second valve.
High-pressure water flows through the second valve to the delivery pipe (which usually has an air chamber to allow the delivery pipe to capture as much high-pressure water as possible during the impulse).
The pressure in the pump falls. The first valve re-opens to allow water to flow and build up momentum again. The second valve closes.
The cycle repeats. Here's a special treat I'm going to let you see one of our simple sketches, to give you an idea how to get energy out of such a pump even with the waste water.

The delivery pipe can rise some distance above both the pump and the source of the water. For example, if the pump is 10 feet below the pond, the delivery pipe might be up to 200 feet above the pump. Some people may say, that the one big disadvantage of a ram pump is that it wastes a lot of water. Typically, only about 10% of the water it consumes actually makes it up the delivery pipe. The rest flows out of the pump as the water builds momentum. Into you read this paper and seen our diagram which we have made inside of Home Depot buckets, again to see these things you must pay for the design and work put into him either by coming to one of our seminars or calling 313-651-5349 and inquiring about some rudimentary blueprints for sale of course you will get a free VIP ticket to one of our seminars by using this message. This is Lloyd Stovall from Media Library showmeyourproof1@gmail.com

Understanding what Tesla switching is all about

What is  Tesla switch

Simply put it is the law of impedance; let's give you an example from another of Tesla's invention which uses the same principle. And most of us know that electricity is compared to the flow of water, so you should understand how someone could come to the same conclusions as Tesla did, doesn't matter if the device worked as well as other devices we will improve it in time. Please keep that in mind ! If you clicked on the Tesla switch highlighted in blue at the beginning of this paper, then you have some idea on this thing called a Tesla switch. In today's terms we use this Tesla switch not by switching the batteries out or arranging them in another order I called this rotating my batteries. No you're simply going to use an electronic switch but the principle applies, keep in mind that a balancing switch is technically the same thing but does a different function. Even though they could work together in a more sophisticated circuit. I guess this is why they called them logic circuits, once you understand they can work together in a series of complicated switching back and forth then you have one logical machines. Example

Let's to you about our experiment and how we use it in a simple and easy experiments to redo placate.

We start with a powered solar powered battery charger from, Shenzen Hai Ying technology co.,ltd with a capacity of 50000 Milla amps what's an input DC 5 volt at 1.0 amps and two outputs 1 output DC 5 volt 1.0 amps, to DC 5 volts at 2.1 amps and the name of the power bank itself is called moving power. It's a square bulky type of power bank with an on and off switch because we know that it takes five votes end we're going to name this as a constant. Why we know that we could easily produce 5 volts from a toy generator, when you begin charging it the Ford lights will begin to light up until the last one is fully charged the lights are solid and stay on indicating that the battery is full, then you plug in your Echo as we did. It didn't work does it take more energy than this thing supplies know you had to push the on-off button to start letting the energy out. The echo comes on the last Light out of the four starts to Blink on and off this is the switching from The Source plug into the wall and and the battery. If you unplug the Source from the wall that is plugged into the in 5 volt plug the light stops blinking that's because the switch they have inside this device, switches off and you're only drawing power from the battery. Plug that power source back in and the light begins to Blink on and off the switching mechanism is now switching back and forth again between the plug from the wall and the Battery Source. Why does it do this so the batteries never overcharge. So why are we mention it to get you to understand that we have been running this experiment for some years now to see how long the battery can last in this type of situation. The batteries never hardly get used and seem to be lasting for quite some time, we could use this technique for other devices and we have quite successfully the little impedance trick when the batteries are full means that we could quickly use all of its backup power that means the energy stored in it to run a system and then switch off to another source of energy like an alternator which may not have as much power as the battery themselves or the amperage. This simulates alternating current when the current drops it pretends to go back the opposite way that's why the experiment with the Tesla switch is so important. Now keep in mind if you do this with a car battery and you switch between the two once it switches off the battery, the alternator must pull double-duty it must charge the battery and run whatever is on its load, the power stroke comes from the stored energy in the battery switch back and forth at 60 hertz and it doesn't matter the machine runs perfectly and the battery stays charged. Since we have used this in so many other devices we want you to leave comments at the bottom of this to let us know if you had success or not if not contact us at the library 313-651-5349 to get more details or email us at; showmeyourproof1@gmail.com

on this little trick, it's so important Because you're going to use it in so many other projects, the Tesla switch is in important landmark so don't forget it because the next paper that we write will be on water, which we mentioned in this paper and show you that the switch works just as well with water as it does look electricity. This is to get you to understand what is happening in the battery  when we demonstrated with water To be continued

What metal light bulbs why!

Metal light bulbs

A simple and easy idea to make a light bulb made of metal and collect the 90% efficiency through thermal conductivity and make a  non nuclear reactor. In a 75-watt bulb, the wire heats up to about 4600 degrees Fahrenheit! ... Incandescent light bulbs aren't the most efficient light source, though, because 90% of the electricity they use produces heat, while a measly 10% produces light. So you could see in our last paper that the ideal is sound we just have to come up with a clever idea for producing a better light bulb not for its light but for it's Heat. And that is an electric thermal heating element or better known as an electric stove, we were in such a rush on the idea about the light bulb that we didn't realize or make the connections between heating elements that already exist, and this would include magnetic induction so what happened with this idea why did we not conclude with it, the simple fact is we streamlined it it became very small and very simple. That's because all these ideas were at the extreme level they just proved one thing that you had a working idea but it doesn't explain the principle. So what we end up with is understanding a principle of switching back and forth between two sources of energy, timing. Because you can alternate electricity it is possible to power two different devices with one energy source by switching The Source back and forth and running the two devices on alternating current. So what am I talking about alternating current has a back EMF in this case is just a back flow of energy which we found out could power your device if you timed it correctly and as it flows back the other way it Powers the other device both devices would have to use alternating current. So let me keep this simple by going back what we end up doing with the thermal electricity devices (peltier) we simply made that device heat itself once the two metal plates on either side of it one plate got cold and the other got hot we then switched it off it begin to make electricity, so here's the little trick 1peltier in the center of the metal plate and for others around it. The plate gets hot and on the other side that plate gets cold, you then switch off the power to the peltier in the middle and it itself starts to produce electricity from the stored heat and cold you've already done, now you switch it back on and off to keep the temperature study. One source into the plates and 4 sources out of the plate a fair trade-off, it would seem that we have more energy coming out of the device then going into it but you would be wrong, you would have to account for the energy going into the metal plates and the time it stored it up. We just manipulated the energy source to suit our needs just like you do in a regular car which is so inefficient it boggles my mind that people think that the car is the state-of-the-art machine. It's just a big wasting bulk of metal is efficiency is about 10 percent at best but we have learned that it makes a great heating element. Again when you know all these little variations then you can always make them work to your advantage, what would we do with all that energy stored in the plates and coming out from the peltier, we would storage in the batteries and use it very little for that one little peltier. And put half of the energy coming out back into the battery much like it works when your car battery turns over your car the alternator now puts the energy back into the battery. It's not a very complicated system and you just stored all that extra energy in the batteries and use very little of it to keep the system going. If you don't understand spend a bike wheel and then tapped it to keep it going at a constant speed that's what's happening in these types of systems switching is the key to all these devices. It doesn't matter if it's a light bulb made of metal it's just for show, the point is timing and alteration is the key to making our devices Loop. The battery storage we already knew! So let's take it to the next level on a different project we now have to begin with electricity and they're switching element

Building a thermal core

Thermal energy core

This is a theoretical science project, the purpose of it is to walk you through how we produce actual thermal engines we have that was created over time. How did we come up with this idea step by step we started with a theoretical idea, by the way here is a little spoiler alert: got thermal jacket we made came out of the makings of this here is the scenario;

Since our last project was on the the subject of steam engine which is a thermal energy device pushed through a kinetic energy machines. We are about to build a new type of core, of course it is non nuclear, you will need to know about the Seebeck effect, And the peltier effect, in order to make this type of core. So grab you some paper and pencil a pin will do, so you can Jot down your own diagram if you can't see it in your imagination like Tesla and me. One draw a lightbulb, and not one of those Lads an old lightbulb the ones they get extremely hot, about 100 watt light bulb will do for this project this is going to be not only your power source but we're going to throw a lot of energy into it.

I have stated that a light bulb is like a nuclear reactor, of course they wanted to put me in the crazy house for stating this comment. Then I started to build this project, I took a hundred watt light bulb and put thermal paste around it. It look like a lampshade from the future, just remember to get as close to the light as possibly you can you want the thermal paste and the light bulb to be touching. This is your artificial sun your reactor!

But just in case you cannot get to touch the actual light bulb then make sure you enclose the whole light in to preserve the heat being transferred out to the aluminum plates, you want this to get hot as the light bulb. If you can't figure out the size and the energy output which we will be mentioning in a minute then you can use more than one light bulb try several light bulbs or a heat lamp the size of the light bulb is not very important, because we are trying to get the heat from the light, not the light. The shape is a little bit more important because you want flat surfaces to put your peltier on the outside of this shape, the more the merrier. Matter fact it's imperative to get as many of these devices around that shape as humanly possible.a 100 watt light bulb, the lightbulb can put out 100 units of light, or 100 units of heat. No matter what form, the energy will be released,a 100-watt light bulb operating for ten hours would use one kilowatt-hour. How to calculate electric usage cost: 1. Volts x Amps = Watts 2. Watts ÷ 1,000 = Kilowatts (kW), Kilowatts (kW) x Hours of Use = Kilowatt Hours (kWh),Kilowatt Hours (kWh) x kWh rate = Cost of Usage meaning that 100-Watt Bulb (100 W) 4 hours/day 12 kwh $1.20 a month. To the average person just means nothing and for this project it was just information that we wanted you to know, yet this information may be more useful to you to know.a single 100-W incandescent bulb will produce 100 x 3.414 = 341.4 Btus/hr.Approximately 90% of the power consumed by an incandescent light bulb is emitted as heat, rather than as visible light. Compared to a internal combustion engines are incredibly inefficient at turning fuel burned into usable energy. The efficiency by which they do so is measured in terms of "thermal efficiency", and most gasoline combustion engines average around 20 percent thermal efficiency. People were starting to figure this out is one of the reasons why we are going to l e d lights, because at 90% you could make an efficient thermal engine easily as you will see.

There are many ways to cool the outside especially in the winter time that wouldn't cost you a dime to do. Let's take this a bit further what if we put it in water you have this bubble shape object, in the water is cold naturally and the bubble shaped object protects the light bulb inside it which is hot on the inside. Do a couple hundred of these and you have a thermal heating plant of course you can make this much smaller and for each light bulb it would become a reactor in itself. Of course you know I can't tell you how we've done it but I've told you enough to figure out that you could get quite enough electricity from this idea. The peltier could put out 12 volts but count it less than that let's say half that means six votes for each one put on a geometrical shape or flat surface of a shape meaning the more sides you have the more of these 6 volt devices can put out. So if you had 12 sides on your shape and it X 12 volts equals 144 votes cut that in half and you have 72 volts. So now what can you do with the type of voltage of course you run a brushless motor and it will multiply your electricity output. This was an easy project

Let's take a look at what the scientist does with this type of Technology yet a light bulb puts out thousands of degrees because the electricity which can melt down metal, and Stone liquefying it very easily. Is kept from being that hot by the surrounding gases so to improve this concept you would have to make a better light bulb, we already done that -????? Will be continued.

Why haven't they created it

Let's start simple and then advanced!

When Media Library first started we were boasting about steam engines, we didn't understand out of all the different types of steam engines that were created over Millenia accept one, a steam engine portable electrical generator. Of course trying to keep away from conspiracy theories, our misunderstanding only deepened, until you come to a realization, running anything on water is absolutely not what corporations and any money making system once in their community. Now understand doing this type of work / a librarian and a reporting journalist for 35 years. You always come across someone who states that if it could have been done it would be on the market, of course these types of people don't understand destroying your Baseline may be a problem for any corporations trying to sell something that people can get absolutely free, like air itself. Not saying that with good advertisement they could make some idiot out there buy air for a premium price. So let's get back to the point if we made a portable steam engine generator, that means it runs on water, and we flood the market with those types of machines, yes we would make a lot of money at first. Of course if we build them extremely well and put a lifetime guarantee on it, (like Tupperware) we now box herself into eventually not making any money. That is the reality! For those who disagree let's save the argument and go into how we would actually put our Steam engine generator together.

We could get it down to a little bigger then a regular household generator, but it would be extremely heavy. why? because we would be taking the Steam and turning it into kinetic energy  Plus electrical generation from an alternator at the same time. Did you understand how we proved our point, by taking something already created and has been created for many years. Yet they never mentioned steam power. they always mention the lesser of the three, wind power and solar power. Of course wind power and solar power has never been proven to run a locomotive that's pulling thousands of tons, yet we buy into the theory, that the corporation says is possible. We know better at Media Library. steam power is by far the superior technology especially when you can boil the water with electricity instead of burning any types of biofuels or fossil fuels. Then it becomes a numbers game and a regulation numbers game at that, but we want to give you an example on what can be done while passing the electricity from one side to the other through a light bulb if you have any imagination you should understand two things, one this was an example of your own small non-nuclear reactor and two there is a better way to boil water then this light bulb that uses too much electricity in the first place. But you must understand to make this work electricity must pass through one side to the other to make a circuit, meaning that you may be able to get two things done from one source of energy. Why did we stay this. so you can understand that this next item we are about to show you can be set up in a row that's right, they use them for electric water heaters; how convenient! Now we would show you diagrams of our setup but that is for are Level 3 videos or see the working models in our seminars, when we have them. otherwise you'll just have to understand that the balance between the steam power, which pushes a flywheel, which is connected to alternators, all comes together in one balanced steam engine generator, and then it's recycles its own fuel. Which again you should understand is water.

The Potential of Steam Power

Steam power has been used for centuries to generate electricity. In recent years, there has been renewed interest in steam power as a way to generate clean and renewable energy.

One of the advantages of steam power is that it can be used to generate electricity in a variety of settings. Steam power plants can be large or small, and they can be located on or off the grid. This makes steam power a versatile option for generating electricity.

Another advantage of steam power is that it is a relatively efficient way to generate electricity. Steam turbines can convert up to 40% of the heat from burning fuel into electricity. This is higher than the efficiency of many other types of power plants, such as coal-fired power plants.

A Steam-Powered Generator

A steam-powered generator is a system that uses steam to generate electricity. The system consists of a boiler, a turbine, and a generator.

The boiler heats water to create steam. The steam is then piped to the turbine, which spins a shaft. The shaft is connected to the generator, which converts the mechanical energy from the turbine into electrical energy.

The electrical energy from the generator is then sent to the grid or stored in batteries.

Pass-Through Charging

Pass-through charging is a technology that allows you to use the electricity from a generator while it is also charging a battery. This technology is used in many portable devices, such as laptops and cell phones.

Pass-through charging works by using a special chip that regulates the flow of electricity between the generator and the battery. The chip ensures that the battery is always charged, even when the generator is running.

[Slip Streaming ] This is not the original word it is only used in reference to get you to understand the technology, the word is being copyrighted and therefore cannot be used at this time but this is a good substitute.

Slip streaming is a technique that can be used to improve the efficiency of a steam-powered generator. Slip streaming involves connecting multiple batteries in parallel and then using a switch to transfer power between the batteries.

When one battery is fully charged, the switch is flipped to the next battery. This allows the batteries to be used more efficiently and reduces the amount of heat that is generated.

Conclusion

Steam power is a viable option for generating electricity. It is a clean, renewable, and efficient source of energy. By using pass-through charging and slip streaming, the efficiency of steam-powered generators can be further improved.

Additional Information

Here is some additional information about steam-powered generators:

• The type of fuel that is used to heat the water in the boiler will affect the efficiency of the generator. Coal is the most common fuel used, but other options include natural gas, biomass, and waste heat.

• The size of the boiler will affect the amount of steam that can be generated. A larger boiler can generate more steam, which will allow the generator to generate more electricity.

• The type of turbine that is used will also affect the efficiency of the generator. Steam turbines are the most common type of turbine used, but other options include gas turbines and water turbines.

• The size of the generator will affect the amount of electricity that can be generated. A larger generator can generate more electricity, but it will also be more expensive.

By considering these factors, you can design a steam-powered generator that is efficient, compact, and reliable.