RD - Basics for electricity and EMB

Electro Hydro

Trash Fast Fees Futu ATS

	Electrics and Electromagnetic Batteries November 2017
Tights	Page is taken from field research

Electric motor - generator, Nov 2017
Electric motors and generators works with temporal magnetic drag. Electric motor and generator are said to be the same apparatuses. Apparatus can rotate the rotor or create electricity with rotated rotor.
When you rotate the rotor, the anchors create electricity, when they pass surrounding magnets. When you lead electricity into anchors, magnets start to rotate the rotor. System is efficient, efficiency rate over 90%. System works with direct and alternate currents. In principle DC is alternate current with only one state.
After alternate system starts to roll, the output power is rather independent on rpm. In cars alternate generator works with the same or wider rpm range than the engine. Idle rpm and max rpm difference in generators' output voltages / powers ( before circuits ) are small. If I do not remember wrong, output voltage varies in 2 volt range. Older DC system is more sensitive to rpm.
Generator responses to load. When you power all electric systems, generator needs more power for rotation. Electro-magnetic flow always strengthens and weakens by demand.
Enormous generators in power plants shares the auto-response feature with cars generators. There aren't gas pedals and electric circuits which would detect the current energy consumption and adjust the produced power accordingly. Generator leads the power requests directly to the rotating system. Motor to the source of electricity.
- - Auto response - -
Auto response is the magic in the motor-generators and alternate current in general.
When you increase the load in grid, the generator responses. It starts to suck more energy from the rotating force. In principle it is impossible for a straight forwarding electric wave to communicate with the generator.
The electric flow cannot change it's direction. You can divide and combine the flow with wires, but you cannot change direction. It also known that it doesn't do so. When the load in straight forwarding grid increases, the power source cannot be aware about it. It cannot react to it.
In alternate electric power only two from the three wave components have known usage. The third missing component is obviously power, the length of jump.
Direct Current needs only one component from the wave form. DC form disables 2nd and 3rd component : frequency and length of jump are missing. In Direct Current voltage means everything. In DC voltage always falls with distance.
In alternate current the third component is related to the load. Changes in load changes the length of jump. With small delay new length spreads to the grid. In alternate current, electric power is the length of jump. Just like in sound pulses jump is pressure.
- In auto-response the third component should work so, that when you increase the load, you increase length of jump, and the generator has to "stretch" to the new demand. And vice versa.
- In motors, system would go so, that when the load increases, the jump lengthens, and power source has to respond to it.
Three component system explains, why big power grids can keep the voltage and frequency stable. These components are independent from the load / power. System is exactly the same than with sounds and lights.
Side bar hints, that auto response feature belongs to Universal Exports. Light waves and sound pulses never communicates with light-sound source. At least in the same way.

Induction, electro magnetic battery, Nov 2017
Conversion between Electric and Kinetic energy is well known and documented :
- Induction is the name of process, with what magnet creates electricity. It takes place when you make a loop from electric wire, and move magnet inside the loop.
- Induction is sort of a two way process. When you lead electricity into same looped wire, it turns the center into an invisible magnet. When you place a piece of common iron inside the powered wire loop, it turns also into a temporal / electric magnet.
- From transformers it is known that induction is almost loss less conversion.
- Permanent magnet requires, that you put lattices inside a piece of iron in order. If you can get a piece from planets core from somewhere, it is possible, that the creation of the artificial core would be as simple as the creation of the permanent magnet.
? Flows, which powers the induction, are services, which keeps this overlying world going and in one piece. They support physical formulas and phenomenal things in our world. Only way to get flow energies into your personal use is to manipulate flows. With for example flow shields. Shields and others makes local changes to the way our world works.
- - Creation of magnetic field - -
Electricity itself never drags anything, but electricity doesn't stay in wires. It radiates a little into surrounding air. The loop creates an area into it's center, where the radiation from one side collides with radiation from other side. These collisions are the most common explanation for the temporal/electric magnetic field. The size and power of the created drag field is known to be dependent on the electric charge, which flows in wires. Size of the wire loop is limited, but otherwise loop's diameter doesn't matter.
In temporal electric-magnet you use electricity for maintaining the invisible core. The invisible core converts the charge into magnetic drag center and field. When you put a piece of iron into field, the piece turns into a physical magnet.
Although magnetic field is connected to electricity, magnetic drag has nothing to do with electricity. Permanent magnet drags iron without electricity.
Horseshoe magnet changes shape of magnetic field. In horseshoe magnet poles of the same magnet are near to each other. This changes the drag field. Core loses the drag field. Drag field exists in between the poles. But mostly in front of the poles. Magnet's drag field can be directed by pointing the magnet.
Energy laws makes it impossible to create power and energy with permanent magnets. Flow manipulation is always needed. Horseshoe magnet changes, but do not manipulate the drag field. The energy you need to ... for example .. continuous bending of the magnet, is certain to be bigger than the energy you can get with changes in field.
Magnetic and gravitational drag forces produces potential energy, the current, existing energy charge is zero. You can get potential energy into use with a change in surrounding environment.
- - Creation of electricity - -
In the process, which creates electricity, the electromagnetic flow attaches into wire. When magnet's flow creates a connection with wire loop the connection creates a small electric charge. No-one knows from where the charge comes, or how magnet creates it. The charge has nothing to do with magnetic drag. Charge goes to wire in outgoing magnetic flow.
When you move the magnet, it creates connections and small charges until the movement ends. Looped wire captures the charges and transfers them to outgoing wire.
The outgoing charges must be equal or smaller than the kinetic energy, with what the field is moved / rotated. This comes from the common energy laws.
- - Transformers - -
Transformers ... electric ... are built usually with iron rectangles. They are applications of the induction. First you electro-magnetize the iron core / rectangle with incoming electric flow. You do that with looped wires. The electro-magnetic field and charge spreads into rectangle. Then you suck the charge into outgoing wire. With another looped wire. Difference in the number of loops - around the iron core ... says how much the voltage changes. Conversions between alternate and direct currents needs electric circuit.
- - Diagrams from Magnetic Drag - -
When you look at diagrams from magnets, they can be incorrectly drawn / subtitled :
- Magnet always drag things directly towards the center. Most drawings shows or should show how field develops with distance. Lines should tell how certain amount of drag power goes around the magnet. Like maps have lines from the heights.
- If drawing has arrows which shows the direction of the electricity, these arrows are not true.
- - The biggest problem with electricity - -
Batteries are the biggest problem in electricity. Electro-chemical batteries are rather poor. Slow and inefficient to charge. Big and heavy. Don't keep charges. Limited lifespan. And so on.
So far attempts to create electric car, have died to poor qualities of electro-chemical batteries. In trains electric locomotives have superseded diesel locomotives, the shift began from 1973 oil crisis. Undergrounds and trams have always worked with electricity.
Increasing number of small mobile apparatuses is another thing, which increases the demand for better batteries. Most from weigh and size comes from batteries.
Seems, that electro-magnetic DC batteries would be quite a lot better. Preceding estimation and comparison to electro-chemicals is attached to the bottom of this page.
Creation of the electro-magnetic charge is easy, the methods and materials are well known and widely used. Converting electro-magnetic charge back to electricity is new, required thing in batteries.
- - Electro-magnetic battery - -
Common name for electro-magnetic charge is static electric charge. All objects and atoms are known to have a static electric charge. Static electric charge is comparable to potential energy. It exists, but it is useless without manipulation.
Electromagnetic charges are made by manipulating lattices in iron. When you manipulate lattices in iron, you increase irons static electric charge.
With magnet you can already reset the static charges, clear the order from lattices, which are embedded to soft surfaces. For battery the clearing system needs induction, which converts stored charges into electricity. Energy laws are cold, when you clear the surface from stored electric charge, it cannot vanish, it must go to somewhere.
Possible ... obvious ... that the magnet, with what you clear the charge, sucks the released charge to itself. If so, a wire loop around the clearing magnet would get the electric charge. The required move would come from the magnet's move on surface. It feeds the wire loop with continuous charge.
Principle is near the way transformer works. In collector the input current is cleared electric charge. Transformer says also that collectors wire loop can be in loose part, which doesn't clear the surface.
The battery needs an operating system for moving the cleaner-collector. Operating system needs part from the stored charges. Energy effective operating system is not necessarily a very big challenge. The operating system needs a starter ... start power.
You should be capable of using permanent magnet for clearing the charge. Electric magnet increases the amount of energy you need for running the operating system. Qualities are said to be the same, and permanent magnet makes system quite a lot simpler. With electric magnet you need a system, which stabilizes the clearing power, by grabbing the additional electricity from the output wire.
The things from which you can compose electro magnetic battery are far from new. The process is reversed from the way you load the charges into tapes, hard disks and SDD disks. Chargeable surface materials have improved quite a lot with computers.
- - - -
Electro magnetic battery
+ Small in size and weigh.
+ Can store enormous amounts of electricity.
+ Keeps it's charges, energy losses are small.
Charging is fast. Output current is adjustable.
+ Theoretical limit to a single charge is the current you get from the grid.
+ You can adjust sizes of the charger and collector systems freely, by the need.
Battery is safe and environmentally friendly.
+ If it gets broke, static charges do not escape into environment very easily. You lose the charges, and that's almost all.
+ Construction materials are not dangerous.
The need to activate and operate the static system is the only major disadvantage to the electro-chemical battery. In return you get safety and time related advantages.

- - Estimations from the electromagnetic battery's capabilities - -
October 2017
How much power you could get from electromagnetic battery ?
Don't know.
Lets say you have 2 TB hard disk. The voltage with what you store data, could be some where near 200 mV or 0.2 V. You need 5 bits per volt, and 74 bits for 12.8 V. 740 bits can be rounded to 10 bytes. With this 2 TB hard disk has 200 billion 12.8 Volt units.
If the current of a 12.8V cell is 1 mA, you need 1 000 cells for 1 Ampere current. With this assumption 2TB disk has 200 000 000 or 200 million 1 A charges. Ampere hour is 3 600 Amperes. So 1 Ah needs 3600 units. After conversion we find out that electric charge on 2TB disk equals to 55 556 Ah car battery. The charge is 1000 times bigger than in common chemical car battery.
These numbers are rough estimations. Even if they were overestimated, there is room for major downgrades. You can get exact numbers from HDD manufacturers.
From the calculations you can see how much better electromagnetic battery would be. When compared to 55 Ah car battery, 3.5 inch 2 TB hard disk is 1 / 5 from the size and weigh. Possible charge is bigger. Charging of the 2tb hard disk is faster and cheaper than car battery's.
The material into which you store the electricity is flexible. You can even roll the material, just like old tapes and cassettes. Forsaken tapes belong to the category ... holders of the electro magnetic charge.
If you fail with HDD material, you can try pure iron. With pure iron, you need a tech which unleashes electromagnetism from permanent magnet. Tapes and others always have some iron, chrome, etc. inside them. Magnetic material is the one which reacts in all. Unlike pure iron block, HDD and tapes can be charged and cleared from magnetism.
How do you use the electromagnetic battery ?
Introduced bit based battery needs conductor system for stabilizing the output current and voltage. Battery charges stabilizer system, after output voltage / current falls. In tests and prototypes you can use common hard disks, memory cards.
Hard disk never converts the charge on the disk into electricity. It only clears the charges. The electricity our genius ... Mr. Crank ... gets from the outlet wires is artificial by it's nature. It is only created by the charge on the disk. The actual conversion from electro-magnetism to electricity is not going to be loss less. Some of the charge is wasted to conversion. Clearing needs a system, which takes the charges and converts them into electricity.
The system should be based on a small electrical component. You could for example lead the magnetism into iron heart, the surrounding material does the conversion. In the first components you do not have to worry much about the efficiency. Magnetic battery has so much more charge.
Small, flexible and light weighted electromagnetic battery is very handy in small handheld mobile apparatuses. Battery lasts easily over 20 years, it does not leak power on it's own. Don't have to worry about emptying and dying batteries all the time. Possible that the battery and it's initial charge lasts as long as the apparatus. 64 GB Sd Card is very small and light. When adapted to formula, it has 1 800 Ah maximum charge.
Ampere hours and amperes are not kilowatts and kilowatt hours, which are used with common consumption of electricity. Car battery can roll car's around 1.5 kW starter system 1 to 2 minutes. In common units, the battery power is app 0,05 kWh. The 2TB HDD would have 50 kWh.
Hard disk charges the bits very quickly. When file writing speed is 20 MB/s, in one millisecond disk charges 160 000 bits.
When Watts and Amperes are calculated in seconds, it looks like that process creates more power than it takes. The actual electricity is steady flow, which comes from the wire without breaks. The comparable energy consumption for the created charge ... in Watts and Amperes ... comes, when you add all charges within one second together.
Since disk charges bits sequentially, the momentary power consumption equals to the charge of one bit. It is the power, your power adapter has to deal with. It is also the power from which the power company charges you. It is the amount electricity you actually use. Bulbs and electric apparatuses uses the steady timeless flow all the time, just like HDD.
The charges in electromagnetic batteries are so big, that it doesn't matter if the battery would use some of the power to its own functions. After you start the engine or recharge the battery you get all the used power back to it. When so, all you need is small boot battery for starting battery's own system. You can recharge it right after you get the battery going.
In common computer usage around 50% from the bits are cleared. Clearing doesn't need electricity. Reading is another light weight job for HDD. Even the writing and charging is efficient process, HDD doesn't need cooler.

- - Nov 2017 - -
Did you develop the format for publishing these releases ?
Don't know. Think it's a copy. Have a hunch that you can find the format from some old definition for physical phenomena. Cannot say what, where or when I would have read it.
Electro magnetic battery does not necessarily belong to far future anymore ?
Don't know. All kinds of problems can come into way. But energy laws say, that static charges you create into surfaces cannot vanish. So the collection of the charges and conversion with induction should be possible.
Electro magnetic battery is safer than gas tank. How about electric cars ?
You should unlock ... bailout ... R&D power solutions, steamer and basin systems first. Otherwise you run out of power plants and electricity very quickly.
Any chances to get them unlocked with reasonable prices ?
Could consider unlocking, if you can prove, that in the year 2010 Finns, Web-jerks, midget ruined your all your attempts to contact me.
Prove ?
Prove that they stole yours or some others mails or eMails. Just like those banks stole his money.
Although battery is safe, released charges are big. Loose 10 to 100 kW electric power fries you in a second. Cars are made from conductive steel. Electric car is dangerous in accidents. Old electric car has similar kind of risks than accident car. Water and rain for example are rather good electric conductors.
Good, widespread electric car would need a body, which does not conduct electricity. On the other hand, steel is good material for building the body. So far alternative materials have died to missing bending capabilities ... or to poor strength / weight / size ratio.
Then there is a danger, that world runs out of carbon dioxide. Burning 81 million barrels a day, creates enormous amounts of carbon dioxide for plants and grains.
Sudden switch to nuclear or hydro powered electricity would put an end to massive carbon dioxide production. Results from such switch are unpredictable.
It could lead food production into serious troubles ... what can you do with electro magnetic battery ?
You can use electro magnetic battery in small mobile apparatuses.
And that's all ?
You could replace cars' electro chemical batteries with them ... electro magnetic battery is safe and efficient.
You can build very big batteries and use them as storages of electricity.
Power plant could build and use a big battery. Store electricity for rush hours to it.
?????
You could build electro-magnetic trailers for trucks. Haul electricity like petrol and diesel oil.
With a small 2TB hard disk you can cruise around 2 hours in traffic, don't you Jack ?
Yes, according to pre-estimation 2 hours is kids play.
No it isn't ... wheels are missing.
Fooled you.

You can build big solar plants into space. Store the electricity into big electro magnetic batteries. Use Space Lifts for transporting the batteries.
Why not. In 2006 the problem with commercial space exploration was lack of commercial usage. Solar cell works better in space than on Earth. Earth's atmosphere filters sunbeams. On Earth solar plants size is problem, in space size is not a big problem. Much like greenhouses. Safety makes the batteries' electrical sizes almost unlimited.
In 2010 presented idea of space mirrors, which would gather sunbeams for small plant.
What made you research electro-magnetic batteries. They were supposed to be far-future things ?
Electric waves. Motor-generators and their auto response feature. They forced me to refresh the things around induction, electricity and electric magnets. This forwarded to electro-magnetic batteries. Had a hunch how to build them, when I calculated charges in a small 2TB hard disk ... before my capture.
What makes reflection balls essential for Universal Exports ?
Universal Exports cannot transport multiple, overlapping waves at the same time. Reflection balls are built over existing theorem. Balls are the only way, an object can reflect waves into our eyes and cameras ... like we see things. Almost impossible balls says, that eyes and cameras must send inquiries to surrounding area.
Radar eyes are not new to you.
Have held the idea in my drawer over ten years. The idea came to my mind, when I worked with forsaken 3D scanners and shape detector functions. Shape detection from 2d photo always failed. Detection failed rather badly also with CAL. CAL has the best possible color accuracy, it is almost equal to light wave's recently discovered actual format.
This resulted into the conclusion, that eye's shape detection system is not based on colors and shadows only. Spent half-a-day for the final conclusions, introduced operating principle.
It would be possible that black-and-white cells would actually be the cells, which sends the signal. And color cells captures them.
They are said to work with marginal light.
If so, what would make vision gray scaled in darkness ?
Darkness creates an illusion from gray scaled colors. Cameras and photos keep the colors throughout the scale. To our eyes, shades are close to each other. Very dark blue- green-red looks the same in our eyes. Easy to check this with common picture editor.
Possible, that eyes can detect the times when reflections come back to eyes. Make 3D models with the arrival sequence.
Draw the pictures in real-time, with the incoming data. Closest objects gets a visible shape first.
And it makes the picture 3 dimensional.
If so, you can never create real 3 dimensional pictures to a flat surface. Like movie screen, paper, display, and so on.

When you clear disc or tape, where does the released electricity go ?
Don't know for sure. Guess, that the magnetic field radiates the electricity with or without the surrounding wire loop. With wire loop you can capture the radiated electricity. Otherwise magnet wastes the electricity to surrounding air.
What was deca transistor like ?
It was built with 9 common binary switches. Each switch has different voltage, which activates them. When you lead voltage to it, it leads the current to the first switch, which opens. Switches must be in reversed order. So that nine is the first checked number. In textural Ansi transistor you had 255 switches with 255 voltage levels. Multimedia transistor looped the voltage and searched each number by reducing the voltage after switch. With voltage, which opened the switch. In communications you packed bits by creating voltage ranges for one byte. First byte is in between 0-1 volts, Second between 1-2 volts, and so on. In packing you increase and in unpacking you decrease the voltage.
And it would've resulted to 100 times faster computer.
Possible by the time. In data transfers Deca-system needs to check resistance from the wiring, etc. 10 rooted numbers would have given also other advantages to computing.
Those electro-magnetic batteries were just as difficult.
Static charges have been in common knowledge over 50 years. Induction almost 200 years.
Tapes and their operating principle over 50 years, too.
No-one has searched replacement for electro-chemical battery. There simply hasn't been any.
- - - -
Some sources are saying that oil consumption rose 20 percent after Halloween Hacks.
Wow. Checked in summer 2017, that oil production / consumption had fallen from the last recorded numbers in my financial dataBase.
Could you relate the old R&D Power solutions.
Electro-magnetic batteries remove the need for complicated, unfinished, big tidal wave plants. Then they make the mirrored solar plants obsolete. Mirror plants are good as water pumps only.
Steamer is a system, where you replace gas turbines with water turbines. Water turbine is almost twice as efficient as gas turbine.
River basin is system, where you do not build big dams. You build small basins with turbine unit. The power you can get from dam and basin is dependent on the depth of water. In principle you can build Three Gorges capacity with relatively small river basin plant.
You can also build more than one basin plant to big river. Minimum safe distance between plants is the distance, it takes from float to regain it's speed ... with maximum power production. After that you are free to search new places with bigger falls ... height differences. Turbulences and curves limits the float's speed to less than 10 km/h or 6 mph. Does not usually take long before the speed normalizes.
River basins tech allows you to build plants into long sweet water tunnels, too. The tunnel must be new, designed for plants. If you have 1000 km or 1000 mil long tunnel for big city under construction, you can get quite a lot of power with basin tech. It is almost free and environmentally friendly. Handy way to get additional money from and for the big and expensive investment.
Then you can hide / tunnel water outlets and inlets, build plants near big cities.
River basin reduces the amount of water or dries the river in between water inlet and outlet channels. Fishes and boats need similar kind of systems than dammed river. One way to avoid manmade systems, is to leave some water into river. Plug the water inlets and outlets.
Solutions are based on researches I made from power plant tech. Dam and hydro tech in general didn't have any existing physics. The force which actually rotates the turbines was also unknown. That's why the dam plants are so big, difficult to build. The reservoir for hydro plant must be big enough for balancing short term changes in float, only. Potential kinetic energy rotates the turbines. The energy and pressure comes from water height, which is right over the water inlet tubes. All the other water in the reservoir is insignificant for the actual power production.
When you build a plant into waterfall, you use the upper layer as basin. Build turbines at the lower level. Then you build a small basin to upper level, dig water inlets for turbines into new basin. The pressure and potential kinetic energy equals to the height of the fall. Maximum power you can get from the plant comes from the float.
With electro magnetic batteries you can take all the power you can ... from example flooding river. The more power you take from float, the longer it takes, before it gains the old speed back.
Are the licenses expensive ?
If you can unlock them, the fee, fee, fee ... fee could be 0.1% from construction cost. The same than it is with Electro-Magnetic batteries and other new licensed things.
What makes the power so important ?
Difficult to increase welfare without new power production capacity. Most things which creates financial growth and new job opportunities needs energy. Electricity or oil. Most new accommodates you buy to your home have an electric wire or battery. Bigger, more comfortable car consumes more fuel and so on.
When world gave up from nuclear plants and coal plants went out of fashion, the construction of new power production capacity almost died. It has been the situation for over 30 years.
Limited oil reserves have been a well known problem for over 40 years. Looks like that 2009 recession had a connection to disturbance in drilling capacity. North Sea oil reserves started to decline without signs from new major discoveries. Oil price peaked and fell back with deep recession.
Fast growing economies, in for example Asia, have a constant need for new power plant and drilling capacity. After fast growing economies reaches western lifestyle, with current population daily oil consumption raises to almost 200 million barrels per day. Without a proper alternative there is a danger that world gets shocked and falls into recession every time reserves in some smaller oil field area starts to decline ... it is a clear message that the unavoidable doomsday is coming closer.
After liver's process is resolved you can get oil from coal and grain. Space solar plants can be bigger than Three Gorges dam and biggest Nuclear plants.
What happened in 2010 to those licenses ?
After the secondary spilling solution was stolen for celebrating closing ceremonies of FiFa 2010, I had to give up from license selling. Spilling violation opened doors for other violations.
But the license selling was in troubles already before FiFa 2010 ?
Knew .. suspected that web-jerks, Finns, midgets and others would do everything in their power to prevent license selling. Hack and block communications and so on.
I meant that you raised prices.
Yes. Just explained it to you ... Tried to hurry power companies and computer manufacturers with hikes. So that they would act ... arrange and take the first contact, before it is too late. When you have unique, irreplaceable, protected product for sale, you can dictate the prices. The potential buyers didn't have any options for buying the licenses. Until BP, Midgets and FiFa arranged lattices into new order.
In order to work properly FP2009 and the artificial stock market lift-off needed something real for keeping the stocks and finances up.
You forgot President Obama and US Democrats ?
The 2010 license pack was similar kind of future pack than 2017 pack. Successful license selling would've given Obama and his government lots of positive boost. Popularity amongst US citizens. Successful selling would have reduced US governments demand for taking more debt. Possibly prevented the temporal default, which took place few years later.
The only Americans who were truly happy about lengthened spilling and USA's default were midgets ... may I ask how much your sponsors earned from the stock market lift-off in 2009 ?
Yes you may. I do not know exact numbers. Not much. Every transaction costs quite a lot. And they had to play with limited capital, near to run out of money and lose everything. Estimated that total value of the transactions, during the two week period is somewhere near $1.5 trillion. Quite a lot more than they had, got to sell and buy all the time.
Many banks and others showed big losses after lift-off ?
The ones who sold or were forced to sell shares only suffered big losses. Without lift-off all banks and investors would've shown big losses from the fiscal year 2009. In 2011 there was a small recession. It took place after everything was successfully ruined and demolished. Before Boys gained popularity, the side-effect was born.
- - December 2017 - -
Can you say, from where does the life in atom, and endless levels of universes come.
Philosophy and our current level of understanding. Endless is currently our highest level of understanding. When you start to puzzle with universal questions, you come to the conclusion that universes shrinks and grows endlessly.
Endless is rather new level of understanding, less than 100 years old. Before endless came into our knowledge and understanding everything got to have an end. When I was young, our universe was still often said to have walls. Although idea from endless was already taught in school. Possible that some day future generations find something, which comes after endless.
Isn't it possible that chain of universes ends into godly space.
Of course. But then we are talking about super god or gods. All religions and alikes say that gods exist in our universe, on Earth. Some has already the required super gods in them.
? Answer to Godly Space is partially obsolete. See bounds for our universe, from Jack Answers - January 2018. There is more about Godly Space. Time traveling and 2nd paradise.
- - Digital Paper, Dec 2017 - -
Electro magnetic batteries makes also one of my long term everyday future vision possible. Started think about digital paper at around year 1990. With batteries you can finally create light, almost paper like displays. Batteries are light and they can be rolled even into a tape. Modern led-bulb oriented display tech allows you to build flexible, bending displays. Components and circuits bends better than display.
- In long run you can fold the digital paper much like big news paper.
- Digital paper is few millimeters thick, weighs more than paper. Weigh is far from current tablets.
- With external speakers digital paper's functionality equals tablets, laptops and desktops.
- With special color pens and brushes, writing and drawing is near paper. Color pens have small color selection sliders in their bodies. Display's digitizer checks the color setting, when you write or draw.
- In the future you never buy magazines and news papers, you buy only contents to your digital paper.
Stand alone paper makes it easy to sell and present digital data in on-ground shops. You can for example show Magazine, Album and Porn movie covers on the shelves with digital paper. The buyer gets the same digital covers with the purchase / digital contents.
- Digital shopping cart system for news paper / magazine like disposal digital items in on-ground shops is still missing.
- Presented music and movies are probably sold on small SD memory cards.
- Boys commercial warehouse comeback is supposed to open doors for SD card oriented on-ground digital sales.
? More about digital paper can be found from Jack Answers - January 2018.