To break Internet viciousness towards people or countries. I wonder if we could have appreciation days. Like Google does with their logo giving attention to famous people only on a bigger and more broader scale. In news, TV media and more.
The reason for the idea is simple. For this world to achieve greatness. Its easier in a climate of goodness rather than the opposite.
I wonder. In a new energy storage construction could added pressure cylinders enhance the diffusion of ions or otherwise affect the performance in a safe way? Maybe some nano machine elements (?springs) could be used to separate the layers.
I don’t think I have heard of this before but everything need to hold. Function under strain. This included on the nano level. So DNA is not just only a information carrying object it is a machine element also.
So inspired by bio mimicry. I think there could be a new set of objects that need to be explored. Nano machine elements. Like springs or ball of ?yarns.
So from this I speculate that with 3D printing. Battery dynamics could be something. Maybe nano machine elements can spring battery development alive.
Should every surface be equipped with a spring like object?
I think we need a system solution that greatly reduces emissions. So the idea is to create some sort of trade of carbon emission limits. This among private car owners.
Careful considerations have to be made. I think short time rules are necessary to adapt to the current climate change and progress towards electric cars. Total emissions are not the only important target. This means that emissions wherever the need to go down the most. Actually go down. Like smog affected areas.
Perhaps we could have smart area limits so no place can get overrun with too much emissions.
Another idea would be to give private citizens with ideas that generate research breakthroughs rewords like tax refunds.
I think there lacks two person products as a category. Products that are used with your woman or man. For instance here my lady bought a stress ball. It works by hand compression but I can use it as a massage help.
So what other products have not yet been invented that is aimed at two person teams.
With machine learning I wonder if there could exist something like smart statistics.
For example. Does there exist smart inverse statistics?
That is. Correcting input data by setting up several statistical conditions. Meaning the results should have the correct statistical output based on corrected input.
If you know how to correct than it becomes easier to generate probable input data. Just add and correct ?random input.
Then I wonder if the sound turbulence makes could be treated like audio statistics. I guess the turbulence solution could be set generated (corrected from random) from the condition that it should sound as the recognized type of turbulent noise.
Since materials don’t break that often. I assume the atom network works pretty good.
So my idea is that the more inside of a material you are. You find more set generated heat. Heat that is adapted to each surrounding atom.
Since heat involves random motion then there exist degrees of freedom. This flexibility is what I think is adapted in the set generation of heat or the adaptations of the heat. It becomes less random. The material gets better properties.
A quick way to see a doctor would be to use a medical Internet service. I think the idea is valid. However I wonder if you can also reduce pressure for health centers by installing additional cubicles with dedicated IT devices for the medical service.
This way the person does not need to be alone in the conversation with the Internet doctor team. Another physically present person with some medical profession could help. Multi language support and translation would also be possible by three part conversation.
I think this additional approach would bring a little more patient safety.
What I suspect is that the conservation law and its approximations are smart. Which means they are solved in a smart distributed way.
So what does this mean for the electron. What if the electrons are not moving aimlessly. I guess that electrons and ions are complex networks in themselves.
So if the same electron goes home to its atom ”birth” place. This makes it easier for the universe network calculation to be a little more sure that no mass has been lost. Distributed calculations is a faster way.
Efficiency is probably a smart network concept not a simple equation. As such its probably not isolated from other atomic networks.
I wonder. Could generated heat have additional functions for making the networks in the universe working? I mean why is there a thing like efficiency. Maybe the energy ”lost” as heat is doing a special kind of work.
In computer algorithms random numbers could be used for generating parameter values. Like in machine learning networks.
Then if you can reduce the need for parameter determination in ions and electrons. I guess you would reduce the amount of generated heat.
Parameter determination I speculate is the import work done by heat ”loss”. Actually I believe heat ”loss” is very important function.
So the idea is simple yet hard. Consider a large area around the active objects. Draw a large circle around every object in the battery. The suspicion is that everything in that area of interest is a concern to the parameter determination. So the idea is that there could exist direct or indirect exchange between electrons or between ions. If then some ions encountered obstacles that required lengthy parameter determination then this would be a concern to the other ions in its vicinity.
So to reduce heat ”loss” I wonder if you could check every nm of the battery to see if the ions would have to learn some hard obstacle. It could be that there exists small areas or edges with trouble sum parts that then affects the whole network system.
My assumption is that a machine learning network is capable of taking advantage every input thrown at it.
So with a universe of networks I wonder. Could this mean that the universe takes advantage of things not so obvious. Like the in between space objects the atoms create in a material.
So if atoms have properties. Could empty space objects with a somewhat defined border also have properties?
Are there more not so thought of objects?
It could be that the object have important information properties. Like the border of an object is a object you can take information from. That is. Statistics about the border. Something similiar you do in machine learning where you might take the avarage smoothed border curve as input.
In my opinion. Those who setup rules for inventions have not understood. Like in fusion or battery development. Setting up simple rules that everybody needs to follow just will just result in incremental progress.
We need groundbreaking inventions. One way to figure out those is to look a the man made ”rules” of the innovative process.
Here you just set generate new questions to the rules. Questions are like finding errors in the rule assumption.
So for a battery. A non moving part battery is more safe and can be placed in a phone. But that does not mean its the best for a car. I mean the car is big enough for a moving part car engine. So why not a moving part battery.
So the aim of a groundbreaking invention is probably to invent a ”moving parts battery machine” for vehicles.