Great minds are not like average.

Great minds are not like average. They don't think like the average person. But is there an average person? People have different skills, they think in different ways because of their own backgrounds. And because we surround ourselves with people who are similar to us, we can believe that even the little group where we are represents the majority. We meet only people who are similar to us. That causes segregation. That is a lack of ideas. 

That means we should tolerate more different kinds of people. Neurodiversity brings ideas and other kinds of things into a working society. The idea of neurodiversity is that there are not always similar people. We see neurodiversity all the time. We all have different favorite foods. We all like different music and movies. We like different cars, and we behave differently. 

The diversity of people and their behavior guarantees that the human race survives anyway. Because some people think that some food has bad taste, that means the person will not eat that food. But some other people eat and like those foods. That guarantees that all people don't eat the same thing. 

We search different nutrient sources. Because we like different nutrients. 

So if there comes some infection in some crops. That doesn't destroy all crops. The other crop species will survive. 

The nervous system makes us taste differently. The neurons dominate our behavior and everything that we do. 

A human is a creature that lives in groups or packs. 

The human nature has one weakness. When we follow our leaders we forget one thing. 

Sometimes we face writings that exhort us to leave thinking to superiority. 

We all have responsibility for our acts. Even if we wait for the leaders to solve our climate problems, we still can make ecological solutions and sort our waste. 

Presidents will not come to sort our waste for us. 

We need to please authority. We have a need to please leaders. That need formed in history because we think that leaders are stronger than we are. Leaders accept other people into the group. And that gives our ancestors a better chance to survive. That formed behavior that we gladly join to group of people who are similar to us. 

That is a great weakness in some groups. People surround themselves with similar people that they are. And that can cause a big weakness in society. That can cause a lack of diversity in innovation especially in creative work. 

The lack of diversity means a lack of opposite opinions. 

In some cases the lack of diversity. Or diversity-resistant way of thinking causes situations in diversity and neurodiversity turns those things into diseases in the eyes of some people. 

That causes ideas that things, like GULAG: Stalin's hard labor organization to be introduced as therapy. The idea was that GULAG destroyed diversity in Soviet society. 

It was the cure for the disease. Because in that ideology the people who resist the system are crazy. So the cure was hard labor that "encouraged" people to change to the part of the system. 

Then those hard labor systems turned into the medical systems. And people believed that little medical capsules gave cures for people. They turned different people similar to authority. 

We can say sarcastically that today Albert Einstein would be an ADHD patient. 

The idea is that people like Stalin believed that different people just wait for change to become like he was. They just wait to become a member or part of the Soviet machine. 

And that means that. People like Stalin believe divergent things in their personality must be removed. Still today some parts of psychiatric medical treatment are justified in that it's easier to be similar to everybody else.  

Or those "different people" should be locked in mental hospitals. That is the solution for family quarrels and teenage rebellions. 

And that causes TV shows and other things that are full of stereotypical models. The purpose of those series and films is to confess that people do the right things when they take some ADHD patient to an institute or mental hospital. 

And in the worst cases, the henchmen will just repeat their leader's words. There is one example of this kind of case. That is the example case. 

Where the building company plans to start the site on polluted ground.

 Maybe somebody knows. The area where the building site will be made is polluted. But they didn't open their mouth. 

Because they were afraid of their leader. And that can cause very big losses. 

That kind of case forms when people think that a leader doesn't need their advice. Maybe the pollution is not their fault and they must not pay for that cleaning.

However, that cleaning process affects the main building company and its subcontractor's schedules. When we think about people like juridical advisors, and technical advisors in enterprise-class companies. Those people are highly trained professionals. Their mission is to bring problems to the leader's knowledge. 

And their mission is to solve those problems. But when we think about neurodiversity and people's behavior, we face a problem. The working communities are sometimes so homogenous that they lose their innovations. We can say that some of those working environments cheer the model where people sit in their boxes and don't develop their skills. Being in the box seems a very effective way to make work. 

But the problem is that those people are easy to replace. They make only one work and then. On some days leaders think that they will buy some new system. It's easier and cheaper to hire new workers than train the old ones. 

https://bigthink.com/business/the-business-case-for-neurodiversity/

Ghost crafts to the outer solar system and the stars.

The AI and large language model, LLM will revolutionize space missions. It's easier to give commands to probes using natural language than to give some programming codes. The AI-controlled humanoid robots can operate in places that are too risky for people. Venus and Mercury are planets there the robots offer almost risk-free missions. The AI is a tool that can interact with ground stations. 

AI makes it possible to travel to the outer solar system and beyond. Humans are more versatile than the AI. But things like flight time to Jupiter. And Saturn and other gas giants are so long. This kind of journey will take a very long part of the astronauts' lifetime. And that is the biggest problem with those programs. 

That's why AI-controlled robots are tools that can make those missions that can take decades possible. 

The thing is that the AI-controlled spacecraft with a robot crew will withstand tougher handling. Like faster acceleration and slowing than humans. 

And the system is not as sensitive to radiation as humans are. That makes it possible to send lighter spacecraft to journey. 

That robot system doesn't require so much radiation protection as a manned spacecraft. 

The AI-controlled spacecraft can make it possible to take samples from any point in the solar system. 

But when we think about the journeys to other solar systems we must realize that the crew. That we send will not return in the sender's lifetime. The stars are too far for living humans. But the AI-controlled systems in those places are not far. The nuclear-powered probes can travel to other solar systems. Project Daedalus was one of the first, and still today one of the most realistic versions of an interstellar probe. The probe itself is the flyby system that sends sub-probes to the targeted stars. That data will tell researchers if is there something to research.  

Sending humans to those journeys has many moral and ethical problems. 

And before we send a crew on that journey. We must realize that we will never see those people again. So when our interstellar astronauts jump in the spacecraft they will die to people who leave before them. 

So in those cases, the researchers in the future might want to use the cloned crew members. 

That means. Those interstellar astronauts might born in special colonies where they live without contact with other people. 

In that case, there will not be families that wait for them. Missing people on Earth can put the mission in danger.  

And there is no room for errors. In a couple of light-years away.  That's why it's possible. The first crews that we send to interstellar journeys are frozen fetuses. There, far away from us, the AI-controlled robots will teach and prepare them for missions. And those people will not see Earth in their lifetime. But those journeys require a culture change.  

And there should be some kind of very special planet waiting for them. Those people will not go for nothing. 

And in that case, we must send robots to do research and prepare the planet for the colony. 

Robots can make the station ready for those colonists. So when the first researchers come to Mars. 

There can be buildings waiting for them. The key element in successful scientific missions is safety. 

Things like screaming air flow through broken shells. 

And astronauts who fight for their lives might seem exciting on movie theater screens. If we think that somebody breaks an arm or leg on the Mars journey that can seem nice in movies. But the fact is that this thing can risk a person's life. And the wounds. Like open fractures require surgery. AI-controlled robots can fix that arm. But many things can still go wrong. And even the best robot cannot fix any wounds without equipment. 

But those things are not tolerated in real space programs. The price of manned space flights is enormous if we think of things. Like journeys to Mars. The robot can continue its mission even if there is a leak in the spacecraft. 

Erupting carbon dioxide can destroy the entire base. When that gas opens a pothole under some building. Those things can cause the failure of the mission. That means if there is some kind of accident the scientific data will not collected. 

But at all times when we analyze this type of mission, we must ask ourselves why we risk humans. We know that humans are more versatile than AI and robots. But things like brain-computer interface (BCI) and communication satellites make it possible to control robots on the moon and Venus from ground station. 

The space is a dangerous place. But do we want to send humans to mission? There they will not return. I know that the world requires heroes. But the man is not a machine. Risking lives in space missions is not the value or self-sustain value. The space program is not a video game or movie. Of course, we want to see astronauts. But if something happens those things are bad for all programs. 

https://technologyandfuture4.wordpress.com/2025/01/02/ghost-crafts-to-the-outer-solar-system-and-the-stars/

The BCI can be the biggest opportunity and biggest accident for humans.

The brain-computer interface BCI systems can make the real brain in a vat possible. That system is actually the lab-grown human brain that communicates with computers. That makes it possible to make computers or data-handling systems that are as intelligent as humans. The human brain is not very fast. But its strength is that there are billions of neurons. 

And the brain can share information that travels through the billions of neural connections. The multiple connections replace the ultimate speed in that awesome neural network. These connections can mimic the artificial systems but the ability to connect brains with the internet forms more advanced solutions. 

The brain-computer interface (BCI) is the fundamental system. That can make more powerful tools than quantum computers. When we search articles about this topic. The requirement for those systems is the quantum internet. That protects the users against outcoming threats that hackers can cause. 

The quantum network offers high enough data security. that makes the BCI systems more secure. Security is the key element in the systems that communicate with the brain way that the brain doesn't separate that data from data that a person's own senses bring to the brain. 

The BCI systems bring one thing to some people's minds. That thing is called the parallel metaverse. The parallel metaverse means the virtual version of the metaverse, the synthetic reality. The synthetic realities may form a parallel internal version of the metaverse. Those metaverses can be synthetic realities. 

That is in the other metaverses. The parallel metaverse is the virtual version of the parallel universes. They can form in the computer's backup data or even in another user's brain. If those users use the BCI. The complex, multilayer parallel metaverse can cause situations that the person will lost in that strange world. 

Our knowledge about the brain and consciousness increases very fast. That makes it possible to create new BCI systems that are more effective and error-free than ever before. 

Today researchers think that intelligence is not limited to certain brain areas. And thinking is a full-scale process. That means thinking belongs to entire brains. 

 We must realize. That advance is fast in this area. If we want to connect computers or robots to our brains. We must realize that brain shell stimulation makes it impossible to separate real things from data that the computer system sends to brain lobes. 

Did I say brain lobes? The thing is that the sense of sight must. Conduct to the visual center of the brain. Sense of hearing must connect to electrodes that transmit data that is meant for a sense of hearing. The same way all other senses must connect to the right brain lobe. The thing is that the BCI microchips can restore sight for people. The camera can send data to the microchip that stimulates the center of sight. 

The BCI takes commands from the Broca or Wernicke area. The system follows the EEG curves. That bain area sends when they create speech.  

The computer follows the signals from brain areas. And then connects certain EEG curves to certain actions.

So the BCI is the system that decodes the EEG curves to the form that the computer understands it. The BCI systems advancing very fast.  

And that makes those systems more useful than ever before. The next-generation systems can communicate with brains. Without special surgeons or there is needed only small and easy surgery. In some visions, the sensors are on the skull. And the antennas are on the right points against the hard membrane of the brain. That makes it possible to connect brains to the internet with microchips that can communicate with the internet hotspots. 

The BCI systems are the biggest possibility in human history and it can be the worst accident in human history. Data security is one of the most important things in those systems that communicate through the brain shell. This means the brains don't realize the information that the computer transmits into it is virtual. 

The virtual information means information that the source cannot affect the BCI user. That information can come from another planet from robots that operate on its surface. 

It's possible that the person. Those who use BCI are just lost in that virtual world. For brains information that comes through brain shells from different brain lobes is not virtual. It's just information. That means it's possible. That the person will not find a way out from the multiple- or multilayer virtual reality. 

https://futurism.com/neoscope/scientists-mind-reading-rights

https://www.lifewire.com/brain-computer-interfaces-could-put-your-thoughts-at-risk-5222615

Can the dark energy form because of time dilation? And does the universe's form follow the Mandelbrot fractal (or Mandelbrot set)?

"New research suggests dark energy might not be real, proposing instead that the Universe’s apparent acceleration is due to its patchy structure. Upcoming observations from space missions could prove pivotal in validating this “timescape” model. Credit: SciTechDaily.com" (ScitechDaily, Dark Energy May Be an Illusion: Scientists Uncover a “Lumpy” Universe)

The lumpy universe can explain why we cannot see dark energy. Dark energy is some virtual effect that forms because the structure of the universe is not homogeneous. In the new model, the reason for the dark energy illusion could be time dilation. This model where the different speed of time is the reason for the dark energy is called "timescape". 

The idea is that time travels in galaxies 32% slower than in cosmic voids. And the gravity anomaly or pothole in mass centers means. There are also micro-level differences in the speed of time. 

That thing causes an effect that we call dark energy. Or this is how the new theory goes. 

If we think that time is like river flow. The term time dilation means. That the galaxy comes behind the cosmic void. So we can think that the future is the roof and the past is the floor in spacetime. Energy always travels out from the higher energy area. So we can say that energy is like a pillar and the galaxy transfers energy to the universe from the past. Then that pillar which can be the black hole transports energy from the past to the future. And that can explain dark energy. 

There is a new model in the universe structures. That model tells us that the universe is fractal. Or it follows the fractal geometry shape. That kind of fractal means that the universe can form another universe or static information structure around it or inside it. The static information structure called antiuniverse is one of the most fascinating things in the model of all theories. Another name for this model is the parallel universe theory. 

The model goes like this. Information travels between the universe. And it's antiuniverse in one direction. The universe- and antiuniverse are like superposition and quantum entanglement. The information travels to the lower energy participant until energy levels reach the same level. That breaks the quantum entanglement. 

Above: The Mandelbrot set within a continuously colored environment. (Wikipedia, Mandelbrot Set)

Mandelbrot fractal and entropy in the universe. 

Some people think that the universe follows the Mandelbrot fractal model. The Mandelbrot model means that also dimensions can hide deep inside the other dimensions. The Mandelbrot fractal, or Manderbrot set can also explain the growing entropy in all systems. 

That means there are always whirls and "hairs". In every system. We can call those things entropy disorder or chaos. When we look at the Mandelbrot fractal more carefully, we see that there are always repeating forms. And if we want to make channels through the universe we must "just" put whirls overlapping each other. And that is quite a difficult process. 

Every system has entropy. That grows into larger parts. That entropy destroys the structure.  But if we think that the Mandelbrot- or some other fractal. That can make it possible to predict and control that entropy. 

Above: Zooming into the boundary of the Mandelbrot set. (Wikipedia, Mandelbrot set) 

The antiuniverse means that time travels in opposite directions in that strange and invisible world. The thing that makes this thing invisible is that information travels in one direction. When we think about the Brane theory and theory of the 11 dimensions. We must realize that energy level determines the dimension. 

If we return back to the black holes and the room of dimensions where the energy bottom and energy top form the roof and floor of the room or observable spacetime. The room is the limit between the energy levels of particles so that they can exchange information. The black hole is like a pillar through that room. 

When particle accelerators accelerate particles fast enough. They start to form noses to those particles. Same way particles form noses when their energy level rises. And that nose will form a channel between dimensions.

When we think about black holes and their interactions they are like whirls. Those whirls create a screw-like structure that injects energy into particles and radiation. 

"This graphic offers a glimpse of the history of the Universe, as we currently understand it. The cosmos began expanding with the Big Bang but then around 10 billion years later it strangely began to accelerate thanks to a theoretical phenomenon termed dark energy. Credit: NASA" (ScitechDaily, Dark Energy May Be an Illusion: Scientists Uncover a “Lumpy” Universe)

If the difference between energy levels in those two particles is too long that cuts the information channel between those two particles. And denies their ability to exchange information. Or, energy can travel only to lower energy particles near them. 

Normally. Time travels only in one direction. The reason for that is this. 

The future is at a lower energy level than the past. This is why we cannot see the future. 

The black hole travels far in the future. For making information travel to the past the black hole must make a standing light wave around it. Then another light wave must be on the edge of the black hole's pothole. The superposition allows information to come from the future to the past. 

If the material energy level rises too high that means it jumps out from the third dimension. The problem is that the lower dimension always surrounds the higher dimension. 

The higher dimension can transmit information between it and the lower dimension. Only in one direction. The energy can travel to the lower dimension. But why cannot we see that thing? 

There is the possibility that energy forms the tight energy tornado, wormhole through the lower dimension. 

That means a wormhole can carry information past the dimension. Or the information that travels into the wormhole can bypass the dimension. 

So where the fourth and higher dimensions are? Those dimensions can exist in the rooms where we sit. They are so small that we cannot detect them. 

Or maybe they are in the black holes. It's possible. That the antiuniverse or metaverse exists in those black holes. The metaverse and parallel universe are interesting models. 

https://bigthink.com/starts-with-a-bang/universe-fractal/

https://scitechdaily.com/dark-energy-may-be-an-illusion-scientists-uncover-a-lumpy-universe/

https://en.wikipedia.org/wiki/Mandelbrot_set