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Advantages and Disadvantages of Neuromorphic Computing


Neuromorphic computing is a ground-breaking approach to artificial intelligence that tries to mimic the structure and function of the human brain in silicon. This technology has the potential to develop more efficient and powerful computer systems, but it also introduces new challenges and restrictions.

And if you’re wondering whether Neuromorphic Processing is the future of AI, check out this article: Neuromorphic Processing is the Future of AI

Advantages and Disadvantages of Neuromorphic Computing

This article will look at the benefits and drawbacks of neuromorphic computing, such as its energy efficiency, real-time processing capabilities, fault tolerance, and scalability. The complexity of recreating the brain, the lack of standards in the area, the restricted applications, and the high cost of designing and deploying neuromorphic devices will also be discussed.


1. Neuromorphic computing aims to mimic the capabilities of the human brain, perhaps resulting to more energy- and compute-efficient AI.

2. Neuromorphic systems consume less energy than typical computer processing methods.

3. Unlike traditional computer systems, which require large volumes of data before producing an output, these systems may make decisions in real time. This makes them very attractive for use in dynamic contexts, such as driverless cars.

4. Neuromorphic sensors have been used in the detection of light and the development of retinormophic sensors or event cameras with arrays.


1. Since of the complexity of their structure, neuromorphic systems might be challenging to implement because it is difficult to perfectly replicate a specific behavior in one system.

2. Because of their similarities to human brains and processing capacities, neuromorphic systems raise ethical concerns. Many people are concerned about unauthorized use or misuse of these technologies in the absence of clear legal frameworks limiting their implementation.

3. Many people who are discussing the uses and implications of this technology are concerned about the social implications of handing these systems personhood rights. Anxiety about rising public worry about robots that resemble or reproduce human functions may motivate people to advocate for neuromorphic system restrictions and laws.

4. While second generation neuromorphic sensor technology is proving to be effective, there are still issues with speed/accuracy as well as dependability in particular applications such as voice recognition, where noise interference can cause erroneous data input.


In conclusion, neuromorphic computing is a promising technology that has the potential to revolutionize the field of artificial intelligence by creating more efficient and powerful computing systems. However, it is important to recognize that there are also several challenges that need to be overcome before neuromorphic computing can reach its full potential. The complexity of replicating the brain, the lack of standardization in the field, the limited applications, and the high cost of developing and implementing neuromorphic systems are all factors that need to be considered.

Best Movies About Evolution [Handpicked List]

Movies About Evolution

The concept of evolution is complex and fascinating, and it has fascinated both scientists and the general people for decades. Also covered in a variety of media, including movies, is this subject. This article will look at some of the most compelling movies that explore the many sides of the interesting idea of evolution.

These movies demonstrate the amazing and terrifying aspect of evolution and the significance of understanding it to understand the world around us, including topics such as the impact of human actions on the natural world and the potential consequences of toying with evolution. These movies, whether you’re a science enthusiast or a movie fan, are likely to capture your attention and motivate you to delve further into the natural world’s mysteries.

Movies About Evolution

Evolution (2001)

- Best Movies About Evolution [Handpicked List]

“Evolution” (2001) is a science fiction comedy film about alien life forms evolving on Earth. The film follows two college professors, Dr. Ira Kane and Prof. Harry Phineas Block, as they discover species not found on Earth after a meteorite hits the planet. As the organisms evolve and become more deadly, the government seizes control of the site, forcing the professors to relocate. The film emphasizes the potential consequences of extraterrestrial life forms evolving on Earth, as well as the significance of knowing evolution in order to comprehend the world around us.

I Origins (2014)

i origins scene - Best Movies About Evolution [Handpicked List]

“I Origins” (2014) is a science fiction drama film in which evolution is one of the key subjects but is not the main agenda. The film follows Ian Gray, a Ph.D. student who is studying the evolution of the eye with his research partner Kenny and first-year lab assistant Karen.

Ian encounters a young woman named Sofi along the road and is captivated by her unique eyes. Ian and Sofi learn through the course of their relationship that their lives are interconnected in ways they never could have anticipated. The connection between science and spirituality, the force of the unknown, and the purpose of life appear to be the core themes of the movie, though.

The Titan (2018)

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The science fiction movie “The Titan” from 2018 looks into the concept of forced evolution and its possible effects. The plot takes place in 2048, when researchers are experimenting with modifying human bodies to withstand Titan, a moon of Saturn, which will serve as humanity’s future home. Rick Janssen, the main character, agrees to participate in the test, but as the training gets tougher, risky side effects start to manifest.

The protagonist’s wife learns that the test participants’ DNA is being mixed with animal DNA in an effort to produce the next generation of humans. The main character and his family are in danger as the experiment spirals out of hand as the military searches for the newly developed people.

Sanctuary (2011)

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In the science fiction movie “Sanctuary” (2011), the negative aspects of human evolution are explored. The movie addresses the idea of genetic engineering and the possible repercussions of using evolution as a god-like force, a recurrent trope in science fiction. Even though the genre has made use of this idea frequently. The movie poses key queries about the legitimacy of tampering with evolution and the possible repercussions of our choices, such as the emergence of awful animals. The narrative centers on a band of courageous individuals who are prepared to take on both the monsters that are loose in the world and the darkest aspects of human evolution. The movie portrays the notion that evolution is a complex and delicate process that may be quickly thrown off course by even the smallest of factors.

Planet of the Apes (2001)

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In the science fiction movie “Planet of the Apes” (2001), the idea of human interference with evolution is explored, along with any possible consequences. Leo Davidson, an astronaut, is stuck on a planet ruled by intelligent apes in the story. There, he learns that the apes’ evolution was not a result of natural selection but rather of human experimentation. The movie highlights significant issues on the morality of using evolution as God and the possible repercussions of human action.

This, once again, ignores the fact that if humans become capable of interplanetary travel, they must also create and implement a mechanism for predicting the consequences of their actions. AI and mathematics, for example, already allow us to predict many things. As a result, the future possibilities may be unbelievable, which is the problem with the premise of many of these films. They only consider technological advancements, not human systems and technology related to human brain improvement with machines or systems for predicting the future with smart AIs or AGIs.

Top Commercial Space Plane

Commercial Space Plane

Since the first humans stepped foot on the moon in 1969, space exploration has made significant progress. A number of companies are now working on commercial space aircraft that will allow people to travel to and from space more conveniently and economically. Here are some of the most promising Space Plane under development right now:

It’s worth noting that many of these space planes are still in development and are not yet operational.

Commercial space plane

Spaceship Two

- Top Commercial Space Plane

Spaceship Two: Developed by Virgin Galactic, Spaceship Two is a space plane that will be able to carry six passengers and two pilots to the edge of space. It will be launched from a mothership called White Knight Two, which will carry it to an altitude of around 50,000 feet before releasing it to begin its journey to space.

White Knight 2

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The White Knight Two is a mothership developed by Virgin Galactic for its Spaceship Two space plane. It can carry up to 17,000 kg of payload to an altitude of 50,000 feet and is powered by 4 turbofan engines. With a length of 78 ft 9 in and wingspan of 141 ft 1 in, it has a service ceiling of 70,000 ft. The White Knight Two is an important part of Virgin Galactic’s efforts to revolutionize commercial space travel.

Lynx Rocketplane

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Lynx: Developed by XCOR Aerospace, the Lynx is a two-seater spacecraft that is designed to take off and land like an airplane. It will be capable of reaching suborbital altitudes and will be able to fly multiple times per day.

Dream Chaser

Dream Chaser pillars - Top Commercial Space Plane

Dream Chaser: Developed by Sierra Nevada Corporation, the Dream Chaser is a reusable spacecraft that is designed to take off and land horizontally on a runway. It will be capable of carrying both cargo and people to and from low Earth orbit and will be able to fly multiple times per year.


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Skylon: Developed by Reaction Engines, the Skylon is a hypersonic plane that is designed to fly at speeds of up to Mach 5 (five times the speed of sound). It will be capable of carrying both cargo and people to and from space and will be able to fly multiple times per day.


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Developed by Rocketplane Global, the Rocketplane is a reusable spacecraft that will be able to carry both cargo and passengers to and from space. It is designed to take off and land horizontally like an airplane, making it more convenient and cost-effective to operate than traditional rockets.

Importance of art in human evolution


Art, defined as a diverse range of human activities and the products of those activities, has been an integral part of human culture and society for thousands of years. It is likely that the creation and appreciation of art have played a significant role in human evolution, influencing the development of communication, culture, and social connections.

Importance of art in human evolution

Communication and Expression:

Cro Magnon man communicating - Importance of art in human evolution

One of the most obvious ways in which art may have influenced human evolution is through its ability to serve as a means of communication and expression. Early humans may have used art as a way to tell stories, record events, and convey important information to each other. For example, art may have been used to depict the movements of animal herds, the locations of resources, or the dangers present in the environment. The use of symbols and visual imagery may have helped early humans to communicate more effectively, particularly in situations where language was not yet developed.

In addition to its role in communication, art may have played a role in the expression of emotions and the release of stress. The creation of art can be a cathartic and therapeutic process, and it may have helped early humans to cope with the challenges and stresses of their environment. This could have had a positive impact on mental and emotional well-being, which in turn could have had a positive impact on physical health and survival.

Art may also have played a role in the development of human culture and society. Different cultures and historical periods have produced their own unique styles and forms of art, and the creation and appreciation of art has often been an important part of cultural and social life. This could have helped early humans to transmit important knowledge and skills, and to maintain a sense of identity and community within their culture. For example, cave paintings may have been used to record and preserve important cultural traditions, such as hunting and gathering techniques, religious rituals, or social norms.

Social Bonding:

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In addition to its role in communication and cultural transmission, art may have helped early humans to bond with each other and form strong social connections. This could have been important for survival, as humans have always been social animals and have relied on each other for protection, support, and resources. The creation and appreciation of art may have served as a way for early humans to bond and build relationships with each other, and this could have helped foster cooperation and collaboration within groups.

Enjoyment and Survival:

homo erectus - Importance of art in human evolution

The ability to experience fun and enjoyment may also have had evolutionary benefits for early humans. Engaging in activities that were enjoyable, such as physical play and creative expression, may have helped early humans to develop the skills and abilities that were necessary for survival. The enjoyment of food and sex may also have helped early humans to seek out and consume the nutrients and energy that were necessary for survival, and to reproduce and pass on their genes to the next generation.

Overall, the evolution of art in humans may have been influenced by a number of factors, including the need to communicate, express emotions, and convey cultural and social values. The importance of art in human evolution cannot be denied, and it continues to play a vital role in human culture and society today.

Top 7 Reusable Rocket Companies

Reusable rocket companies

Reusable rocket companies are revolutionizing the way we access space. By developing rocket systems that can be launched and landed multiple times, these companies are significantly reducing the cost of space exploration and opening up new possibilities for research and commercial activities in orbit. Here is a closer look at six of the leading reusable rocket companies and what they have planned for the future:


Reusable rocket companies


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Founded by Elon Musk in 2002, SpaceX has made a name for itself with its Falcon 1, Falcon 9, and Falcon Heavy rockets. These rockets are designed to be fully reusable and have been used to launch numerous payloads into space, including satellites, crewed missions to the International Space Station, and even a Tesla Roadster. In the future, SpaceX plans to continue launching payloads into space and is also working on developing a rocket called the Starship that will be capable of transporting humans to the Moon and Mars.

Rocket Lab

- Top 7 Reusable Rocket Companies

Rocket Lab is a space launch company founded in 2006. Its Electron rocket is a small, two-stage rocket designed for launching small payloads into space. The Electron is partially reusable, with the first stage able to be recovered and refurbished for future flights. In the future, Rocket Lab plans to continue launching payloads into space and is also working on developing a larger, fully reusable rocket called the Neutron.

Relativity Space

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Relativity Space is a startup founded in 2016 that is developing a fully-automated rocket manufacturing system. Its first rocket, the Terran 1, is set to launch in 2023. In the future, Relativity Space plans to continue launching payloads into space and is also working on developing a larger rocket called the Terran R that will be reusable and capable of transporting humans to the Moon and Mars.

Blue Origin

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Blue Origin is a privately-held company founded by Jeff Bezos in 2000. It is known for its New Shepard rocket, which is a fully reusable suborbital rocket designed for taking tourists on short trips to space.

The company is also developing a larger, orbital-class rocket called the New Glenn, which is expected to be reusable.

Stoke Space

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Stoke Space is a startup that is developing a fully reusable rocket, I don’t know what their name is, but it looks unique. The company aims to provide low-cost access to space for payloads, such as satellite constellations and scientific instruments.

They haven’t launched anything, and they haven’t given any date so far, but they will text their vertical launch capability of their upper stage.

Pulsar Fusion

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I don’t know this is reusable or not, but it looks like, so here in the list.

Pulsar Fusion is a startup developing the Direct Fusion Drive (DFD), a compact fusion reactor that provides power and thrust for space systems.

The DFD has a high specific impulse and is expected to have thrust levels of 10 to 101N, with exhaust speeds between 110 and 350 km/s.

Pulsar Fusion is currently building a prototype DFD engine, with static tests planned for 2023 and an In Orbit Demonstration in 2027. If successful, the DFD could revolutionize space propulsion and enable more ambitious space exploration missions.

Sierra Space

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Sierra Space is a space exploration company that recently completed major milestones for its first commercial space station and is developing a reusable, winged commercial space plane for NASA resupply missions to the International Space Station starting in 2023. The company also works on various space-related projects, including propulsion, habitation, and life support systems. Sierra Space is known for its focus on innovation and efficiency.

6 Speculative Evolution Documentaries

Speculative Evolution Documentaries

Speculative evolution is a field of study that explores the hypothetical ways in which life on Earth could have evolved differently or the ways in which life on other planets or moons might evolve. It is a subgenre of science fiction that combines elements of biology, paleontology, and evolution to create fictional scenarios of how life might have evolved in different circumstances.

There are a number of documentaries that explore the concept of speculative evolution, both in terms of how life on Earth could have evolved differently and how life on other planets might evolve.

These documentaries often feature scientists, science fiction writers, and other biology experts who discuss the various possibilities and theories related to speculative evolution.


The Future Is Wild

- 6 Speculative Evolution Documentaries

“The Future Is Wild” is a documentary that explores the ways in which life on Earth might evolve in the future. The documentary uses computer-generated images and animations to illustrate the various possibilities and features experts who discuss the various theories and ideas related to the evolution of life on Earth.

Extraterrestrial (2005)

- 6 Speculative Evolution Documentaries

“Extraterrestrial” is a documentary that explores the concept of extraterrestrial life and the ways in which it might exist in the universe.

The documentary features astrophysicists and biologists who discuss the various possibilities and theories related to extraterrestrial life and explore the implications of these possibilities for our understanding of the universe.

Alien Planet

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“Alien Planet” is a documentary that also explores the concept of extraterrestrial life and the ways in which it might evolve on other planets.

The documentary features interviews with scientists and experts who discuss the various possibilities and theories related to the evolution of life on other worlds and explore the implications of these possibilities for our understanding of the universe.

After Man

- 6 Speculative Evolution Documentaries

“After Man” is a documentary that explores the hypothetical ways in which life on Earth might evolve after the extinction of humans.

The documentary features experts who discuss and show the various possibilities and theories related to the evolution of life in a post-human world and uses computer-generated images and animations to illustrate the various scenarios.

Dragons: A Fantasy Made Real

- 6 Speculative Evolution Documentaries

“Dragons: A Fantasy Made Real” is a documentary that explores the hypothetical ways in which dragons, a mythical creature often depicted in fantasy literature and media, might have evolved in the natural world.

The documentary features graphics that show the various possibilities and theories related to the evolution of dragons and uses computer-generated images and animations to illustrate the various scenarios.

Natural History of an Alien

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“Natural History of an Alien” is a documentary that explores the hypothetical ways in which alien ecosystem on other planets or moons might evolve.

The documentary features experts who discuss the various possibilities and theories related to the evolution of life in other parts of the universe, and explores the implications of these possibilities for our understanding of the universe.

Are We Close to Achieving the Technological Singularity? Lets Answer


The concept of a “technological singularity,” often defined as the point at which artificial intelligence surpasses human intelligence and triggers rapid technological growth, has been the subject of much speculation and discussion among scientists, futurists, and the general public. Many experts believe that we are rapidly approaching this milestone, while others are more skeptical about the feasibility and timeline of such an event.

This year, AI has become more accessible to the public and the development of AI has been greatly aided by contributions from the general public through open source projects. As a result, the timeline for the technological singularity is looking much closer, with 2022 seeing a significant explosion in AI research and open source AI development.


So when Technological Singularity will happen?

Predicting the exact timeline for the technological singularity is a difficult task, as it depends on a number of variables including the advancement of artificial intelligence, the complexity of human intelligence, and the limitations of current computing hardware.

One way to gauge the proximity of the technological singularity is to consider the growth of artificial intelligence and how close it is to surpassing human intelligence.

In recent years, we have seen significant progress in the field of AI, with the development of self-driving cars, facial recognition software, diffusion-based image generation, video generators, advanced language AI modals that can program as well as answer science and math problems, AI that solves difficult science problems like genome editing and protein folding, and other advanced technologies. While these technologies are still limited in some of their capabilities and are not yet on par with human intelligence in some areas, they represent a significant step towards the singularity.


Another factor to consider is the rate at which AI is advancing. If the rate of progress continues at its current pace or accelerates, it is possible that we could see the technological singularity in the relatively near future. However, if progress slows down or encounters significant obstacles like technophobia, political instability, and restrictions, the timeline for the singularity may be further off.

So the most optimistic answer would be 2050 to 2070. This may seem like a long time, but you also have to consider many of the new problems it will create, especially things like human-AI conflict, human insecurity, and other similar things.

Why AI Ethics May Not Be the Problem You Think It Is

The Ethics of Artificial Intelligence

These few days have really sparked the discussion about AI vs. humans among all types of people, but mainly the art community.

And I have seen good arguments for both sides. And I’m not going to impose any biases here; instead, let’s look at it from a scientific standpoint.

I also will be covering The Ethics of Artificial Intelligence and some other related thought experiments that might give you some deeper insight into this topic, as well as some evolutionary perspective. 

I will continue to enhance this post; right now, there are certain instances where I am unable to come up with a more easy - to - understand paragraph, therefore I will keep improving this blog as time goes on, and if you have any suggestions or corrections to give, please contact us.


ethics committee - Why AI Ethics May Not Be the Problem You Think It Is

The first argument that I have seen is that AI does not learn like humans; this one I have covered in greater detail in the article about the similarities between AI and human learning.

The problem is that many of the arguments seem to oversimplify how AI learns, but they use different terms to describe how humans learn.

If we used similar terminology, then we would find many things common between AI and humans.

Lets say that thing we experience is a data or information, and without it we know nothing, but when we get one we know that its exist, but still don’t know what it is, so when we get lots of data about something, then our brain starts to notice patterns, For example, let’s say that you are walking in the park and you see a cat for the first time. You know nothing about what it is, so you start collecting data about it. You observe its physical characteristics, such as its two eyes, nose, mouth, whiskers, and four legs. You also notice its behavior, such as its tendency to meow, chase toys, and groom itself. As you gather more data about this cat, you begin to notice patterns. You see that the cat has a round body, a fluffy coat, and a tail that wags when it is happy. However, you have never seen a cat before, so you are not sure what this animal is.

As you continue walking in the park, you see more and more cats. You observe their physical characteristics and behaviors and start to notice patterns between them. You see that all of the cats have similar physical characteristics, such as a round body, four legs, and a long tail. You also notice that they all exhibit similar behaviors, such as meowing and grooming themselves. Based on these patterns, you might conclude that all of these animals are cats.

Biological and evolutionary prospective

From a biological perspective, humans developed the ability to gather data and notice patterns as a way to adapt and survive in their environment. By observing the world around them and noticing patterns, humans were able to identify and understand the things they encountered, such as plants, animals, and other resources. This allowed them to make informed decisions about how to interact with their environment, such as what to eat, where to live, and how to protect themselves.

From an evolutionary perspective, this ability to gather data and notice patterns is thought to have developed over time as a way to increase the chances of survival and reproduction. Humans who were able to gather data and notice patterns were more likely to make informed decisions that would help them survive and thrive, such as finding food, avoiding predators, and selecting mates. As a result, they were more likely to pass on their genes to the next generation, leading to the evolution of this ability.


Secondary arguments come from an ethical point of view; for some, the concept of ethics may be seen as a human construct that is imposed on the world in an attempt to give it meaning and purpose.

But this is a very incoherent way to see ethics; a better and more logical way is that, as with everything in human or non-human life, ethics is a product of evolution.

From an evolutionary perspective, the development of ethics may be seen as a way for humans to increase their chances of survival and reproduction. Humans who were able to cooperate and work together were more likely to survive and thrive than those who were isolated or fought with each other. By developing moral principles and values that helped to regulate their behavior and promote cooperation, humans were able to form strong, cohesive communities that were better able to survive and thrive. In this way, ethics can be seen as a product of evolution, as it has evolved over time as a way to help humans adapt to and survive in their environment.

The second argument is one of ethics: humans will always be better than AI in something, but as I will explain, the thing we consider better in humans is also the reason why human cavillation is so unstable.

The reality is that flaws make us human and not robots, but that flaws also lead us to all the instability and problems we have, so do we stop having flaws, or do we keep having flaws but make the one that controls and maintains the civilization have none of our flaws, so that we keep our human-like flaws but also maintain a decently stable civilization?

Or another option is that we should merge with AI, where you might have fun being a human but AI will take care of all the logical, critical, and important things.

In this article, I have gone much deeper into this topic, and I highly recommend you read this: Common arguments against AI

Inherent in the argument against AI is that they do not understand AI, and if they do, they think humans do things differently because we are special creatures. But when you step on these topics, you have to include evolution and science in the discussion. because without it it will be much less meaning full then a static noise.

Because if we are the programmers of AI, then evolution is our programmers, and let me tell you something: evolution is extremally inefficient programmer, because it don’t seek the most optimal solution rather, rather what it seeks is good enough solution.

And it only works because it has millions of years on its hands to do all these things.

What we humans think about ourselves is often not reality. For example, take the example of how we use the words “good” and “evil.” In evolutionary terms, “good and evil” is a delusion given to us by evolution to increase our potential for survival and reproduction, but the way we think of it, it’s a logical and factual truth.

Here is a bigger thought process: We humans create problems then pretend to solve them; we pretend because it is inherently trying to maximize the positive social point we get in the hierarchies; if we truly wanted to solve a problem, then we would have focused on science rather than human emotion.

I have also covered this in greater detail in an article on sci-fi logic, so check it out.

Here is a small excerpt from my article on sci-fi logic: In humans, the way we are raised and our environment influence our behavior and decisions, which makes it harder to come up with an objective solution.

Instead, we label things as good and evil, and from here our emotions of self-interest take over, and we want that so-called evil thing to not exist or change according to some human’s way, which that human or anyone else has no proof that their “way” will be a better option or not, and our human nature actually prevents us from doing anything objective, because understand this: every simple creature had an instinct to survive and reproduce, so at the genetic level we have self-interest.

Going deep

And here is a self-aware, science-based perspective on the ethics.

From this perspective, life and evolution can be seen as the simple shapes that matter has taken and nothing more. In this view, evolution is a trial-and-error system that is based on randomness, with different genetic combinations being tested and either succeeding or failing based on how well they adapt to and survive in their environment.

From this perspective, ethics may be seen as a human construct that is imposed on the world in an attempt to give it meaning and purpose.

However, if the universe is truly meaningless, then these moral principles and values may be seen as arbitrary and meaningless, as they are based on a belief in something that does not exist, namely, inherent meaning and purpose in the universe.

In this way, ethics can be seen as a product of human evolution but not as an inherent reality in the universe.

This is also the fact that once we are self-aware about our origins and understand our own biology, it can be seen as evolution’s way of making evolution faster and more efficient.

Logic is simple. Once we understand the underlying mechanics of the human mind and evolution, what is the reason to keep our evolution and system in the hands of the slow and inefficient processes of natural selection and instinct, like emotions and other related processes that drive our current human civilization?

Humans are special beings!

This statement is not directly made in their argument; rather, their argument suggests that humans are special beings.

The ethics argument is somewhat directed at this position, and this position is quite related to religion or spirituality.

And as a sucker for evolution, I will also add another logical argument from an evolutionary perspective.

From an evolutionary perspective, we are lucky, not special. From an evolutionary perspective, creatures may be seen as lucky rather than special because their success or failure is largely determined by random factors. Evolution is a process of trial and error, with different genetic combinations being tested and either succeeding or failing based on how well they adapt to and survive in their environment. This process is largely random, and many factors can affect an individual’s chances of survival and reproduction, such as their physical characteristics, behaviors, and the environment they live in.

For example, a creature may be born with certain physical characteristics that make it more likely to survive and reproduce, such as strong legs, sharp teeth, or good camouflage.

These physical characteristics may give the creature an advantage over other creatures, making it more likely to succeed and thrive. However, these characteristics are not necessarily special, as they are simply the result of random genetic mutations that happened to be beneficial in a particular environment. In this way, creatures may be seen as lucky rather than special, as their success or failure is largely determined by random factors.

Weird Human Stuff

Throughout the history of humans, we have always tried to create things that are better than us because better things help us solve problems that a single human cannot. This drive to improve and create has led to numerous technological and scientific advancements.

It is true that humans have created a wide range of things that are better than them in various ways, including in the areas of technology, medicine, and engineering. These creations have allowed us to solve problems and meet needs in a wide range of fields and sectors.

However, there are certain areas where humans have not been able to create things that are better than them. One such area is in the realm of thinking and decision-making. While humans have developed tools and technologies to assist with these tasks, such as computers and algorithms, they are still limited by their own cognitive abilities and biases.

This is one reason why humans are developing artificial intelligence (AI): to solve thinking and decision-making issues that humans inherently have. AI systems are designed to perform tasks that require high levels of analysis, problem-solving, and decision-making, and they can do so faster and more accurately than humans. In many cases, AI systems can outperform humans in tasks that require a high level of cognitive ability, such as data analysis, image and speech recognition, and language translation.

I covered this in greater detail about how inefficient humans are: Why being ruled by an AI is actually beneficial

It is likely that artificial intelligence (AI) will continue to improve and become better than humans in more and more ways as time goes on. This is because AI systems are designed to learn and adapt, and they can perform tasks faster and more accurately than humans can. This means that AI has the potential to outperform humans in a wide range of tasks, not just those that require specific skills or expertise.

While some people may argue that human emotions are an advantage, the fact is that emotions are a disadvantage when it comes to achieving a stable and functional society. Emotions can lead to irrational and biased decision-making, which can have negative consequences. In contrast, AI systems do not experience emotions and can make decisions based on logic and data, which can lead to a more stable civilization.

If we were to restrict the development of technologies like cars and airplanes because they might replace people’s jobs, we would be missing out on the many benefits that these technologies bring.

Similarly, if we were to restrict the development of AI because it might replace some jobs, we would be missing out on the many ways in which AI can improve our lives and help us solve problems.

Ultimately, the development of new technologies is an inherent part of human progress and should be encouraged rather than discouraged, as it has the potential to bring numerous benefits to society.

Restricting AI technology

This belief is also based on human bias and emotion rather than logic and science, and as I established, human emotion is a cesspool of contradictions, inefficient decisions, and unstable long-term consequences.

Ai brings something that we humans genetically lack, and that is objectivity. No matter what we claim or like to think, we are never objective no matter what, and the argument that we should restrict AI technology is very similar in that it is based on feelings and individual self-interest rather than objective logic. Science gives us insight into the underlying reason behind everything, but we don’t include it in our daily thought process.

And if you think that AI is as objective as its training data, then it’s better for you to think much deeper about this, because right now we are not really training AI to be objective but rather to make them as natural to humans as possible.

So we are basically creating AI to imitate humans, but when we truly focus on making AI truly objective, then we might see the true potential of AI.

Current AI systems are not truly super-intelligent because they are not constantly fed the most up-to-date scientific data, but rather what humans think and feel and what we do when we feel, and AI tries to mimic all of that.

When a normal politically and socially charged human (which is the majority of the human population) comes up with solutions, they always come up with something very non-scientific, but it is emotion-based and not really designed to stabilize things.

The longer truth is that AI will increase our scientific understanding much more than we could ever hope to achieve, and based on these greater understandings of science, we will achieve things that were thought to be impossible or impractical. So do we continue to exist in a civilization that creates its own problems and pretends to solve them, or do we let future AI take over things that we humans are bad at, like thinking scientifically and objectively?

Moral Paradox

Let’s think about it like this: AI taking jobs may be seen as morally wrong, but what happens when AI makes a better civilization and works toward the betterment of everyone, and that results in everyone losing jobs? Is it still morally wrong?

Ok, let’s think about why everyone needs to work or have a job.

Of course, to have a stable life, to survive, and for many to reproduce in stable environments

And why do we want to survive and reproduce? Because that is what life has been doing through its evolutionary programming.

But that is one answer, a key biological answer, but another answer is that the environment we live in has limited resources, so we must compete with ourselves as well as other species to achieve the goal of survival and reproduction. Another point is that the earth does have limited resources, but they are not little resources; rather, they are managed so inefficiently that we may assume that our resources are nonexistent, so where does the AI fit in?

We are inefficient creatures for making stable civilizations because we have emotions that lead to things like conflict between species, which often leads to resource wastage, resulting in resource shortages or increasing the value of available resources, which will certainly motivate many individuals to do things like theft or crime.

So now that you know how one thing leads to another, it just becomes a tree of inefficiencies and destabilization. So if a super-intelligent AGI fills in the gap where resource management happens in global civilization, it constantly calculates and analyzes the situation and needs and makes decisions just according to the situation while also making plans to increase the available resources for all of the global population and while also thanking and making plans for the worst-case scenarios.

Also remember that AI has no emotions, so they will likely have no human-like conflict, resulting in more efficient and stable resource management and creating much more stable conditions for civilization.

But to avoid conflict scenarios, many of the humans will be replaced by AI so as to increase the efficiency and stability of resources.

And if I consider every major thing, then that will result in a much lower rate of crime because, think about it, if more people are happy, then they will have a much lower chance of harboring reasons for committing crime.

This answer or consideration considers two things: first, whether AI taking jobs is morally wrong, and second, whether, if AI becomes this near-perfect superintelligence system, you will still advocate for restricting its integration into the core of civilization.

If you still advocate for the restriction of AI, then here again, as mentioned in the previous section, your emotions and self-interest are at work, which have been shaped by your environment and the situation of your environment when you were born and raised. The same goes for anyone, including myself.

Learn Science Easily with Chat GPT


In the recent few months, AI has become quite powerful. It has been quite powerful for quite a while, but now normal people get to use it, and with many people using it, we are seeing many examples of how much people can do with AI and how much AI is capable of, and it has only just really started, so we have a lot to see.

Chat gpt is a new chatbot from open AI. This is not a normal chatbot; rather, think of it as a smart assistant that will answer your questions and provide assistance on many things, from science to technology to programming.

It can also help you with problems, like when you are having some trouble while programming; this can help you understand the problem and even suggest some possible solutions; or when you are having some difficulty understanding some scientific concepts; it can also help you understand difficult concepts.

How to use Chat GPT to learn and understand science (Even for kid)

Let’s ask the question: “Explain evolution as if I am a kid.”

Here is what Chat GPT answered:

Sure! Evolution is the process by which living things change and adapt over time. It helps to explain how different species of plants and animals came to be the way they are today.
Here’s how it works: Every living thing has traits, or characteristics, that are passed down from their parents. These traits can be physical, like the color of a plant’s flowers or the shape of an animal’s beak. They can also be behavioral, like how fast an animal can run or how well a plant can survive in a certain environment.
Sometimes, these traits can give a living thing an advantage in its environment. For example, if a plant has green leaves, it can use sunlight to make its own food. This can help the plant survive and reproduce, or make more plants just like itself.
On the other hand, if a plant has yellow leaves, it might not be able to use sunlight as well, and it might not be as successful at surviving and reproducing. Over time, the plants with green leaves are more likely to survive and have babies, while the plants with yellow leaves might die out.
This process of natural selection, or the survival of the fittest, is one way that evolution happens. As living things with certain traits are more successful at surviving and reproducing, those traits become more common in the population. On the other hand, traits that are not helpful for survival become less common.
Over many, many generations, these small changes can add up to create new species of plants and animals that are different from their ancestors. Evolution helps living things to adapt to their environment and to the challenges that they face, so they can continue to survive and thrive.

How to solve the accuracy issue

But Chat GPT has issues with accuracy when it comes to recent events; here is how to solve that problem.

We know that AI doesn’t know about recent events, and we can solve that by giving that information to Chat GT. It will not learn the information you are giving it, but when you tell that information to Chat GPT, then it will remember that information for your Convo thread, so when you ask more questions regarding that, it will likely give you more accurate information.

Like, let’s give a recent scientific paper and ask it to explain that paper for a beginner or non-science person.


I asked to give an explanation for a science paper about Alcubierre’s drive, and I also told the Chat GPT that I am not a science person.

Exact command: Explain this science paper. I am a non-science person, and I can’t understand what this paper says. (Copy and paste the content of the paper here.)

Here is what it give me:

This scientific paper describes a theoretical concept known as a “warp drive,” which is a way of traveling through space at speeds that appear to be faster than the speed of light. The concept is based on the principles of general relativity, which is a theory that describes how the force of gravity affects the shape and movement of the universe.
According to the paper, it might be possible to create a local distortion in the fabric of spacetime that would allow a spaceship to travel at an arbitrarily high speed. This would involve creating an expansion of spacetime behind the spaceship and a contraction in front of it. This would allow the spaceship to be pushed away from the Earth and pulled towards a distant star, essentially “warping” through space. The idea is similar to the “warp drive” often depicted in science fiction.
However, the paper also notes that this type of spacetime distortion would require the use of “exotic matter,” which is a type of matter that has yet to be observed in the universe. It is unclear if such matter actually exists or if it is possible to create it. Therefore, the concept of a warp drive remains purely theoretical at this time.

As you can understand from this, AI tools can help in educating science for all types of people, no matter their current levels of science knowledge.

You can also ask about problems with this paper or this method, or you can have a full-blown conversation with Chat GPT, and in the end you will understand more about the paper than you ever have.

Other solutions

This is not the only way to fix the accuracy issue, but rather one of the solutions. Let me give you more examples.

We know that Chat GPT doesn’t have much most current information about stable diffusion, so if we ask questions related to the most current stable diffusion, then it will give us some older information, so let’s find a way to get around that.

We can get around it by giving it the information that is missing, or by giving an example.

Like, let’s ask the question: “What is stable diffusion 2.1?”

It gave me an answer that is far from the truth, so I replied, “No, you are wrong; this is what this is” (information about stable diffusion 2.1 from the Stability AI stable diffusion 2.1 release page).

Now it gave me more accurate information.

So now let’s ask it to give us a prompt for an image about evolution.

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At first, it will give you some normal description of the image as a prompt, but you and I know this will not give us a good image, so let’s give it an example of a true stable diffusion prompt.

If it still gives a description of an image rather than a prompt, then reply to it as “format this prompt like this” and then paste an example prompt so chat GPT can understand what type of formatting it needs to do to create a working prompt.

The key is to talk to it like a human, meaning that you have to explain, give it an example, and make it clear for it so it can understand what you are trying to say.

Also mention what Chat GPT is doing wrong and what it is doing right; pinpoint the direction you want.

What if it refuses to answer

If it refuses to answer, then you must be asking some question that it’s preprogrammed not to answer, so change the intended meaning to avoid a no response from the chat bot.

I cannot explain more because it may be used in an inappropriate manner, but understand that if you are asking a question that looks malicious, then, as I mentioned, talking to it like a human may work.

But if you ask an appropriate question but it still refuses, then try to give it context or more information, or try to make your intent clear.

Biggest megastructure in science fiction


The concept of megastructures in science fiction has fascinated audiences for decades. These massive structures, often depicted in games, anime, TV series, and movies, are impressive feats of engineering and often serve as the backdrop for epic stories of adventure and exploration.


Biggest megastructure in science fiction

One of the biggest megastructures in science fiction is the Death Star from the Star Wars franchise. This massive space station, which was the size of a small moon, was designed by the Galactic Empire to serve as a weapon of mass destruction. The Death Star was equipped with a superlaser capable of destroying entire planets, making it one of the most feared weapons in the galaxy.

O’Neill cylinder

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Another massive megastructure in science fiction is the O’Neill cylinder, a hypothetical space habitat designed by physicist Gerard K. O’Neill. The O’Neill cylinder is a massive structure, typically several miles in length, that is designed to be capable of supporting human life in a space environment. These cylinders are often depicted in science fiction as the future homes of humanity, allowing people to live and work in space without the need for space suits or other specialized equipment.

Babylon 5 (TV series)

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Another iconic megastructure in science fiction is the Babylon 5 space station, which is the setting for the TV series of the same name. Babylon 5 is a massive space station that serves as a hub for intergalactic diplomacy and trade. The station is depicted as a self-sustaining city, complete with its own power and water systems, and is home to a diverse population of humans and aliens.

Size8.04672km (5 miles)

Marvel Universe’s Knowhere

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one of the biggest megastructures is the Marvel Universe’s Knowhere, a massive, artificial space station built inside the head of a deceased Celestial, a powerful, god-like alien being. Knowhere serves as a hub for trade and commerce, and is home to a diverse array of alien species.

The Authority

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In the comic book series “The Authority,” the Carrier is a massive, sentient spaceship that serves as the base of operations for the titular superhero team. The Carrier is equipped with a range of advanced technologies, including a teleporter, medical bay, and virtual reality simulation chambers.

Gundam SEED

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In the anime “Gundam SEED,” the PLANTs are a series of massive, artificially created habitats that orbit the Earth and serve as the home of the Coordinators, a genetically enhanced human subspecies. The PLANTs are protected by a powerful energy shield and are capable of defending themselves with their own military forces.

The City – Blame (Manga, Anime)

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Another notable example can be found in the manga “Blame!” by Tsutomu Nihei. The series is set in a dystopian future where humanity has retreated into massive megastructures known as “The City.” The city is an endlessly expanding network of interconnected buildings and structures that is home to various factions of humans who are struggling to survive in the harsh environment. The megastructure is also home to the Silicon Life, a race of artificial beings who are constantly expanding and evolving the structure.

The City serves as the backdrop for the series’ story, as the protagonist, Killy, travels through the endless corridors and buildings searching for the Net Terminal Gene, a genetic trait that is necessary for humans to access the central computer network that controls the City. Along the way, Killy encounters various factions, including the Safeguard, a group of artificial life forms that seek to eliminate all organic life in the city.

The concept of the City in “Blame!” is a unique and intriguing example of a megastructure in science fiction. Its vast size and complexity make it a fascinating setting for the series’ story, and its dystopian setting adds an element of danger and mystery to the story. Overall, “Blame!” is a must-read for fans of science fiction megastructures and dystopian futures.