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4 Reasons Why We Need to Find Another Planet to Live On


Humans have long gazed up at the stars, wondering if there was another world like ours out there. For generations, we assumed that Earth was the only planet in the universe that supported life.

However, as technology progressed, we realized that there are many more planets around stars identical to our own Sun.

Some of these planets appear to be too hot or too cold to support life as we know it, while others appear to be just right. This begs the question: why look for another planet to live on when we have a perfectly good one right here?

- 4 Reasons Why We Need to Find Another Planet to Live On

4. Our planet will not exist forever.

Finding another planet to live on is crucial for a number of reasons. To begin with, while Earth is currently habitable, this will not last forever. The Sun is gradually becoming hotter and brighter, and in a few billion years it will be so hot that the oceans will boil and all life on Earth will be destroyed. Even if humans could survive the Sun’s heat, it will eventually run out of fuel and expand into a red giant, swallowing up the inner planets, including Earth.

3. Occasional asteroid, volcano, or even nuclear war.

Second, even if we avoid being boiled or consumed by the sun, there are additional threats to our planet. Asteroids and comets occasionally collide with Earth, wreaking havoc. While we have been lucky in avoiding genuinely devastating impacts thus far, it is only a matter of time before another one occurs. Furthermore, there is always the risk of a supervolcano erupting or some other natural disaster rendering the world inhospitable.

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2. Overpopulation

Finally, even if we avoid all of these risks, there is still the issue of overpopulation. The human population is currently expanding at an unsustainable rate, and it is anticipated that there will be 9 billion people on Earth by the year 2100. This will place a huge strain on our resources and will very certainly result in widespread shortages and conflict. Finding another planet to live on would provide us with the space we require to continue growing and thriving as a species.

Even if we never need to travel to another planet, it is still necessary to research them. We can better grasp our place in the universe by learning about other worlds. Furthermore, by looking for evidence of life on other planets, we may be able to learn more about how life began on Earth.

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1. Way to understand the planetary system and how to control it.

Fourth, exploring space can be beneficial to us here on Earth. Developing technology to land on and explore Mars, for example, might also be utilized to develop new methods for cleaning up environmental disasters or technology to maintain Earth’s climate here on our own planet.

In conclusion, there are many good reasons why finding another planet to live on is important. Even though Earth is currently habitable, it won’t be forever. There are also many dangers that threaten our planet, and the issue of overpopulation is only going to become more pressing in the coming years. Finding another planet to call home is essential if we want to ensure the long-term survival of our species.

Advantages and disadvantages of DNA data storage


DNA is the molecule that contains all living creatures’ genetic instructions. It is a double-stranded helix composed of four nucleotide bases: adenine (A), thymine (T), cytosine (C), and guanine (G).

The sequence of these bases dictates the information available for the creation and maintenance of an organism. To put it another way, DNA holds biological information.

As a result, DNA is an appealing alternative for data storage. After all, if it can store complicated biological data, why can’t it store digital data? Several companies are already working on this technology, which they believe has enormous promise.

How much data can you hold

In theory, every bit of data ever created by humans might be stored in a single room. In practice, storing that much data would be prohibitively expensive with existing technology. A human being has a theoretical storage capacity of 645 quadrillion GB (6,45,00,00,00,00,00,00,000)

A single gram of DNA can store 215 petabytes (215 million gigabytes).

dna storage 2 - Advantages and disadvantages of DNA data storage

Advantages and disadvantages of DNA data storage


There are numerous benefits to using DNA for data storage. For starters, DNA is incredibly dense. It can store a large amount of data in a little amount of space.

Second, DNA is stable and can last anywhere from 10 to 500 years. As a result, it is perfect for archival storage.

Third, DNA is error-correcting. When DNA is replicated, enzymes proofread the new strands and fix any errors that may have happened during replication. This means that DNA data can be accurately preserved.

Fourth, as sequencing technology advances, data extraction from DNA will become easier and more efficient.

Finally, the storage of DNA data is scalable. As sequencing costs decline, it will become feasible to store increasing amounts of data in DNA strands.


There are also some disadvantages to using DNA for data storage.

First, it is currently very expensive.

Second, to prevent degradation, DNA strands must be stored in a regulated environment.

Third, data retrieval from DNA is still slower than retrieving data from electronic storage systems.

Fourth, DNA data storage necessitates the use of specific equipment and qualified workers. These drawbacks are anticipated to be reduced as technology advances and becomes more widely available.

DNA Data Storage Companies

Several companies are now working on DNA Data Storage technology, however they are still in the very early stages of development and are looking for financing so that further study can be done.

  1. Catalog – $9.3 million in funding
  2. Evonetix – $14 million in funding
  3. DNA Script – $24 million in funding
  4. Twist Bioscience – $253 million from 24 different investors
  5. Microsoft Research

State of this technology

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While this isn’t now feasible because to the current level of DNA synthesis and sequencing, these technologies are fast improving as the biotech sector progresses.

Overall, DNA offers a lot of promise as a data storing medium. It’s dense, durable, and error-proof. While it currently confronts various hurdles, they are expected to diminish as the technology evolves.

The Role of Randomness in Selective Pressure


Selective pressure is the force that drives evolution. It can be thought of as the “engine” of evolution. The main driving force behind selective pressure is natural selection. Natural selection is the process by which organisms that are better adapted to their environment survive and reproduce more than those that are less well adapted.

Selective pressure can also come from other sources, such as artificial selection (selective breeding) or sexual selection. Artificial selection is used by humans to produce desired traits in plants and animals. For example, farmers may select cows that produce more milk or pigs that grow larger and have more meat.


Sexual selection occurs when one sex (usually males) competes for mates with members of the other sex. The competition can take many different forms, such as fighting, displaying conspicuous plumage, or producing loud calls. The winner of the competition gets to mate and pass on their genes to the next generation.

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So, is selective pressure random? In a sense, yes. The particular environment an organism lives in will determine which traits are favored by natural selection. For example, if a population of animals lives in an area with lots of predators, then individuals that are better at avoiding predators (e.g. faster runners) will be more likely to survive and reproduce than those that are not as good at avoiding predators.

However, the overall direction of evolution is not random. Over time, organisms tend to become better and better adapted to their environment through the process of natural selection.
But everything in evolution is truly random because the environment has no consciousness; it changes like a rock falling from a mountain, and when I say random, I mean the entire system is based on randomness, because selective pressure changes as the environment changes, and the environment changes at random.

But the whole system selects predictable changes because the whole arrangement of the system has the purpose of making creatures adaptable over time, though those that survive and reproduce, resulting in the spread of their genes, also resulting in the spread of the traits that helped them survive and reproduce.

In conclusion, selective pressure is random in the sense that it is determined by the particular environment an organism lives in. However, the overall direction of evolution is not random. Over time, organisms tend to become better and better adapted to their environment through the process of natural selection.

Tesla Bot Pro And Cons


Tesla announced a new product called the Tesla Bot. The bot is a general purpose robot that is supposed to be affordable.

The bot has numerous potential applications, including assisting with household activities, assisting those with disabilities, and offering companionship. The Tesla Bot, however, has several potential downsides.

Here are some pros and cons of Tesla Bot:


tesla bot production specs - Tesla Bot Pro And Cons

1. The Tesla Bot has the potential to perform a variety of tasks around the home, such as fetching things or opening doors.

2. The bot is inexpensive in comparison to other similar products on the market; Elon Musk stated at a recent event that the Tesla Bot could cost less than $20,000.

3. The bot could help people with disabilities or provide companionship for elderly people who live alone.

4. The Tesla Bot is powered by artificial intelligence, which means that it will continue to get smarter over time. This could make it even more helpful in the future.


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1. There is no guarantee that the Tesla Bot will actually be useful for anything once it is released. It may end up being more of a novelty item than a practical tool.

If the bot proves useful, it may create even more work for people because they will have to constantly monitor and supervise its actions (unless it comes with built-in safety features).

3. The bot could also potentially be a nuisance if it doesn’t work as intended or if it ends up being too noisy.


Even though the Tesla bot has some cons, it doesn’t mean that it shouldn’t exist. Even if it may have more cons than pros, it can still help the robotic industry unintentionally or help push more research and money into general-purpose robotics, resulting in more problem solving in the general-purpose robotics industry. But fortunately , it seems to have some serious pros also, so it might not be all bad, and it might not be a total waste of time, as some people are thinking.

The First Animal to Have Eyes: A History


The eyes are one of the most important organs in the body. They allow us to see the world around us and help us to navigate our way through life. But where did they come from? In which animal did they originate first?

The eyes are one of the most important organs in the human body. They allow us to see the world around us and make sense of what we are seeing. Without our eyes, we would be lost in a world of darkness.

In which animal did the eyes originate first?

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This is a difficult question to answer, but there are some estimates as to which animal the eyes originated first. It is easy to think that organisms with the simplest form of eye could have been the first to evolve eyes, but there are other questions that arise from this, such as which animal first evolved human-like or complex eyes. Limpets or their ancestors may have been the first to evolve eyes; they have the simplest imaginable eyes: a few pigmented cells with nerve fibers linked to them.

However, in terms of human-like or complex eyes, we must consider the Nautilus, a very old organism that almost evolved 500 million years ago. The Nautilus has a very primitive pin hole type eye, and lacks lenses that help form crisp sharp images, but it is still far more complex than Limpet’s eyes.

We understand that they are not the first creatures to have eyes; rather, they provide insight into how eyes may have evolved in numerous creatures of varying levels of complexity.



However, we do not know the whole history of early eyes, although evidence suggests that Trilobites had the first truly complex eyes (that we know of).

They were compound eyes, which had several different clusters of photo sensors called ommatidia, each with their own lens, which subsequently combine all of that input into a mosaic-like vision in the animal’s brain.

But where did eyes come from? How did they evolve?

There are many theories about how eyes could have evolved, but there is no clear consensus on which one is correct. One theory suggests that eyes originated in animals that lived in deep sea environments. These animals needed some way to detect light so they could find food or avoid predators.

Another theory suggests that eyes originated independently multiple times throughout history. This is supported by the fact that there are many different types of eyes found in nature, each with its own unique design.

What are intermediate eyes

- The First Animal to Have Eyes: A History

One problem with the theory that eyes originated in deep sea animals is that there are no clear intermediate steps between a simple light-sensitive organ and a complex eye. However, some scientists have proposed that there may have been intermediate stages in the evolution of eyes.

One such stage is the development of an “eyespot”. This is a small patch of cells that are sensitive to light. These cells could then send signals to other parts of the body, telling it when it was time to move towards or away from light.

Another possible intermediate stage is the development of a “pinhole eye”. This is where light enters through a small hole and hits a light-sensitive layer at the back of the eye. This type of eye is found in some simple animals today, such as certain types of worms.

How many times have eyes evolved independently

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As mentioned previously, there are many different types of eyes found in nature. This suggests that eyes have evolved independently multiple times throughout history.

According to one investigation, there are at least 40 different designs of eyes in different animal groupings. This means that the chances of two animals developing the same form of eye by chance are extremely low, which explains why there are 40 different types of eyes in evolution.

The human eye is too complex to have evolved?

Humans can see and interpret visual information thanks to the eye. The first known eyes were presumably light-sensitive patches that originated about 500 million years ago. These early eyes could only detect light and dark, but they couldn’t form images. Eyes evolved over time to become more complex, and they can now produce detailed representations of the world around us.

The human eye is thought to have evolved from a simple light-sensitive spot into its current form over a period of millions of years. The first eyes were probably just patches of pigment that allowed animals to tell whether it was day or night.

These early eyes could not form images, but they were a big step up from having no eyes at all. Over time, eyes evolved to become more complex, and now they are able to form detailed images of the world around us.

It is still unclear how eyes evolved because it takes millions of years and little changes may take an unthinkable period of time, yet there are several theories with evidence for these theories.

According to one idea, eyes evolved from simple light-sensitive patches on the skin. These patches would have assisted animals in positioning themselves toward or away from light sources, which would have been important for obtaining food or avoiding predators.

Another theory suggests that eyes may have evolved from spots in the head that were sensitive to changes in pressure or temperature. These spots could have allowed animals to sense their surroundings and detect potential threats.

Whatever the exact sequence of events, it is clear that eyes are the result of a long and complex evolutionary process. And while they may seem like simple organs, they are actually amazing feats of engineering that allow us to see the world around us in all its detail and beauty.

So, is the human eye too complicated for evolution? No evolution has produced a brain and consciousness that is more complex than the eye, and as we look at other animals, we see that evolution has turned towards many solutions for eyes, but we must first understand that evolution only selects changes that help that organism survive, and as you know, the eye does help us in survival from avoiding predators to finding food.

How consciousness arises from the material brain


Consciousness is a fascinating subject that has long puzzled scientists and philosophers. How does consciousness emerge from the physical brain? Where in the brain is consciousness located? Do animals have feelings?

Because awareness is still not fully understood, there is no simple answer to these questions. However, several ideas provide glimpses into how consciousness may emerge from the brain.

According to one view, consciousness begins when certain neurons fire in a specific pattern. The neural firing theory of consciousness is the name given to this theory. When some neurons fire, they produce a conscious experience, according to this idea. This conscious experience may be as simple as seeing a color or hearing a sound.

Another idea proposes that consciousness develops as a result of interactions between different parts of the brain. The global workspace theory of consciousness is the name given to this hypothesis. This idea proposes that information from many areas of the brain gathers in a single location, or workspace. The conscious experience is then created by this workspace.

There is currently no definitive answer to how consciousness emerges from the material brain. However, study into this area is ongoing, and it is hoped that one day we will have a greater understanding of how our brains generate conscious experiences.

Where is consciousness located in the brain?

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This is yet another tricky question. Some scientists believe awareness is localized in specific parts of the brain, while others believe it is distributed throughout the brain.

According to one idea, consciousness is located in the prefrontal cortex. This part of the brain is in charge of higher-order cognitive tasks including planning and decision-making. According to this hypothesis, consciousness originates when information from several sections of the brain collides in the prefrontal cortex.

Another theory holds that consciousness is located in the thalamocortical system, a network of neurons. This system contains the thalamus and the cortex, both of which are essential for conscious experience. According to this idea, consciousness emerges when these two parts communicate.

There is, once again, no conclusive solution to this question. However, study on this area is ongoing, and it is hoped that one day we may have a clearer understanding of where awareness is located in the brain.

Do animals have consciousness?

We don’t fully grasp what awareness is, thus answering this issue is complicated. Some experts, however, believe that animals have consciousness. This view is based on research into animal behavior. Some studies, for example, have found that animals may recall past events and make decisions about future ones. These findings imply that animals have awareness and may be able to think and feel like humans.

Of course, we cannot be confident that animals have the same form of consciousness that humans do. However, it is obvious that they are aware and may be able to think and feel in ways that we do not fully comprehend.

How consciousness evolves?

Consciousness is a one-of-a-kind and intricate phenomenon. It has been defined as “the state or quality of being aware of an external object or something within oneself.” It is frequently regarded as the most fundamental component of our existence since it enables us to observe and interact with the environment around us.

The exact nature of consciousness is largely unknown, but various ideas attempt to explain how it arises and evolves. According to one prominent idea, awareness is a result of the brain’s information processing ability. According to this hypothesis, consciousness emerges when the brain’s ability to comprehend information grows.

Another view holds that consciousness emerges via interactions between various areas of the brain. According to this hypothesis, awareness begins when diverse areas of the brain begin to collaborate to form a unified experience.

Regardless of its exact nature, consciousness is undeniably a complex phenomenon. Furthermore, as our understanding of the brain expands, we may be able to better grasp how consciousness emerges and evolves.

Inflatable space station advantages and disadvantages


Inflatable space stations provide numerous advantages over standard spacecraft designs. They are less expensive to launch and operate, and their vast size allows for more comfortable living and working conditions. However, inflatable space stations have some drawbacks, including a higher danger of puncture, leading in a shorter lifespan.


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One of the most significant benefits of an inflatable space station is its low cost. Because inflatable modules weigh less and can fit onto a smaller rocket, they are far less expensive to launch than typical metal spacecraft. An inflatable station uses less fuel to maintain its position in orbit than a rigid one.

In terms of habitability, inflatable space stations have various advantages. Their size enables for more roomy living and working circumstances, making long-duration missions more pleasant. Inflatable modules also provide higher thermal insulation than metal spacecraft, allowing them to keep the crew at a more comfortable temperature.


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However, inflatable space stations have several drawbacks. One of the most important concerns is puncture; if an inflatable module is punctured, it will slowly collapse, posing a serious hazard to the crew.

While the ISS is meant to remain 15 to 20 years, Bigelow Aerospace’s BA-330 module is only designed for a 15-year mission.

One problem of an inflatable space station is that it is vulnerable to solar and cosmic radiation. Because of the large size of an inflatable module, it has a larger surface area exposed to radiation than a regular spacecraft.

Another downside of inflatable space stations is that they are more difficult to repair than standard spacecraft. The multi-layer material used in inflatable modules is puncture-resistant, but it is also difficult to repair.


Inflatable space stations provide several advantages over regular spacecraft, including lower cost, improved habitability, and a longer lifespan. They do, however, have significant drawbacks, including as radiation exposure and repair difficulty.

But just because something has drawbacks doesn’t mean we shouldn’t utilize it, and the possibility of overcoming the drawbacks makes the technology even more appealing.

4 Reason Why is space colonization important


Humans have always observed the stars with fascination. We have glanced at the night sky for centuries, dreaming about what might be out there. Our understanding of the universe has improved enormously since the invention of sophisticated telescopes and space exploration technologies. Nonetheless, there are many mysteries to be solved and new possibilities to explore.

Colonization is one method of expanding our knowledge of space. By building permanent human settlements on other planets and moons, we can not only learn more about these distant worlds, but also assure our species’ survival in the event that something tragic occurs on Earth.

Backup Plan

space settlement - 4 Reason Why is space colonization important

There are lots of reasons why space colonization is critical. It is, first and foremost, a backup plan for humanity in the event that something goes wrong on our home planet. Having communities elsewhere would provide us a second chance as a species in the event of a natural tragedy, an asteroid hit, or a nuclear war.

Expand and explore.

- 4 Reason Why is space colonization important

Furthermore, space colonization would enable humanity to expand and explore our universe in ways that would be impossible from Earth. We would be able to set up mining operations on asteroids and other worlds to extract important resources, establish research stations to study distant stars and galaxies, and construct massive telescopes to observe the universe in greater detail.

Mitigate Problems

- 4 Reason Why is space colonization important

Finally, by colonizing space, we can reduce some of the issues caused by Earth’s resource scarcity. We would no longer need to battle over restricted amounts of oil, water, and other things if we had unlimited resources available off-world. This would assist to reduce conflict and strengthen international relations.

Rethinking Civilization

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By Yang Zhoa Gan

Space colonization is also critical in reconsidering how civilization should function from the ground up. Most people could only imagine one way for civilization to function in the past: with huge, centralized governments regulating everything.

Space colonization, on the other hand, opens up the possibility of a different form of civilization, one in which people are more self-sufficient and decentralized. This could result in a more peaceful and stable world, as well as increased respect for individual rights.

Overall, space colonization is a critical objective for humanity. It would not only help us grasp our place in the universe, but it would also assure our species’ existence.

5 Species of Humans (Difference Between All Human Species)


There were numerous different types of humans. All appear nearly identical, although some are significantly different from others, while others appear almost identical. But what actually differentiates all human species?

Our DNA holds the key to the answer. The majority of our DNA is shared by all humans. However, it is that 1% difference that defines us all. It is responsible for our many physical characteristics, as well as our various blood types and diseases to which we are prone.

So, while we may appear to be different on the surface, we are actually more similar than we know. That is a good thing! Because it implies that no matter how someone appears, they are still human.

All Major Humans

  • Homo erectus
  • Homo sapiens
  • Homo ergaster
  • Homo habilis
  • Homo antecessor


The main difference between all human species is the time period they lived in.

Homo erectus was the first human species and lived from 1.9 million to 108,000 years ago.

Homo sapiens, which is the current human species, has been roughly around for about 300,000 to 200,000 years.

Homo ergaster is another early human species that lived from 1.4 million to about 600,000 years ago.

Homo habilis was an even earlier human species that lived from 2.3 million to 1.4 million years ago.

Finally, Homo antecessor was the very first human species and lived from about 1.2 million to 800,000 years ago.

Body Features

Homo erectus

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Homo erectus was the earliest species of human to have a flat face, large nose, and potentially minimal body hair covering. Although brain size much above that of predecessor species, capacity varied greatly depending on population.

Body FeaturesData
Hight4 ft 9 in – 6 ft 1
Weight40–68 kg

Homo sapiens

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Homo sapiens have a big and well developed prefrontal cortex, the part of the brain linked with higher intellect. They are clever, have episodic memory, flexible facial expressions, self-awareness, and a theory of mind.

Body FeaturesData
Hight5 ft 4 in – 6 ft 1
Weight45–72 kg

Homo ergaster

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Homo ergaster possesses a greater body mass, relatively long legs, obligatory bipedalism, tiny jaws and teeth (showing a significant shift in food), and body proportions and inferred lifestyles that are more comparable to modern humans.

Body FeaturesData
Hight4 ft 9 in to 6 ft 1 in
Weight52–63 kg

Homo habilis

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The hypothesis that Homo habilis is a small-statured human with poor long-distance travel ability has been questioned, based mostly on assuming a comparable anatomy to earlier australopithecines.

Body FeaturesData
Hight3 ft 3 in – 3 ft 11 in
Weight20–37 kg

Homo antecessor

Homo antecessor facial reconstruction - 5 Species of Humans (Difference Between All Human Species)

Although only a juvenile specimen is available, Homo antecessor’s face is strikingly comparable to that of modern humans rather than other archaic humans, particularly in its general flatness and the curving of the cheekbone as it merges into the upper jaw.

Body FeaturesData
Hight5 ft 4 in – 6 ft 2 in
Weight48 to 53 kg

Disadvantages of Human Intelligence


In this fast changing world, we are becoming increasingly reliant on technology to stay ahead. Everything seemed to be possible, from driverless automobiles to art-generating artificial intelligence (Ai).


- Disadvantages of Human Intelligence

One of the most biggest weaknesses of human intelligence is that humans are prone to errors. We frequently make decisions based on emotion rather than logic, which can have terrible effects. During the First World War, for example, generals would send thousands of troops into battle without knowing what was really going on on the front lines. This resulted in massive casualties with little gain.

In contrast, machines do not get tired and can process vast amounts of data quickly and accurately. They also don’t have emotions, so this will result in fewer to no baises in their judgment. As a result, Future machines will make better decisions than humans in many situations.

External forces

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Another big disadvantage of human intelligence is external forces. As most of you know, our thoughts do not emerge from nowhere; they are heavily influenced by what we see, read, and hear in our environment, as well as the company we keep. If we are constantly exposed to, it will eventually shape our thinking and cause us to make illogical or unhealthy decisions.

Another disadvantage of human intellect is its slowness. When it comes to specialized tasks like computation or data processing, humans just cannot compete with machines. As a result, supercomputers are employed for complex tasks like weather prediction and stock market analysis.


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Finally, no matter how much we train or educate ourselves, human intelligence has fundamental limitations that cannot be overcome. For example, humans are biased creatures with failing memory. Our intelligence deteriorates as we age, and we become less capable of thinking abstractly or solving complicated issues.

To summarize, human intelligence has certain distinct benefits over artificial intelligence for the time being, but it also has some substantial disadvantages. These human advantages are likely to disappear as artificial intelligence gets more advanced.