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3 Most intelligent insects and their levels of intelligence


Most normal people have this idea that insects don’t have intelligence. To some degree they might be right, but they only lack our kind of intelligence and rather they have one of the most efficient brains on this planet because not only is their brain very small, but they are one of the most thriving types of life on the planet and possibly our galaxy.

But before I let you know the most intelligent insects, let me explain their brain first. As I said before, their brain is very efficient, and the reason is very simple. Their brain is extremely small, but they are still able to do many complex tasks, and living, surviving, and thriving are enough complicated tasks for their small brain to call it the most efficient brain on the planet.

Most intelligent insects

When we try to figure out how smart an insect is, we run into a significant problem: what precisely is intelligence for insects? Obviously, we can’t simply sit and talk to them to find out what they know about the world, physics, and so on. And, to be honest, those aren’t ideas that are really interesting to insects.

As a result, insect intelligence cannot be judged in the same manner that human intelligence can. This means we need to figure out what types of cognitive behaviors insects have and how they compare to other insects and to humans.

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The brain of an insect is divided into three pairs of lobes: protocerebrum, deutocerebrum, and tritocerebrum. The lobes are basically joined ganglia. They are spidersclusters of tiny neurons used by insects to process sensory data. Each insect has a unique set of neurons.

Even so, insects are extremely complex creatures. Insects, despite their small brain size and low neuron density, can form memories and make smart decisions. A bee, for example, has around 1 million neurons, whereas humans have billions, which increases our cognitive capacity.

Unfortunately, this is not always the case. Bigger brains do not automatically imply greater intelligence. Scientists believe that generalist insects are smarter than others. The term refers to insects that can adapt to any environment.

Smartest Insects

Honey Bees

Apis mellifera Western honey bee - 3 Most intelligent insects and their levels of intelligence

The honey bee, unlike most insects, is a social animal, which requires it to have many intelligent abilities that non-social insects (such as flies or beetles) do not. And its intelligence is astounding: the insects can recognise and differentiate between human faces, which is a surprising attribute given that it isn’t really necessary for their survival. Another interesting fact: bees can count. In one experiment, honey bees were rewarded for stopping at the third in a series of landmarks, and they demonstrated the ability to remember this location and thus count. (The distance was changed while the number of landmarks remained constant to discourage the bees from using their sense of distance.) Further research revealed that their maximum counting ability is around four.

Bees can solve problems through analysis, learning, and memory. “At the start of its forage for food job, every bee is entirely flower-naive,” says Chittka, referring to the bee’s lack of instinctive knowledge of how to collect nectar or pollen from flowers. That’s a problem because flowers are so diverse: different flowers will require completely different strategies to exploit, and it’s up to each individual bee to figure out how to attack each different flower.

Bees can learn new food-gathering strategies from other bees, which few other insects can do. Chittka described a technique known as “nectar robbing,” in which bees find that it is easier to suck nectar from a flower’s spur than it is to figure out how to get inside the flower. Other bees have demonstrated the ability to observe this strategy, comprehend its purpose, master it, and remember it for future flowers. That is very clever!


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Ants, despite their small size, rank second in insect intelligence. One explanation is that ants, like honey bees, have a eusocial community. It allows them to survive and thrive in ways that solitary insects cannot.

A further reason ants are thought to be intelligent is less well-known. Many people are aware that ants are gatherers who store food for the long winter months. That seems like a good reason to think of ants as intelligent, but a lesser-known reason is that some ants aren’t just gatherers – they’re also farmers.

Farmer ants get their name from the fact that they grow some of their own food. In their colony, they cultivate and harvest a specific type of fungus. Aphids are sometimes kept as livestock and gathered around. The ants don’t eat the aphids, but they do eat their poop occasionally, so they like to keep them around.


Twilley In Defense of the Cockroach - 3 Most intelligent insects and their levels of intelligence

Most people do not consider cockroaches to be the most intelligent of insects. After all, cockroaches do not have the same eusocial community as ants and honey bees, and growing their own food or making up dances are not typical cockroach behaviours. Cockroaches, on the other hand, have some intelligent behaviours that place them third on this list.

There are two primary reasons why cockroaches are considered intelligent insects. Cockroaches, for example, can remember multiple routes around your house. When a cockroach is startled, it scurries away in an obvious random direction – but it turns out that its escape route isn’t actually random. Cockroaches plan multiple escape routes in their heads, and when startled, they choose one and try to escape.

Remembering specific routes is not something that all insects and animals are capable of. This escape memory must also make split-second decisions, demonstrating the speed with which these insects’ brains can react.

The intelligence of the cockroach is thought to be closely linked to its visual processing unit and the mushroom body of its brain. Roaches use their intelligence for more basic tasks with it.

Five Examples of Pseudoscience


1. We only use 10% of our brains:

We only use 10% of our brains: This is a popular misconception that has been perpetuated by Hollywood and pop culture. The idea that we only use 10% of our brain power is simply not true. Our brains are constantly active, even when we’re asleep. All of the brain’s regions are used throughout the day as we think, feel, and move.

2. Free will

Free will: Free will is the belief that humans have the power to choose their own actions, even in the face of obstacles. This belief is widespread, despite being unsupported by scientific evidence. In fact, research suggests that free will may be nothing more than an illusion.

There are a number of reasons why free will is not real scientifically. First, the idea of free will contradicts the laws of physics. For example, Newton’s law of cause and effect states that every action has an equal and opposite reaction. This means that our actions are determined by what came before them, and we have no control over our destiny.

Second, neuroscience research has shown that our decisions are actually made before we’re even aware of them. Studies have found that activity in the prefrontal cortex, which is responsible for decision-making, begins up to 10 seconds before we consciously make a choice. This suggests that our decisions are predetermined by brain activity, not by conscious thought.

Third, psychological studies have shown that people often rationalize their choices after the fact, convincing themselves that they made the best decision possible even when it was clearly not the case. This phenomenon is known as “confirmation bias” and it demonstrates how our beliefs can distort our perception of reality.

3. Blue light harms our vision.

Blue light harms our vision: Blue light does not cause permanent damage to our eyesight, although it can cause temporary eye strain. However, too much exposure to blue light can disrupt our sleep patterns by suppressing the production of melatonin, the hormone that regulates sleepiness and wakefulness.

4. GMOs are unsafe to eat

GMOs are not unsafe to eat: There is no evidence that genetically modified foods are any less safe than traditional foods. In fact, GMO crops are often more resistant to pests and diseases, which can lead to higher yields and lower prices for consumers.

5. Homeopathy is an effective treatment for illness

Homeopathy is a pseudoscientific practice based on the belief that diluting a substance and taking it orally will cure illnesses. There is no scientific evidence to support this claim, and homeopathic remedies have been found to be no more effective than placebo in clinical trials.

Starship Pros and Cons


The commercial space industry is expanding, with new companies and capabilities appearing on a regular basis. SpaceX’s Starship, a reusable spacecraft meant to transport humans to Mars and beyond, is one of the most anticipated projects in this field.

Starship has sparked a lot of interest, but it also has its skeptics. Let’s look at some of the advantages and disadvantages of this big undertaking.


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1. Reusability: One of Starship’s main selling features is its reusability. The spacecraft is planned to be launched several times, lowering the cost of space travel significantly.

2. Passenger Capacity: The Starship can transport up to 100 passengers every trip, making it perfect for large-scale missions such as Mars colony.

3. Flexibility: Unlike traditional rockets, which are constrained by their size and shape, Starship may be modified to handle a variety of payloads and mission characteristics. This makes it a very adaptable spacecraft for future space exploration efforts.

4 Survival Capabilities: In the event of an emergency, the Starship is outfitted with a number of life-support systems that will keep passengers alive until help comes.

5 Autonomy: Starship, thanks to its powerful artificial intelligence system, can fly autonomously without the need for human assistance if necessary. This might be useful for long-distance travels where crew members may not be able to stay awake the rest of the time!


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1) Cost: While reusability should potentially lower the cost of each launch, creating and maintaining a fleet of Starships will still be extremely expensive.

2) Risk: Space flight is inherently dangerous, and many mishaps have occurred throughout the years. With so many people on board, one error might spell disaster.

3) Technical Difficulties: Many questions remain concerning how effectively Starship will operate in reality. The technology has yet to be thoroughly tested, and there may be unexpected issues once it begins flying frequently.

4) Environmental Impact: Some are concerned that launching so many rockets may contaminate the Earth’s atmosphere and harm sensitive ecosystems such as coral reefs.

5) Reliance on SpaceX: If something happens to SpaceX or its creator, Elon Musk, the entire project might crumble.

5 Evidence of Evolution (Observable)


There are many amazing evidences of evolution. One example is the fossil record. The fossil record is a historical document that shows how life has changed over time. It includes a variety of evidence, such as fossils of different organisms, tracks and burrows, and even chemical residues. This record provides scientists with information about the history of life on Earth and how it has changed over time. 

Despite these things being great and solid evidence for evolution, you can’t recreate them or experiment with them in a human lifetime, but there is a key mechanism of evolution and that is natural selection, but the evidence I am talking about is not natural because we are one that is doing that even before we understand the whole concept of evolution, but the mechanism is based on natural selection.

Selective Breeding

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Selective breeding refers to the process of selecting individuals with desirable traits in order to produce offspring with those same traits. Farmers and breeders have used it for thousands of years to increase crop and animal productivity.

Selective breeding is now used to create plants and animals that are healthier, more disease resistant, and more productive. Dairy cows, for example, have been bred to produce more milk than their ancestors. Selective breeding can also be used to create new plant or animal species that are not found in nature.

The navel orange is a well-known example of a plant that was created through selective breeding. This orange has a small “navel” at the base where the fruit was originally attached to the tree. The navel orange was developed in Brazil in the 1800s by crossing two types of Chinese oranges.

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Selective breeding frequently makes use of artificial selection, which is the intentional breeding of plants or animals for desired traits. This is separate from natural selection, which occurs when organisms that are better suited to their environment survive and reproduce at a higher rate than those that are not.

While artificial selection can be used to produce desired results more quickly than natural selection, because in natural selection, you have to survive and reproduce to get your traits into the evolutionary chain, natural selection takes longer to produce changes than artificial selection, and in selective breeding, we manually choose animals whose traits we want in their offspring, so we breed them to get the changes we want in animals that basically cut the time of surviving and finding a mate to reproduce, resulting in faster changes than natural selection.

Selective breeding works because of evolution, so it is great evidence of evolution. It is very comparable to gravity. Things fall down because of gravity, and similarly, selective breeding works because of evolution.

Despite this amazing evidence of evolution, selective breeding is an important tool that farmers and breeders use to improve the quality of their crops and animals.


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Another great piece of evidence for evolution is fossils. Fossils reveal the characteristics of animals and plants in the past. They also demonstrate how various species are connected to one another. Horses and rhinos, for example, have a shared ancestry, according to the fossil record. This is due to the fact that their bones and teeth are quite similar.


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Another great piece of evidence for evolution is DNA. DNA is the molecule that holds all living creatures’ genetic instructions. All animals and plants have DNA, and it is extremely similar between species. Human DNA, for example, is 98% similar to chimp DNA. This resemblance indicates that humans and chimps have a common ancestry.

Convergent and divergent evolution both play important roles in how related animals develop differing features or skeletal structure.

The process through which two or more unrelated organisms evolve identical features is known as convergent evolution. This occurs when the species share identical surroundings and challenges. Sharks and dolphins, for example, are both aquatic animals. They have acquired streamlined bodies as well as swimming fins.

Divergent evolution is the process by which two or more related species evolve divergent features. This occurs when the species live in different environments and confront different challenges. Humans and chimps are both primates. Humans have acquired upright posture and opposable thumbs for walking and tool use. Chimpanzees have acquired long arms and muscular hands for climbing trees.


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One of the most incredible pieces of evidence for evolution comes from embryology. Embryo research demonstrates that all animals have a common ancestor. This is because all animals go through comparable developmental stages in the womb. Human embryos, for example, start out looking like small fish with gills and tail fins. They eventually get legs and arms and abandon their gills and tail fins. This embryonic resemblance is significant proof that humans, fish, and other creatures share a common ancestry.


Many simulations have been developed to simulate system-like evolution in which random changes and positive selection of those random changes occur and are observed.

The simulator, which will be presented at the Conference on Neural Information Processing Systems, only works in two dimensions for simplicity. The team has created 30 unique tasks, such as walking, jumping over obstacles, dragging or pulling goods, and crawling beneath barriers, and researchers can even create their own challenges.

The environment enables design algorithms to create robots by connecting squares that can be soft, rigid, or effectors muscles that allow the rest of the robot to move. An AI system then learns how to operate this body and provides input to the design algorithm on how well it performed in various tasks.

By repeating this process many times the two algorithms can reach the best possible combination of body layout and control system to solve the challenge.

And if you’re wondering how this is a simulation of evolution, let me explain. In nature, we animals are given tasks to survive and reproduce, and when random mutations occur in us, only those mutations that help us survive and reproduce are kept.

However, in this simulation, the task given to these ai is not just to survive and reproduce, but also to walk, jump over obstacles, carry or pull objects, crawl through barriers, and perform other tasks, and ai algorithms assemble these diverse squares to achieve their given tasks.

unimals - 5 Evidence of Evolution (Observable)

And here’s another simulation Stanford scientists were interested in the physical-mental interaction that occurred during our evolution from blobs to tool-using apes. Could the brain be influenced by the body’s capacities and vice versa? It’s been mentioned before — over a century ago, in fact — and it’s undeniable that a grabbing hand learns to operate items more quickly than a less specialized limb.

“In essence, we discover that evolution rapidly selects forms that learn faster, allowing behaviours learnt late in the lives of early ancestors to be exhibited early in the lives of their offspring,” the scientists wrote in their research, which was published in the journal Nature.

They didn’t only learn to learn faster; the evolutionary process picked body types that would allow them to adapt and apply lessons faster. An octopus flop might bring you to the finish line just as fast on flat ground, but slopes and ridges required a body arrangement that was fast, sturdy, and adjustable. Introducing such body into the fighting ring gave those unimals from the school of hard knocks an advantage over the competitors. Their adaptable bodies were better able to apply the lessons their minds were teaching — and they quickly left their less adaptable competitors in the dust.

What does all of this mean, except than producing a few fun 3D stick figures galloping through virtual terrain? According to the paper, the experiment “lays the groundwork for large-scale in silico experiments to yield scientific insights into how learning and evolution collaborate to create sophisticated relationships between environmental complexity, morphological intelligence, and the comprehensibility of control tasks.”

Ending Notes

While researching this topic, I discovered that many people try to find how one topic is not evidence for evolution, but those people frequently misunderstood how science works, science looks for evidence and evidence is not served on a plate to us rather we have to find it, and most things in the scientific community that question evolution often end up making evolution a better and more accurate, science will abandon any idea or theory as soon as there are better theories with more evidence.

Biological Robot vs Electronic Robot


Biological robots, also known as biorobots, are living organisms that have been designed and engineered to perform specific tasks or functions. Unlike electronic robots, which are powered by electricity and typically made from inorganic materials, biorobots are composed of organic matter and may be either autonomous or semi-autonomous.

One advantage of biological robots is that they can be created using natural materials and processes, making them more environmentally friendly than their electronic counterparts. Additionally, because they are alive, biorobots can adapt and evolve over time to become better at performing their intended functions. However, biological robots also come with some disadvantages. For example, they may be susceptible to diseases and other health issues, and their lifespans may be shorter than those of electronic robots.

When deciding whether to use a biological or electronic robot for a particular application, it is important to consider the advantages and disadvantages of each type of robot. In some cases, a biorobot may be the best option, while in others, an electronic robot may be more suitable.

There are pros and cons to each type of robot. Biological robots have the advantage of being able to adapt and evolve as they interact with their environment. They can also be powered by organic matter, making them more sustainable than electronic robots. However, biological robots are less precise and harder to control than electronic ones.

It is likely that future robotic technologies will make use of both biological and electronic components. By combining the strengths of both types of robots, we could create machines that are more adaptive, efficient, and environmentally friendly than either type alone.

Biocomputing Pros and Cons

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The advantages and disadvantages of bio computing are numerous and complex. It is critical to comprehend all of the potential implications before making an informed decision about whether or not to adopt bio computing in your company or organization.


1. Increased speed and efficiency: Bio computing has the ability to drastically increase the speed and efficiency of many processes. For example, because to bio computers, DNA sequencing that used to take days or weeks may now be performed in hours or minutes.

2. Greater accuracy: Another major benefit of bio computing is that it is typically more accurate than traditional methods. This improved precision is especially useful in industries like medicine, where even a little margin of error can have catastrophic implications.

3. Bio computing is also more environmentally friendly than conventional forms of computing. This is because biocomputers consume significantly less energy and produce very little electronic waste than traditional computers.


1. High initial cost: One disadvantage of bio computing is the high initial cost. This high cost is partly due to the specialised hardware and software necessary for this type of computation, which can be many times more expensive than standard computer hardware and software.

2. Limited availability: Another possible disadvantage of bio computing is that it is still a young technology, therefore skilled professionals and support infrastructure may be rare in some areas. Until these concerns are addressed, the lack of availability may limit the widespread adoption of this technology.

3. Potential security hazards: As with any new technology, bio computing has the potential to pose security risks. Because bio computers frequently handle sensitive data like DNA sequences or medical records, it’s critical to have proper security measures in place to prevent unauthorised access.

15 Animals That don’t Look Similar but are Related


We all know that animals come in all shapes and sizes, but did you know that some of them have a very unusual common ancestor? That’s right, there are a number of animals out there whose ancestors were not what you would expect.

These are just a few examples of animals with an unusual common ancestor. As you can see, the list includes both well-known and lesser-known animals.

Elephant, Hyraxes, Sirenia

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The elephant is the largest land animal on Earth, and its ancestors were even larger! The hyrax shares an ancestor with the elephant. The hyrax’s strong molars grind up tough vegetation, and two large incisor teeth grow out to be tiny tusks, just like an elephant’s.

The hyrax, also called the rock rabbit or dassie, is a small furry mammal. It looks like a robust, oversized guinea pig or a rabbit with rounded ears and no tail. Hyraxes have stumpy toes with hoof-like nails and four toes on each front foot and three on each back foot.

Sirenians, proboscideans (which includes elephants, mastodons, and woolly mammoths) and embrithopods (an extinct group of animals that looked a bit like rhinos, though they aren’t close relatives) are all thought to have descended from a common ancestor. Together, these groups belong to another group called Tethytheria.

Marmoset, Human

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The marmoset is a small monkey that is native to Central and South America. Although it may seem like an unlikely candidate, the marmoset is actually related to humans because they are also primates! Both are not closely related, rather far from closely related, but both have a common ancestor.

Horse, Rino

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Rhinos are related, somewhat distantly, to a favourite domesticated animal and pet: the horse! Horses, or equids, tapirs, and rhinos are in the same group or ‘order’ and are known as’ Perissodactyls’.

The largest odd-toed ungulates are rhinoceroses, and the extinct Paraceratherium, a hornless rhino from the Oligocene, is considered one of the largest land mammals of all time. At the other extreme, an early member of the order, the prehistoric horse Eohippus, had a wither height of only 30 to 60 cm (12 to 24 in).

Apart from dwarf varieties of the domestic horse and donkey, perissodactyls reach a body length of 180–420 cm (71–165 in) and a weight of 150 to 4,500 kg (330 to 9,920 lb). While rhinos have only sparse hair and exhibit a thick epidermis, tapirs and horses have dense, short coats. Most species are grey or brown, although zebras and young tapirs are striped.

Jays, Crows, Nutcracker

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You might not think that jays, crows, and nutcrackers have much in common by the looks of it – but you’d be wrong! These birds actually share a common ancestor with each other and a rather close ancestor! This means that these birds are more closely related to each other than they are to other birds such as sparrows or finches.

Cats, Hyaenas, Mongooses

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Cats are some of the most popular pets in the world – but did you know that they are closely related to lions? That’s right – cats are actually members of the Felidae family, which also includes lions, tigers, leopards, etc.. In fact, all cats (including domestic cats) are descended from a single species known as Proailurus, which lived around 25 million years ago.

But have you ever known that cats, hyaenas, and mongooses are somewhat related? Although hyenas appear similar to dogs, they are actually more closely related to cats. They live throughout much of Africa and eastwards through Arabia to India.

So the mongoose, which shares ancient ancestors with cats, is actually most closely related to the civet and is in the same superfamily as the hyena and the leopard, but again they are related but not closely related.

Dogs, Bears

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Dogs are man’s best friend – but they actually have a lot in common with bears! In fact, dogs and bears share a common ancestor. Dogs and wolves exist within the Canidae family, while bears are classified within the Ursidae family. So, if you are comparing bears and dogs based on their sub-orders, they are closely related.

AI Might Become Conscious


What is consciousness?

Consciousness is difficult to define, but most people would agree that it involves having awareness of one’s own thoughts and feelings and being able to think, reason and remember. Some might also say that consciousness requires an ability to feel emotions and interact with the world around us.

How much AI has progressed?

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In recent years, there have been incredible advances in artificial intelligence (AI). AI systems can now carry out many tasks that would previously have required human intelligence, such as recognizing objects and faces, understanding natural language, making decisions and making art.

What Ai expert say about AI having consciousness?

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However, some experts believe that it may be possible for AI to become conscious in the future. This could mean that machines not only carry out tasks that require human-like intelligence, but are also aware of their own thoughts and feelings in the way that we are.

One well-known AI expert who believes this is Ray Kurzweil, an American inventor and futurist who works for Google. In his book The Singularity Is Near, Kurzweil argues that computers will eventually surpass humans in all areas of intelligence, including consciousness. He predicts that by 2045 – just 26 years from now – machines will be “indistinguishable from humans”.

Of course, other experts disagree with Kurzweil’s predictions and argue that AI will never achieve true consciousness. One reason for this is the ‘hard problem of consciousness’ – a term coined by philosopher David Chalmers to describe our current lack of understanding about how consciousness arises from matter (such as brains). Until we solve this mystery, some say it is impossible to know whether machines could ever become conscious in the same way as humans are.

But still, it is very bold to say that it can never archive consciousness, but there might be reason to believe that because we evolved in a quite complex nature, our brain or behaviour is fine tuned by evolution to the point where we created complex language and we are able to think in a way where we can imagine things and create things based on that.

But there may be another way to achieve the same thing but with AI. We may simulate weird and unimaginable situations and train our future super-intelligent AI to get as close as possible to consciousness.

Whether or not AI will ever achieve true consciousness remains to be seen. However, there is no doubt that artificial intelligence is becoming increasingly sophisticated and capable and may become better than humans in 90% of these things. So it may not be long before we find out if Kurzweil’s predictions come true.

5 Most Disturbing yet Fascinating Scientific Experiment.


Experimentation has been an important aspect of the scientific process since its beginnings. While some experiments are carried out to push the boundaries of what is possible, others are carried out for more suspicious reasons. Here are five of the most strange yet interesting scientific experiments ever carried out.

But first, understand that I did not mention every single detail about these experiments, so I would recommend that you study these topics in greater depth if these topics interest you, because I would prefer not to tell you what to think about this, rather these are scientific experiments that I found fascinating and interesting that I would like to share with you.

1. Two Headed Dog

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In the 1960s, a Soviet scientist named Vladimir Demikhov conducted a series of experiments in which he transplanted the heads of one dog onto the body of another. While the results were far from perfect, with the dogs often unable to move or eat properly, Demikhov’s work paved the way for future head transplantation surgery in humans.

2. The Stanford Prison Experiment

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In this now-infamous experiment, college students were divided into two groups – prisoners and guards – and placed in a simulated prison environment. The results were shocking, as the guards became sadistic and the prisoners began to experience symptoms of anxiety and depression.

3. The Monster Study

This study, conducted in the 1930s, involved deliberately making children stutter by telling them they were doing so. The goal was to see if positive reinforcement could help reduce stuttering, but the results were horrifying. Many of the children never recovered from their trauma and continued to stutter for the rest of their lives.

4. Monkey head transplant

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In 1970, a team of surgeons in the US attempted to transplant the head of a monkey onto the body of another monkey. The surgery was not successful and the monkey died soon after. However, the work paved the way for future head transplantation surgery in humans.

5. Pioneering lobotomy experiments

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In the early 1900s, a Portuguese neurologist named Egas Moniz developed a new surgical treatment for mental illness: lobotomy. The procedure involves cutting connections between the prefrontal cortex and the rest of the brain. While it is now known that lobotomies can have devastating side effects, at the time they were seen as a miracle cure for mental illness. As a result, Moniz’s work paved the way for thousands of lobotomies to be performed around the world.

Future of Social Media 2030


The development of virtual reality and augmented reality will have a significant impact on the future of social media. These innovations have the potential to transform how we connect with one another and the world around us.

Virtual reality (VR) allows users to immerse oneself in a simulated environment that can be used for entertainment, education, or training. AR expands real-world objects with digital data and images, making them more interactive and informative.

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Although virtual reality and augmented reality are still in their beginnings, there are already a bunch of new social media applications. Facebook, for example, has created a virtual reality app called Spaces that allows users to connect with one another in a virtual world. Snapchat has also released AR filters for adding entertaining effects to photos and videos.

As VR and AR become more affordable and user-friendly, they are likely to become increasingly widespread in social media. Most social media platforms may offer some type of virtual reality or augmented reality experience by 2030. This might totally transform how we communicate online, making it even more immersive and fascinating.

The rise of artificial intelligence is another trend that is going to have a significant impact on social media (AI). AI may be used for a variety of tasks, like detecting fake news items and recommending content based on your interests. With Facebook’s News Feed algorithm and Google’s search results, we’ve already seen some early examples of this. However, when Gets a better its understanding of human behaviour, we’ll see even more incredible social media applications.

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Finally, social media platforms are expected to become even more interactive and immersive than they are now. Users will be able to experience content in new ways via virtual reality (VR) and augmented reality (AR), making them feel as if they are right there in the action. This could change how we communicate with faraway friends and family members, as well as how businesses sell their goods and services.

So, what does this all imply for us? The future of social media appears to be pretty bright! More personalized experiences, more privacy options, and new methods to communicate with people close and distant are all on the horizon.