Artificial Intelligence Crazy Developments Information

Elon Musk

On this blog we bring you the very best Ai information and (stories) that we can find across the internet.

We never fail to bring you the very best Artificial Intelligence info and stories, no matter how crazy, looney or untrue they may be – they are all very interesting nevertheless.

But please be aware – always put the emphasis on the word (Stories)!

Art Abstract Expressionism Artist UK is a very popular art blog in its own right, and already it is being said in wider student circles that it will definitely become the very best top recommended student blog there has ever been in the history of the World Wide Web.

The concept of prolonging human life by downloading consciousnesses into synthetic bodies has been a fixture of science-fiction for decades, with the 1964 sci-fi novel “Dune” terming such beings as “cymeks.”

Some experts today believe that “mind uploading” technology could, in fact, be feasible one day — but the timeline is incredibly unclear.

A robot is the result of extreme electronics and mechanical imagination.

A robot, being an electronic device in its core, is expected to use only a chip/super chip, with bios containing strategically programmed analytical strings to perform the expected human-like functions.

But human brain is perishable once we are dead (since made with flesh and blood) which, naturally, cannot be connected to a robot’s mechanism.

Even if tactfully connected, it may decay after sometime and loose connectivity resulting in malfunctions.

With the knowledge we posses now, it (seems) that a human brain cannot be transplanted into robotic bodies.

Robots can be made immortal by an immortal owner or a series of mortal owners.

Just like a electronic amplifier made before 40 years or a mechanical record changer made before 50 years can be restored and made to work, the robot can be made to work continuously and thereby attain longevity by enthusiasts.

But, practically, the robot’s knowledge will have to be improved periodically like computers; chips/operating systems may need to be replaced, to expand their purview of operation, like usage of updated applications, and so on; accordingly, their circuitry may need to be re-engineered.

Added to these, the electronic components, connecting mechanism, etc., may need replaced/reshaped in upgraded designs; hence, instead of restoring the obsolete technique into modern one, considering the cost and labour involved, a brand new robot will be devised.

Hence, its immortality will be nullified.

Under the circumstances, immortality of a robot, though may be possible, but not viable in an ever growing modern technology and transplanting human brain into a robot (in place of a super chip) may not be technically possible.

Elon Musk says a lot of seemingly fantastical things.

For example: The billionaire Tesla and SpaceX CEO seems to believe that humans will eventually be able to live forever, by downloading their brains into robots.

When a Human is born what knowledge does it have, some instinctual I suspect, that which the Brain has acquired in the womb via its developing sensory functions.

But for the most part we could state the Human child is quite void of useful knowledge for survival.

It takes years for a human child to develop into what we would refer to as a mature adult, depending of course on your specific benchmark for determining so.

So if a computer (AI of sorts Deep Learning) was placed in a robotic body, humanoid in appearance, sensory capabilities and movement capabilities and supported through and to adulthood, maybe a year or so, just joking.

What would be the difference to how we raise and support Humans today.

We believe its possible, and in the works.

Possibly even to upload Human knowledge to a computer or transplanting a Human brain to a Robotic Humanoid.

In a 2019 Wall Street Journal essay, Michael S.A. Graziano, a psychology and neuroscience professor at Princeton University, wrote that mind uploading would require two pieces of technology: an artificial brain, and a scan of a person’s brain that could “measure exactly how its neurons are connected to each other, to be able to copy that pattern in the artificial brain.”

The Conclusion

When you go to sleep how can you know that the human who will wake up tomorrow will still be you?

You can’t be sure.

And actually the only thing that unites you today and you tomorrow is common memories.

The theory is that consciousness appears in every moment.

The illusion of continuity is possible because of memories.

So, you who reads it exist only in the current moment.

Then you disappear.

Another person appears with a memory of the previous person.

The new person has an illusion that he or she existed earlier because he or she has memories of it.

So, you exist only now.

You won’t exist after you read my answer.

And the same applies to uploading your consciousness to a computer.

That won’t be you.

But computer will believe that it is you.

And some other people will also believe it.

There is no better art website blog other than Art Abstract Expressionism Artist UK at this point in time.

The Best Most Coolest Recommended Student Art Blog On (WWW)

Cambridge University Students

It is certainly a very big statement to make indeed, to say that this blog (Art Abstract Expressionism Artist UK) is the best most coolest recommended student art blog on (WWW) – the World Wide Web.

But, when something is true, then it’s not just a mere statement, it’s an actual solid fact.

On this student art blog we are constantly told by our student followers that we just cannot be compared or rivalled for reputation and popularity within the student art world.

We are extremely proud of that fact, we accept it fully and we also embrace it as very warranted.

As we all know blogging is a rewarding business for all people, never mind within the student art world too.

But why is this blog so popular amongst art students?

We have been exploring this question for a long time now.

What follows is our true thinking upon this matter.

We asked ourselves why Art Abstract Expressionism Artist UK is such a cool student art blog in the first place?

Because students (say) we are cool.

We know you hear it all the time nowadays (just do it! and be yourself) but the same people who preach this, never practice it.

Being cool is what takes priority in any social setting and that includes university too.

These are the people you’re going to spend one, three, four, maybe even more years with.

But, on this blog we don’t have to be the best blog for (all) students.

It is better to have the blog followers that think you’re cool just the way you are because these sorts of followers tend to stay around longer.

Also, being a very cool blog like this blog can attract some of the best art students and also the wrong people too, like drama starters and attention seekers.

We all just love the drama and gossip if we are totally honest!

Art Abstract Expressionism Artist UK is obviously a fantastic very popular art blog in its own right, and already it is being said in wider student circles that it will definitely become the very best top recommended student art blog there has ever been in the history of the World Wide Web.

Why We Are The Best

There is no better art website blog other than Art Abstract Expressionism Artist UK at this point in time.

We really are quite simply the very best and most Google searched, top ranking and top trending, most popular and famous art blog that you will find anywhere on the internet today.

Why Do We Think This?

The answer is – (we think truly) when we don’t ‘don’t think.’

We don’t think while in sleep.

We don’t think under influence of substance abuse.

We don’t think while acting reflexively in emergency.

We don’t think while following orders (This last one is very deep).

The rest of the time we can think.

What is so special about this the rest of the time?

Three things.

First. We have time to respond to a situation.

Second. There are no orders to deal with the situation.

Third. We have to decide what to do.

What do we think?
Actually we think ‘about’ something. Because we have to decide what to do in a given situation we think about various alternatives including seeking guidance, their pros and cons, feasibility of alternatives, short term and long term repercussions… etc..etc..and come to some conclusion.

The next step is we think about when to act. Now or later. Now means we act immediately. (I am assuming this is “it” as appearing at the end of above question.I mean the decision; not each and every thought that crosses our mind.) Later means we think about it again and again till we reach the “now” position.

Why do we think?
Because we want to act and aren’t sure what to do.

Now let us go back to following orders. Who’s orders we follow without thinking?

Constitution, laws, bosses in office, religion, other thought leaders like Marx etc., the value systems. These are external masters. There are two internal masters who give orders, our emotions and our ego.

Now, the ball is in your court.

Here are a few reasons why students follow this blog.

Art Abstract Expressionism Artist UK consistently provides valuable, informative, and entertaining content that aligns with the interests of your audience, they may choose to follow your blog to stay updated on your latest posts.
The writing style is engaging, clear, and relatable, readers may enjoy reading the content and look forward to new posts.
We build a strong personal bond and maintain a consistent online presence that attracts followers who are interested in learning more about our blog and work.

We have shared some knowledge towards the reasons for someone follows your blog.

To achieve this, you need to follow some strategies to make things work.

Here are some:

Identify your target audience and tailor your content to their interests and needs.
Use compelling headlines and subheadings to grab the reader’s attention and keep them engaged.
Incorporate visuals, such as images and videos, to break up text and make your content more visually appealing.
Engage with your audience by responding to comments and encouraging discussion.
Utilize social media to promote your blog and reach a wider audience.
Consistently post new content to keep your readers coming back for more.
Experiment with different formats, such as listicles, how-to guides, and personal stories, to see what works best for your audience.
Edit and proofread your posts to ensure they are error-free and easy to read.
Have fun and let your personality shine through in your writing.

Technology surely isn’t going anywhere.

If anything, we will become more and more dependent on the capabilities of our smartphones and other devices in the future.

However, we have to make sure that this dependence on technology isn’t making us lazier or less curious about the world around us.

With more knowledge available than ever before with today’s technology, people are less discerning about what kind of materials they read and whether or not those materials are factual.

People are also less likely to make a personal connection with someone while they’re out in the world, which can increase levels of depression, anxiety, and stress.

Ultimately, we have to learn how to co-exist with technology in a way that is both healthful and constructive.

Human Brain (Can) Now Be Transplanted Into Humanoid AI Robot

At the recent Global Future 2045 International Congress held in Moscow, 31-year-old media mogul Dmitry Itskov told attendees how he plans to create immortality by making a robot controlled by the human brain.

By actually transplanting a human brain into a humanoid robot, and then by replacing the surgical transplant with a method for simply uploading a person’s consciousness into a surrogate ‘bot.

Programming a robot to do a defined task is nothing new, but letting a robot learn things on its own with its own brain is beyond human concept or imagination.

Nowhere on the internet will you read the news and stories we pick up and post on this blog.

But that is what happens when you’re the number one artificial intelligence based art blog.

We do not mess about when it comes to posting the stories and gossip that matters.

We Really Are Quite Simply The Best

It is now absolutely beyond any doubt or dispute that Art Abstract Expressionism Artist UK is now one of the very best and one of the most famous top recommended student website art blogs in the history of the World Wide Web concerning the Blockchain, Artificial Intelligence, ChatGPT, NFT Tokens, Cryptocurrency, Web3 and of course the Metaverse itself in totality. There is no better art website blog other than Art Abstract Expressionism Artist UK at this point in time. We really are quite simply the very best and most Google searched, top ranking and top trending, most popular and famous art blog that you will find anywhere on the internet today.

The human brain evolved to form billions of neurons, enabling us to learn and make complex logical decisions.

We can look at two different animals, such as a cat and a dog, and tell them apart, while a computer struggles at the task.

Advances in artificial intelligence have caused some to wonder when computers will cross the line that divides humans from technology, like the sentient computer HAL 9000 from the sci-fi novel and film “2001: A Space Odyssey.”

Two Indian-origin researchers at Cornell University in New York have created a large computational system known as ‘Robo Brain’.

With the help of this giant robot brain, millions of machines across the globe can gain knowledge on human behaviour, language and mannerism.

The average lifespan of humans is around 70-85 years, but some people have been known to live much longer.

The oldest verified person was Jeanne Clement, who lived to be 122 years old.

As people age, their telomeres (chromosome ends) tend to become shorter with each successive cell replication cycle.

Additionally, bones start to become weaker, reducing in size and density.

One of the most significant barriers to the procedure is the inability of nerve tissue to heal properly; scarred nerve tissue does not transmit signals well, which is why a spinal cord injury is so devastating.

Alternatively, a brain–computer interface can be used connecting the subject to their own body, bypassing the damaged tissues.

This could potentially allow for some degree of motor function or sensation to be restored.

Recent advances in stem cell technologies have led to the ability to reproduce human brain development in a laboratory setting.

This has been achieved through the replication of human neural cell types, distinct brain regions, and the production of organoids from embryonic and induced pluripotent stem cells.

This has expanded our understanding of the human brain, and opens up new potential treatments for diseases and disorders of the nervous system.

The human brain is the most complex organ in the body, and scientists believe it is unlikely that they will ever be able to build a full replica.

The brain is responsible for all of the body’s functions, including thinking, feeling, movement, and more.

Uploading your mind is not a pathway to immortality.

Instead, it will create a possibly hostile digital doppelgänger.

While it is theoretically possible to perfectly model a unique human brain down to the level of its synapses and molecules, doing so will not allow you to become immortal.

Even if you could upload your mind, you would simply be creating a copy of yourself – not achieving immortality.

What’s more, this copy could potentially be very different from you, and even hostile.

So, while uploading your mind may sound like a pathway to immortality, it’s actually not – and could even be dangerous.

This is an incredible claim, and if true, would have massive implications for the future of humanity.

However, there are still many unanswered questions about how such a thing would work, and whether or not it would be possible to transfer a human consciousness into an artificial brain.

Additionally, there are ethical concerns about whether or not this would be a good idea, as it could lead to people becoming immortal and could have unforeseen consequences for the balance of power in the world.

Overall, the idea of downloading consciousness is still very much in the early stages of research, and there is a lot that we don’t yet know about it.

However, it is an exciting possibility that could change the world as we know it, and it will be interesting to see how the research develops in the coming years.

Student Discovery AI Software Mind Uploading Robotic Hardware

Student Study University

The above image clearly shows a human brain being kept artificially alive and functioning through AI technology.

We were informed that the image is from a laboratory testing site in Asia and released through a ‘certified source’ relating to biological AI advancement and artificial intelligence technology.

It was sent to us by a student of information technology from Aberdeen.

We have no way of knowing if it’s real or not, but it certainly would be mind blowing if it was real.

At its simplest form, artificial intelligence is a field, which combines computer science and robust datasets, to enable problem-solving, but with saying that can the human brain really survive outside the human body through AI support systems like the image above seems to be suggesting?

We do not believe that it is true and it very well may be a mock up image.

But the real thing may not be very far away in time!

AI encompasses sub-fields of machine learning and deep learning, which are frequently mentioned in conjunction with artificial intelligence.

These disciplines are comprised of AI algorithms which seek to create expert systems which make predictions or classifications based on input data.

A captivating blog like this blog consists of content that intrigues, teases, and maybe even astonishes the reader – whatever the point of interest of the article itself – and on this blog we never fail to deliver.

The wish to extend the human lifespan has a long tradition in many cultures.

Optimistic views of the possibility of achieving this goal through the latest developments in medicine feature increasingly in serious scientific and philosophical discussion.

The research with the explicit aim of extending the human lifespan is both undesirable and morally unacceptable.

They present three serious objections, relating to justice, the community and the meaning of life.

If the computational hypothesis of brain function is correct, it suggests that an exact replica of your brain will hold your memories, will act and think and feel the way you do, and will experience your consciousness — irrespective of whether it’s built out of biological cells, Tinkertoys, or zeros and ones.

The important part about brains, the theory goes, is not the structure, it is about the algorithms that ride on top of the structure. So if the scaffolding that supports the algorithms is replicated — even in a different medium — then the resultant mind should be identical.

If this proves correct, it is almost certain we will soon have technologies that allow us to copy and download our brains and live forever in silica.

We will not have to die anymore. We will instead live in virtual worlds like the Matrix.

We assume there will be markets for purchasing different kinds of afterlives, and sharing them with different people — this is future of social networking.

Once you are downloaded, you may even be able to watch the death of your outside, real-world body, in the manner that we would view an interesting movie.

While medicine will advance in the next half century, we are not on a crash-course for achieving immortality by curing all disease. Bodies simply wear down with use.

We are on a crash-course, however, with technologies that let us store unthinkable amounts of data and run gargantuan simulations.

Therefore, well before we understand how brains work, we will find ourselves able to digitally copy the brain’s structure and able to download the conscious mind into a computer.

Every part of the human body is complex, soft and susceptible to wear and tear.

Our brains, in particular, are fantastically complex, and it is difficult to imagine that a repair and maintenance approach to extending lifespan could maintain brain function indefinitely.

On the other hand, if human consciousness could be uploaded on to a computer it is conceivable that, with adequate servicing of the computer hardware and software, we could live forever.

We could either live as cyborgs with a non-biological computer-based consciousness plus a biological body augmented with mechanical parts or we could be entirely non-biological, that is, computer-based consciousness and entirely mechanical bodies.

This post suggests that medically the term a ‘human being’ should be defined by the presence of an active human brain.

The brain is the only unique and irreplaceable organ in the human body, as the orchestrator of all organ systems and the seat of personality.

Thus, the presence or absence of brain life truly defines the presence or absence of human life in the medical sense.

When viewed in this way, human life may be seen as a continuous spectrum between the onset of brain life in utero (eight weeks gestation), until the occurrence of brain death.

At any point human tissue or organ systems may be present, but without the presence of a functional human brain, these do not constitute a ‘human being’, at least in a medical sense.

The implications of this theory for various ethical concerns such as in vitro fertilisation and abortion are discussed.

This theory is the most consistent possible for the definition of a human being with no contradictions inherent.

However, having a good theory of definition of a ‘human being’ does not necessarily solve the ethical problems discussed herein.

The human brain rapidly dissolves after death due to the break down of proteins and putrefaction.

Decomposition often occurs within minutes after death, which is quicker than other body tissues, likely because the brain is about 80% water.

Rotting starts in normal ambient temperature at about 3 days, and the brain is essentially vaporized within 5-10 years.

For this reason, anthropologists can study the skulls, teeth, and bones of our distant ancestors, but we cannot study their brains.

The advent of “deliberate mummification”, using chemicals, has allowed long-term preservation of soft tissues.

We see this in the Egyptian mummies at museums.

The Egyptians also performed “excerebration” in which they removed the brains with iron hooks through the nose prior to embalming, so we don’t have the pharaoh’s brains to examine.

Natural mummification can occur at extreme temperatures.

Freezing has been shown to preserve rare brains of icemen in glaciers.

On the opposite side of the spectrum, extreme heat has “preserved” certain aspects of the brain tissue.

Recently described in the New England Journal of Medicine was an ancient brain from Pompeii which was vitrified (turned into glass) from the extreme heat of the Mount Vesuvius eruption in 79CE.

Due to the sudden exposure to heat greater than 9680 Fahrenheit and then cooling, the proteins and fatty acids can be thermally preserved.

Humabotic: Human Brain Emulation Mindscape Robots AI By 2050

AI Artificial Intelligence

HUMABOTICS

What are the chances of human beings becoming purely robotic or – Humabotic by the year 2050?

In mathematics we can prove the unpredictability of several classes of statements, which in principle means that we cannot know their whole truth value, and hence we know that no intelligent being can know everything.

But we may argue that mathematics is simply the domain of formal languages, and knowledge about properties of mathematical statements does not have any biological significance when discussing Humabotics.

We have seen throughout history automation and mechanisation boost the overall standard of living.

We have seen it with the Industrial Revolution, and it’s going to happen again.

According to estimates from the United Nations, poverty was reduced to a greater extent over the past five decades than in the previous 50.

That’s because the global economy grew seven times larger, and technology played a huge part in that progress.

It is very likely that people will be living inside robots and becoming Humabotic in the year 2050.

While advancements in robotics and artificial intelligence (AI) have been made in recent years, it is extremely likely that technology will have progressed massively to the point where people will be able to live inside Humabotic robots.

This would require that a person’s brain be scanned in great detail and recreated in a computer simulation.

The person’s mind and memories, emotions and personality would be duplicated.

In effect, a new and equally valid version of that person would now exist, in a potentially immortal, digital form. This futuristic possibility is called mind uploading.

The science of the brain and of consciousness increasingly suggests that mind uploading is possible – there are no laws of physics to prevent it.

The technology is likely to be far in our future around 2050 before the details are fully worked out – and yet given how much interest and effort is already directed towards that goal, mind uploading seems inevitable.

But of course we can’t be certain how it might affect our culture but as the technology of simulation and artificial neural networks shapes up, we can guess what that mind uploading future might be like.

The technology required for such a scenario to happen would have to be highly advanced, including but not limited to advanced robotics, AI, material science, power source, and medical technology, and would have to overcome several technical and ethical challenges.

Robots and AI will play an increasing role in people’s lives in 2050, such as in the fields of healthcare, transportation, and manufacturing.

In these areas, robots and AI may be used to assist humans in carrying out tasks or to perform tasks that are too dangerous or difficult for humans to do.

Additionally, the integration of AI in our daily lives will become more prevalent and may change the way we interact with technology and how we live.

Humabotics

By around 2039 we will be able to download the entire human brain onto metaverse software and live entirely within virtual reality itself.

The carnal human body will be stored, oxygenated and nourished, within specially suspended intensive care capsules, in what we may describe in today’s terms as a type of (living Morgue).

The body will inevitably be stored for its natural lifespan, and when the body dies through old age or illness, then the downloaded brain within the software would continue living within the metaverse and on into immortality.

The reason the body would be stored alive up until its natural mortality, would be because of the (right to leave) the virtual world whilst still physically alive in the physical human body form.

Once the physical human body had died in real time, then you would be entirely on your own within the metaverse and with no way back into the physical realm.

There would be no personal physical human body to download your brain back into.

But, there is no reason that by 2050 we would not be able to up-load the human brain software from the metaverse previously downloaded onto it, back again into a Humabotic robot after the human body it originally came from in the physical realm has long since died.

In some cases this may be a time span of hundreds of years after physical death.

Whole brain emulation and mindscaping is in effect mind transfer to a non biological host although it could equally apply to uploading the brain to a new biological brain created via tissue engineering this has the drawback that if the original brain continues to exist the second brain would have a separate existence.

In other words whilst you are identical at the time of upload increasing divergence over time will be inevitable but it means the consciousness could never die provided it is appropriately backed up.

Whole brain emulation is a strategy for creating a kind of artificial intelligence by replicating the functionality of the human brain in software.

It seems likely that we’ll be able to emulate brains this century — unless other forms of AI are created first, which then change our trajectory.

Successful whole brain emulation could enable dramatic new forms of intelligence — so steering the development of this technique could be crucial (see our full profile on preventing AI-related catastrophes for more).

If digital people are created through whole brain emulation, this would likely cause rapid economic growth, and — because digital people won’t die or physically age and their existence could lock in values for an extended period of time.

In the worst cases, this could involve locking in stable totalitarianism or bringing about other suffering risks.

Artificial Intelligence Advancement

Tech giants like Google, Apple, Microsoft and Amazon are currently spending billions to create AI products and services, and universities are now making AI their normal mode of teaching and learning and defence and law enforcement are already gearing up to get into the AI mode of the new age.

Other great platforms like Atlantic Voyage Ape Club are making unbelievable advances in virtual technology with their latest amazing Titanic venture.

There are also the present day early pioneers and innovators of the virtual world and the metaverse like the great Paul Marlborough and the 45 Laws of Crypto.

The Great Early Pioneers: The New Age Of Artificial Intelligence AI

AI Artificial Intelligence

Art Abstract Expressionism Artist UK currently trends as the best top most popular recommended NFT web3 blockchain platform art blog by artists around the world for displaying trending NFTs of the future and the possible NFT masterpiece artworks by artists as yet to be discovered.

We now essentially see it as our solemn duty to venture into the world of Artificial Intelligence too.

Tech giants like Google, Apple, Microsoft and Amazon are spending billions to create AI products and services, and universities are now making AI their normal mode of teaching and learning and defence and law enforcement are already gearing up to get into the AI mode of the new age.

Other great platforms like Atlantic Voyage Ape Club are making unbelievable advances in virtual technology with their latest amazing Titanic venture.

There are also the present day early pioneers and innovators of the virtual world and the metaverse like the great Paul Marlborough and the 45 Laws of Crypto.

These early preparations and the early pioneers of our times are but the beginnings of a brand new age to come upon us.

We believe that there will be no way to tell Artificial from Natural Intelligence by 2032 – no matter what definition we use – as long as it is applied equally and isn’t blatantly carbocentric.

By 2039 we will be able to download the entire human brain onto metaverse software and live entirely within virtual reality.

The carnal human body will be stored, oxygenated and nourished, within specially suspended intensive care capsules, in what we may describe in today’s terms as a type of (living Morgue).

The reason the body would be stored alive up until its natural mortality, would be because of the (right to leave) the virtual world whilst still physically alive in the physical human body form.

Once the physical human body had died in real time, then you would be entirely on your own within the metaverse and with no way back into the physical realm.

There would be no personal physical human body to download your brain back into.

But, there is no reason by that time that we would not be able to up-load the human brain software from the metaverse previously downloaded onto it, back again into a robotic humanoid cyborg after the human body it came from in the physical realm in the past has long since died.

In some cases this may be a time span of hundreds of years after physical death.

After we die, our brains quickly undergo major changes that are both chemical and structural.

When neurons die they soon lose their ability to communicate, and their structural and functional properties are quickly modified, meaning that they no longer display the properties that they exhibit when we are alive.

But even more problematic is the fact that our brain ages.

From the age of 20, we lose 85,000 neurons a day.

We mostly lose neurons that have not found their use, they have not been solicited to get involved in any information processing.

This triggers a program of self-destruction (called apoptosis). In other words, several tens of thousands of our neurons kill themselves every day.

Other neurons die because of exhaustion or infection.

This isn’t too much of an issue, though, because we have almost 100 billion neurons at the age of 20, and with such an attrition rate, we have merely lost 2-3% of our neurons by the age of 80.

Provided we don’t contract a neurodegenerative disease, our brains can still represent our lifelong thinking style at that age.

Currently, the closest we have come to building a functional model of the human brain, a crucial step on the pathway toward downloading consciousness, is a series of cortical simulations.

These simulations, which have utilized the very best in computer technology, such as IBM’s Blue Gene supercomputer, have successfully emulated the processing power of a brain possessing 1.6 billion neurons—about the equivalent of a cat brain in terms of neuron numbers alone.

But even these extremely complex models, run on some of the best computer hardware in existence, lag behind the actual processing power of their biological counterparts.

Among other things, this is mainly due to the inability of computers to process information in parallel by doing many calculations simultaneously.

What takes a cat one second might take the Blue Gene supercomputer ten or even a hundred seconds, depending on the complexity of the task.

Computational neuroscience bridges the gap between human intelligence and AI by creating theoretical models of the human brain for inter-disciplinary studies on its functions, including vision, motion, sensory control, and learning.

Research in human cognition is revealing a deeper understanding of our nervous system and its complex processing capabilities. Models that offer rich insights into memory, information processing, and speech / object recognition are simultaneously reshaping AI.

A nuanced understanding of the structure of the human brain can help restructure hierarchical deep learning models. Deep learning, a branch of machine learning, is based on a set of algorithms that attempt to model high-level abstractions in data.

It will enhance speech / image recognition programs and language processing tools by understanding facial expressions, gestures, tone of voice, and other abstracts.

We are at the threshold of experiencing advances in speech technology that will lead to more practical digital assistants and accurate facial recognition that will take security systems to the next level.

However, contemporary deep neural networks do not process information the way the human brain does. These networks are highly data-dependent and should be trained to accomplish even simple tasks.

Complex processes require large volumes of data to be annotated with rich descriptors and tagged accurately for the machine to ‘learn.’ Further, deep learning systems consume far more power than the human brain (20 watts) for the same amount of work.

We need to discover less intensive machine learning approaches to augment artificial intelligence with native intelligence. Our world is awash with data from Internet of Things (IOT) applications.

Deep neural networks capable of consuming big data for self-learning will be immensely useful.

Just as children identify trees despite variations in size, shape, and orientation, augmented intelligence systems should learn with less data or independently harness knowledge from the ecosystem to accelerate learning.

Self-learning algorithms are necessary for truly personalized products and services.

Book Writing On Artificial Intelligence And Cryptocurrency

Artificial Intelligence AI

When it comes to becoming an authority on AI or Crypto, this is a big deal when it comes to success.

This is especially true for Crypto and AI entrepreneurs themselves.

No matter what your product or service, you will sell more and can charge more if you are viewed as an authority in your area.

At the core of the concept of AI is the idea of developing intelligent machines—e.g. computer algorithms that work and react like humans, but in the new world of artificial intelligence we will need authoritarian leaders to lead it.

Applications in AI include performing speech recognition, natural language processing and translation, visual perception, learning, reasoning, inference, strategizing, planning, intuition, and decision-making.

People have been working on these concepts since the 1940s and AI has experienced many false dawns, or “winters” as the AI community likes to describe them.

Any discussion of the future in artificial intelligence will inevitably turn to the idea of AI recreating human-like learning and growth patterns or of attaining a version of sentience.

Over the past few decades, modern Crypto and AI marketing has evolved.

Today, it’s nearly impossible to imagine putting together an effective AI marketing strategy being an authority on the subject without involving blogging or some other form of written communication like writing a book on Crypto or AI.

So, it makes sense that AI marketers attract writers to create interesting content because it helps to expand their audience while building trust too.

However, the end goal is to establish a loyal community of readers, and publishing a book on Crypto or AI is the sure way to do it and to show real authority upon the subject matter in question.

Since the field of AI first took off in the 1950s, the concept of intellectual authority has dominated the discussion of AI, both within the field and without.

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AI has become a prevalent piece of modern life.

When you search something on Google, you’ll be dealing with its Multitask Unified Model (MUM) AI algorithm, the latest in a series of AI at the core of Google’s search engine.

If you own Amazon’s Alexa or a similar home virtual assistant, you’ve brought an AI into your home.

Focusing on the business uses, AI is basically everywhere.

Technology like chatbots for customer service, autonomous fraud detection, and automated invoice processing are in use by companies both large and small the world over.

In fact, this very article was written in Google Docs, which has an AI-driven Smart Compose feature that is widely used by many individuals.

Almost every major tech company in the world has a department actively researching or implementing AI, if not multiple departments.

There are countless new AI startups around the world that offer AI-driven software-as-a-service platforms that claim they can save businesses money.

The world of business, especially the tech industry, is awash with artificial intelligence and machine learning.