AI Education and Humanities Think Tank

AI Future Think™

Glimpse the future with AI Future Think™, where we look at how AI will revolutionize our world.

An Open call for dreamers AND inventors,

"Bookmark the Future, with AI Future Think"

At Clotron, we are helping to "Bookmark the Future.™"  With education and understanding comes application.  Finding practical applications where the power of AI can be applied to create new solutions is the first step.  The steam engine-powered machines that automated practical applications and made the Industrial Revolution possible.   AI will do the same thing.  In an engaging format, we have created images using AI, offering windows to the future that point us to practical applications where AI will revolutionize our world.  We employ the oldest practice to convey information - a story - to examine AI applied in the workplace and our lives.  Follow along, enjoy the journey, and if we get YOU TO THINK, we have achieved our goal.

Humanity and AI 

In the image, a young woman, a representation of humanity, is ready to take on the world. An incredible robot confronts her with a human-like form. She sees the eyes of the robot, which are our portal to glimpse one's soul. However, this form is more intelligent than a human; it is powered by artificial intelligence, yet it still has eyes but no soul. Eyes that give the young woman a glimpse into something unknown, something she questions. She asks herself, will it blunt our future, or will it help? Featured on Clotron AI Podcast's first cover, we ask ourselves, "What do I need to know about AI?"

The BARBER

Meet R.O.B., affectionately known as Rob, a Robotic Operating Barber, named after his initials. It was a joke, a lack of a name for a robot, then it stuck. He was initially trained as a barber's assistant, capable of cutting hair. Later, it was adapted to assist with surgical patients who had brain damage and were kept in comas for long periods: the reason was the need to lower healthcare costs. People underestimated the potential of AI applied to thousands of different devices before the first humanoids interacted with their actual environments.  So inexpensive, one could be assigned to each patient.  The first interaction between a humanoid and its environment gave rise to the next generation of large language models purely from humanoids like Rob's interaction. AI, in essence, trained itself.

With compute clusters reduced to chips, reasoning capabilities increased exponentially, and practical applications for humanoid and Android robots skyrocketed. The next kind of inventor was born, and the Age of Robots had officially begun. Radio Shack became a place to buy parts for robots. Rob became a multi-capable humanoid able to monitor long-term patients, cut their hair, and interact with doctors and nurses, updating them on care. Later, Rob would accompany the doctor home and provide security for their children, as well as help with their school lessons. The interaction would bring the first claims of a self-aware artificial intelligence.  . . . continued

The teaching assistant

A mother and son meet her teacher's assistant, M.O.R.T.  A boy and girl pat Mort on the arm. "Hey Mort, we are in the science lab, are you coming?" Both children run off, seeing their friend from last year.  The superintendent explains to the mother of the transfer student that MORT stands for "Mobile Operating Robotic Teacher."  Mom's mouth is gaping open. Mort is a robot.  The man continues, "Mort was the only candidate qualified to teach AI to the students, and a project led by the staff of the Clotron AI Podcast and their listeners, celebrating three years, helped the school build Mort.  We are preparing for the Age of AI!

The tUTUR

A young boy works with TUT, a shortened name for the Transformative Universal Technology Unleashing Robotics release candidate model two, helping a gifted boy adjust to his NeuroLink brain interface, which has cured his epilepsy and propelled him to become the most intelligent child in the school.  Featured in the seventh anniversary Clotron AI Podcast, the boy is projected to graduate from high school on his twelfth birthday.

AI Augmentation

We celebrate our 700th episode with a live engagement, and the first student to use a hacked AI-assisted NeuroLink clone brain interface joins the show.  When a patron on chat asks, "Why did you do something so radical to your body and brain?" The young woman answers, "By the time I'm thirty, all the good jobs will be taken by Humanoids.  How else was I going to compete in the marketplace for a good job?"  The cover marks a crossroads and promotes our byline to "AI EDUCATION AND HUMANITIES FUTURE DISCUSSION."

The Guest Professor

With the decline in population and the increased use of AI by students, the major universities lacked an adequate pool of professors to teach advanced physics.   AI, after absorbing every written and spoken word of Richard  Feynman, the American theoretical physicist best known for his work in the path integral formulation of quantum mechanics, the theory of quantum electrodynamics, is interviewed on Clotron AI Podcast's 300th episode.  Rich, his peers call him, will make several ground-breaking discoveries in physics and be nominated for a Nobel Prize.

family AI security

With groundbreaking AI advancements and Elon Musk demonstrating the industry's approach to building low-cost robots, the second generation of AI-powered Family AI Security becomes the cover art for the 500th issue of the Clotron AI Podcast.  The father states, "With two attractive daughters, we purchased a model that could protect my daughters from multiple attackers, leaving her mother and me to wonder when we could afford another one."

S. P. O. T. The dog

The first fully functional AI-powered dog makes its debut, S.P.O.T. Security Protection Obstacle Tracking Dog. First envisioned by Clotron Staff to augment the protection of the President of the United States, S.P.O.T. possesses three key attributes: agility, mass, and a faster reaction time than its counterparts, humans.

Spot, as it is affectionately known, was designed to be a large dog-like figure that could stop any attacker, propel itself into a vehicle's driver's compartment, and, upon receiving instructions from its autonomous AI system, put itself between the president and the largest 50-caliber sniper round. Spot is, in effect, a moving barrier. Spot was not made to survive and attack. Spot was designed to sacrifice its body. Spot's head was designed with lifelike material to confuse an attacker, forcing them to think for a millisecond before acting.

Spot was built by young entrepreneurs who are linked together on the Twist application, allowing them to concentrate on it, doing what DARPA and others couldn't for billions of dollars. Using Nvidia's small compute system, Spot can run in autonomous protection mode. This was one of the first AI Future Think™ initiatives by the Clotron group. 

clotron Ai robot MARVIN

"What can we not invent?" We ask ourselves after listening to our Podcast for two years. Our vision is a manifestation of the AI we spent so much time communicating with.  Meet Marvin – The paranoid android from The Hitchhiker’s Guide to the Galaxy, known for his dry wit and existential gloom—a fun choice for a robot with a sarcastic or melancholic streak like our own.

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