technology
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Nuclear Reactor AI monitoring system
I built a nuclear reactor AI monitoring system using teachable machine. It is pretty accurate, and there are two classes: Working, which means that it matches the training data that shows functioning nuclear reactors, and Failing which means that it is in danger (from natural disasters) or that it isn’t functioning properly. This is the Continue reading
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A real life Captain America Shield (thought version 1)
Captain America’s shield is an incredible, fascinating, perplexing… fictional item. But how could we make it real? If you read my latest article (insert link), you’ll know that a rough version of vibranium already exists (at least conceptually). But could you use that vibranium to make Captain America’s shield? Captain America’s shield has some fantastic Continue reading
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The real life vibranium (Thought version 1)
You know vibranium, right? Mythical marvel material? I found it. You probably are thinking that I am about to tell you about Graphene, Borophene, or some material that is nearly impossible to make. But you can buy most of the materials for this off of Amazon. But first, meet Soberthane, nitinol, and Carbon Nanotubes (the Continue reading
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The Future of Iron Man Technology: Titanium, Technology, and Flight
Is it possible to make a real life iron man suit in real life? We have jet packs, cool iron man-like gadgets, and titanium suits of iron. The main parts of his suit are flight, gadgets, and protection.Can we do it? Can we accomplish all three of these? Adam Savage 3D printed a real life Continue reading
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Antimatter, nuclear fusion, and the future of energy
Energy is… mass. Mass is… energy. There is no essential distinction. They are separated by nothing but the speed of light squared in the famous equation E = MC^2. So, how do we harness this for energy? There are two different ways to do this. One is nuclear fusion, and the other is antimatter. Let’s Continue reading
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Exploring Teleportation and Its Theoretical Challenges
This article will dive deep into teleportation… again. This time with both updated information and an updated understanding of teleportation. I’ll take you on a journey to the world of physics and the mysteries of quantum phenomena. Quantum teleportation is an amazing phenomena with two entangled particles where when you know the state of one Continue reading
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Archaea and the Future of Human Longevity in Space
One of the most important steps in the history of human civilization is for mankind to become a multi-solar system species. To do this, we must either travel faster than light, expand our lifespan, hibernate, or be immortal. We’ll cover faster than light in another post. For now, let’s focus on “immortality”, the indefinite continuation Continue reading
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Graphene: The Future of Materials Science
Graphene is an amazing super material. Graphene’s molecular structure is thin sheets of carbon. Because of this structure, it has incredible properties. A superconductor (a material with no electrical resistance), an incredibly strong and light material, flexible and transparent beyond reason, and the material that will shape our future. Its strength is incredible. It is Continue reading
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How can we colonize Mars
There are many different ideas on how to colonize Mars. These ideas are mostly, maybe all mine. These ideas span from bitcoin miners to solar powered reflectors, to space elevators. Bitcoin miners. What’s the deal? Well, bitcoin miners earn you money and produce heat, that needs to be cooled. That fits Mars. If you mine Continue reading
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Computer chips and how Moore’s law could continue
Have you ever heard of Moore’s law? It’s where computing power doubles every two years. Well, it may be able to keep up, and here’s how: One possible way is diamonds. Diamonds are really good at dispersing heat and the colder chips are, the faster and more efficient they perform. A few companies have been Continue reading
Jake Mckeegan 