Looking for Martians on Mars

How did the rocket scientists at NASA know how to build a helicopter that would fly on Mars? They first built a digital twin. [Energy and Capital Header] Practical Investment Analysis for the New Energy Economy Looking for Martians on Mars Christian DeHaemer | Sep 06, 2023 Back in 2021, NASA flew a helicopter on Mars, and it's still going today. It is called the Ingenuity, and its flight has been compared with the Wright brothers' first flight out of Kitty Hawk, North Carolina, in 1903. After all, it does have all the space flight records for Mars — that we know of… Just recently, it completed its 56th flight, in which it traveled 410 meters across the Martian surface at an altitude of 12 meters. The goal was to reposition the helicopter. You see, Ingenuity is serving as a scout for the rolling robot Perseverance. Together they hunt for Martians as well as collect samples. They are actively involved in exploring Jezero, which is a crater that once hosted a big lake and river delta billions of years ago. So far, Ingenuity has traveled 12,914 meters and stayed aloft for more than 100 minutes. Now, all of this is cool and futuristic, but you don’t know the half of it. The little drone is a twin-rotor, 4-pound, solar-powered aircraft that operates in an atmosphere that is just 1% as dense as that on Earth. In order to fly on the red planet, engineers equipped Ingenuity with rotor blades that are larger and spin far more rapidly than would be needed on Earth. [FAANG is "all in" on this world-changing new tech]( Have you heard of the "Retinal Matrix?" Facebook, Google, Microsoft, and Apple are pouring billions into this crazy new tech. Because the "Retinal Matrix" will soon be worth $7 trillion. And one tiny company will be supplying all those tech giants with the technological components to use the "Retinal Matrix."  [Click here to see how a tiny stake in this company could turn every $500 into $131,600 over the coming months.]( How did the rocket scientists at NASA know how to build a helicopter that would fly on Mars? They first built a digital twin. Engineers use digital twins to create — on a computer — a dynamic 3D object or system that can later be created in the physical world. But it's much more than that. Ben Hicks, professor of mechanical engineering at the University of Bristol, defines digital twins as follows: A digital twin is an appropriately synchronized body of useful information (structure, function, and behavior) of a physical entity in virtual space, with flows of information that enable convergence between the physical and virtual states. The digital twin can exist at any stage of the life cycle and aims [to] leverage aspects of the virtual environment (high-fidelity, multi-physics, external data sources, etc.), computational techniques (virtual testing, optimization, prediction, etc.), and aspects of the physical environment (historical performance, customer feedback, cost, etc.) to improve elements of the product (performance, function, behavior, manufacturability, etc.) over the life cycle. NASA first created a virtual Mars and a virtual helicopter with all the inputs and environments required. It tested, changed, and adapted using virtual systems because by the time NASA got to Mars, it would be too late to make modifications. Goldman Sachs: AI a "$7 Trillion Opportunity" Banking giant Goldman Sachs just said... That the artificial intelligence (AI) market could be worth $7 trillion in just a few years. And one former Wall Street analysts predicts it could hand you 5,300% profits — thanks to one little-known stock. That’s because this tiny firm holds over 200 patents on an AI breakthrough... One that will be in 70% of cars, 80% of hospitals, and 94% of corporations. To discover the details... [Simply click here.]( Digital twin technology is quickly becoming a core part of engineering. Tesla uses digital twins on its cars, and GE uses the technology for wind turbines. In fact, the digital twin market is booming. It is used in the aerospace and defense, automotive and transportation, and healthcare sectors, among others. Fortune writes: The global digital twin market size was valued at $8.60 billion in 2022 and is projected to grow from $11.51 billion in 2023 to $137.67 billion by 2030. That would equal a compound annual growth rate of 42.6%, which is about the best in the world. In my Bull and Bust Report newsletter, [we’ve found one company that is building the hardware needed to interact with digital twins]( — and there are two more stocks we think could run due to widespread adoption and the high growth of this new field. All the best, [Christian DeHaemer Signature] Christian DeHaemer [[follow basic]Check us out on YouTube!]( Christian is the founder of [Bull and Bust Report]( and an editor at [Energy and Capital](. For more on Christian, see his editor's [page](. [Fb]( [Li]( [Tw]( This email was sent to {EMAIL}. You can manage your subscription and get our privacy policy [here](. Energy and Capital, Copyright © 3 East Read Street, Baltimore, MD 21202. Please note: It is not our intention to send email to anyone who doesn't want it. If you're not sure why you're getting this e-letter, or no longer wish to receive it, get more info [here]( including our privacy policy and information on how to manage your subscription. 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