The thing that Tony Stark invents, the nuclear core that he puts in his heart that saves his life, also powers all of his suits. All of that would be impossible without the energy source.
Could you explain these concepts and how they relate to the Iron Man suit? Pikul: Energy density is how much energy you can store per volume. Power density is how fast you can extract that energy. For Iron Man, it would be how fast he can fly or how hard he can punch. The two are competing. If you have more energy, you have less power, and, if you have more power, you have less energy. The high-powered batteries that we make in our lab allow us to do both. We can have the energy of a battery but the power of a supercapacitor.
Is there anything in the foreseeable future that might resemble a real Iron Man suit? Pikul: A bulletproof walking suit is not unrealistic. Keeping each robot cell-sized, then you would need roughly the number of cells in your body to coat it, about 40 trillion. But there would be workarounds. Robots give you adaptability, flexibility, and intelligence. Miskin: One of the really cool things about being small is that you flip the script on robotics.
He is an engineer. At the age of 14 he developed transistor , so he is electronic engineer. His suit contain a lot of mechanical parts and robotics so he is Mechanical engineer. Professionals interested in a doctorate in public health can earn a Ph.
A DrPH program is more practice-based and prepares graduates for leadership roles in public health organizations. Hope this helps. Marvel Wiki says that he has a masters in Electrical Engineering and Physics but in the movies he's basically a combination of both a mechanical engineer and an electrical engineer. Your email address will not be published. Save my name, email, and website in this browser for the next time I comment.
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