yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

Michio Kaku: Are Robonauts Better Than Astronauts? | Big Think


2m read
·Nov 4, 2024

Processing might take a few minutes. Refresh later.

When you saw the movie Surrogates you said, "Well, that's science fiction" when Bruce Willis has a mechanical robot who is perfect. Absolutely perfect. Handsome with superpowers and you put your consciousness into the robot. So you go into a pod. Your body ages. Your body is strapped to a pod but you mentally control an avatar, a surrogate who has superpowers, perfectly formed and has all your abilities. This sounds like science fiction, right?

Or the movie Avatar where again you're put inside a pod and you control an alien being on another planet breathing poisonous air. Is that possible? The answer is definitely yes. In Japan scientists at Honda Corporation have made a robot called ASIMO. It's one of the most advanced robots ever made.

ASIMO, the size of a young boy, can run, walk, climb up stairs and even dance. In fact, he dances better than me. I've been on science specials with him and he out dances me every time. Honda Corporation has now taken a worker, put on an EEG helmet and have him control the robot. So it's now possible that you can have a surrogate.

This could be the future of the space program. Why is outer space not opened up for tourists? Because of a dirty four letter word that begins with C -- cost. It costs ten thousand dollars to put a pound of anything in near Earth orbit. That is your weight in gold. Think of your body made out of solid gold. That's what it costs to put you in near Earth orbit.

To put you on the moon costs about a hundred thousand dollars a pound. And to put you on Mars is about a million dollars a pound. So you're talking about your weight in diamonds to go to the planet Mars. Why not put a surrogate? Because it's life support. Life support that makes things so expensive in outer space.

You see, robots don't have to breathe. They don't have to eat. They don't bellyache. And most important, they don't have to come back. So why not put surrogates on Mars, surrogates on the Moon and you the astronaut can just take a breather and go into your living room and mentally communicate with a robot on the Moon.

This would be by far the cheapest way to have a permanent Moon base and that would be, to you the astronaut, communicating with a surrogate by radio...

More Articles

View All
Gee Pole | Yukon River Run
Mus: “Hy mush, mus! Oh, good job, hus! Job break! Break! This a nice trail right here. Hopefully it’ll stay this way, but I think we’re going to get into some rust country and a portage up there. We want to get up to our cabin. Laur and I want to get up t…
Senate checks on presidential appointments | US government and civics | Khan Academy
Presidents of the United States have many powers, but perhaps one of the most influential of these powers is the power of appointment. They can, of course, appoint members of their cabinet. They can appoint ambassadors, and they can appoint judges. We cou…
Did People Used To Look Older?
Hey, Vsauce! Michael here. At the age of 18, Carl Sagan looked like a teenager. But it doesn’t take long in an old high school yearbook to find teenagers who look surprisingly old. These people are all in their 20s, but so are these people. This is Elizab…
Types of health insurance plans | Insurance | Financial Literacy | Khan Academy
So there are three ways that you might be able to get yourself health insurance. The first way is that you just get it directly, and that would be an individual plan. You pay the premium, you get the insurance. The second way is, many employers will prov…
My Favourite ETFs? Where's my Tesla? (Q&A September 2020)
[Music] Hey guys, welcome back to the channel. In this video, we are going to be doing a Q and A video. I haven’t done one of these in a very long time, so thought why not today? Let’s sit down. I asked you if you had any questions over on Instagram, so i…
Even and odd functions: Find the mistake | Transformations of functions | Algebra 2 | Khan Academy
[Instructor] We are told Jayden was asked to determine whether f of x is equal to x minus the cube root of x is even, odd, or neither. Here is his work. Is Jayden’s work correct? If not, what is the first step where Jayden made a mistake? So pause this …