Very lifelike.

lifelike behavior which in this case is replication.

But they have lifelike properties, is the point.

Most of these don't contain DNA, but yet they have lifelike properties.

So we worked very hard to make them as lifelike as possible.

But when I saw this, I was really fascinated, because it seemed lifelike.

What's the dividing line between when that is lifelike and when it really is alive?

Jobs are a consequence of a circle of lifelike feedback loop between customers and businesses.

This is just a sack of chemicals that is able to have this interesting and complex lifelike behavior.

But the beauty of video games today lies not in the lifelike graphics, the vibrating joysticks or virtual surround sound.

And he went out of his way to say that he was not saying this was lifelike, or a new kind of life.

At the MIT Media Lab, double amputee Hugh Herr has pioneered biomechatronics, which combines biology, mechanical engineering, and electronics to invent efficient, lifelike prosthetics.

Soon to follow formalin, color preserving embalming solutions were developed to preserve lifelike color and flexibility to aid in the study of the body.

The PC method was simple and inexpensive, but the plastinated specimens (PN method) were more flexible, durable, and lifelike than those preserved by the PC method.

So we start simple, we make some structures that may have some of these characteristics of life, and then we try to develop that to become more lifelike.

So we start simple, we make some structures that may have some of these characteristics of life, and then we try to develop that to become more lifelike.

So the challenge then is, throw away all your pure chemicals in the lab, and try to make some protocells with lifelike properties from this kind of primordial ooze.

Artist Theo Jansen demonstrates the amazingly lifelike kinetic sculptures he builds from plastic tubes and lemonade bottles. His creatures are designed to move and even survive on their own.

So the challenge then is, throw away all your pure chemicals in the lab, and try to make some protocells with lifelike properties from this kind of primordial ooze.

And I think that's something that people have talked about for 20 years you know, that 3D, that lifelike environments are really important in some magical way to us.

Now, this doesn't have a brain, it doesn't have a neural system. This is just a sack of chemicals that is able to have this interesting and complex lifelike behavior.

Over the next two years, Von Hagens developed the Körperwelten (BODY WORLDS) public exhibitions, showing whole bodies plastinated in lifelike poses and dissected to show various structures and systems of human anatomy.

The simulated environment can be similar to the real world in order to create a lifelike experience for example, in simulations for pilot or combat training or it differs significantly from reality, such as in VR games.

In the laboratory what we want to do is much the same, but with on the order of tens of different types of molecules so a drastic reduction in complexity, but still trying to produce something that looks lifelike.

In the laboratory what we want to do is much the same, but with on the order of tens of different types of molecules so a drastic reduction in complexity, but still trying to produce something that looks lifelike.

What if we were able to use that same type of technology to beam a representation of our loved ones into our living rooms interacting in a very lifelike way based on all the content they created while they were alive?

What if we were able to use that same type of technology to beam a representation of our loved ones into our living rooms interacting in a very lifelike way based on all the content they created while they were alive?

So since we can make some interesting protocells that we like, interesting colors and interesting behaviors, and they're very easy to make, and they have interesting lifelike properties, perhaps these protocells have something to tell us about the origin of life on the Earth.

If we couple the first two the body and the metabolism we can come up with a system that could perhaps move and replicate, and if we coupled these now to inheritable information, we can come up with a system that would be more lifelike, and would perhaps evolve.

If we couple the first two the body and the metabolism we can come up with a system that could perhaps move and replicate, and if we coupled these now to inheritable information, we can come up with a system that would be more lifelike, and would perhaps evolve.

So the way this works is, you have a simple system of five chemicals here, a simple system here. When they hybridize, you then form something that's different than before, it's more complex than before, and you get the emergence of another kind of lifelike behavior which in this case is replication.