Kaku predicts that perhaps in 100 years we may be able to put together nanotechnology in the form of a device called the replicator. Nanotechnology consists of tiny robots with the ability to manipulate molecules, which is exactly the intent. Put simply, the replicator, or molecular assembler, is meant to take one thing and turn it into another. He argues the root to a Utopia is the battle over scarcity, and wonders “what happens when you have infinite abundance? What happens when you simply ask and it comes to you?”. Well, the replicator would do just that. Those very tiny robots would break down materials from one thing and turn it into something you need; it’s the kind of stuff you see in movies! But actually, the idea came from the movie Star Trek, whose replicator was used to provide them what they needed. In the movies, it seems like such a useful and positive tool, but is that possible in our reality to use it as
Kaku predicts that perhaps in 100 years we may be able to put together nanotechnology in the form of a device called the replicator. Nanotechnology consists of tiny robots with the ability to manipulate molecules, which is exactly the intent. Put simply, the replicator, or molecular assembler, is meant to take one thing and turn it into another. He argues the root to a Utopia is the battle over scarcity, and wonders “what happens when you have infinite abundance? What happens when you simply ask and it comes to you?”. Well, the replicator would do just that. Those very tiny robots would break down materials from one thing and turn it into something you need; it’s the kind of stuff you see in movies! But actually, the idea came from the movie Star Trek, whose replicator was used to provide them what they needed. In the movies, it seems like such a useful and positive tool, but is that possible in our reality to use it as