Programmable Matter and Its Applications

Michio Kaku discusses futuristic inventions like invisibility cloaks and shape-shifting materials. He introduces programmable matter, which can change form and function through tiny computer chips called catoms. These catoms, developed by Intel, could revolutionize how we create objects, potentially allowing us to form complex structures like cities with the push of a button. While currently large, advancements are being made to make them microscopic and powerful, akin to science fiction scenarios.

What is one of the futuristic inventions mentioned that is similar to a popular fictional item?

• Time machine

• Teleportation device

• Invisibility cloak

• Flying cars

Which movie is referenced as an example of shape-shifting technology?

• Inception

• Terminator II

• The Matrix

• Avatar

What is the term used for matter that can change its properties with a button press?

• Dynamic matter

• Programmable matter

• Reactive matter

• Smart matter

What is the key component that allows programmable matter to change its form?

• Microchips

• Nanotubes

• Catoms

• Quantum dots

What is the potential power of each catom compared to?

• A calculator

• A personal computer

• A supercomputer

• A smartphone

Which company is leading the research into programmable matter?

• Apple

• Microsoft

• Intel

• Google

What is the potential future application of programmable matter mentioned in the video?

• Enhancing communication networks

• Developing new energy sources

• Creating virtual reality environments

• Building entire cities

What is the size of the current catoms being developed?

• Size of a dust particle

• Size of a molecule

• Size of a head of a pin

• Size of a grain of sand

What is the main challenge in developing programmable matter?

• Material durability

• Energy consumption

• Size of the catoms

• Cost of production

Which popular media is mentioned as an example of programmable matter?

• Star Wars

• The Avengers

• Transformers

• Harry Potter