Revolutionary Geometric Programming: The Perspex System

The video introduces Perspex, a method for writing computer programs as geometric structures, making them resistant to corruption. Unlike traditional programs, Perspex can continue functioning even when heavily damaged. It operates similarly to a neural network, bridging gaps and developing solutions. The system's spatial properties link geometry to the physical world, offering significant benefits to robotics by enabling programs to search for better solutions beyond the capabilities of standard neural networks.

What is the primary advantage of writing programs as geometric structures in the Perspex system?

• They run faster.

• They use less memory.

• They are more resistant to corruption.

• They are easier to read.

How does the Perspex system handle program damage?

• It stops running immediately.

• It continues running despite damage.

• It restarts the program.

• It alerts the user to fix the issue.

In what way is the Perspex system similar to a neural network?

• It requires the same hardware.

• It has the same speed.

• It can bridge gaps in a program.

• It uses the same programming language.

What is one potential benefit of the Perspex system in robotics?

• It reduces the cost of robots.

• It increases the speed of robotic movements.

• It improves the physical design of robots.

• It helps in finding better solutions automatically.

How does the Perspex system differ from traditional neural networks in finding solutions?

• It requires less training time.

• It uses a different programming language.

• It finds solutions that were previously unavailable.

• It uses more data.