Basics
Applications
Challenges
100

What does neuromorphic computing aim to mimic?

The human brain.

100

Name one field where neuromorphic computing is being used?

AI, Healthcare, robotics, self driving cars.

100

What is one major challenge in developing neuromorphic chips?

High cost and complexity in manufacturing. 

200

What is the primary building block of neuromorphic systems that mimics brain activity?

Artificial Neurons.

200

How does neuromorphic computing benefit healthcare?

By assisting in diagnostics and pattern recognition.

200

Why is it hard to integrate neuromorphic systems into current computers?

They are designed differently from traditional architectures.

300

What do artificial synapses in neuromorphic chips simulate?

Connections between neurons in the brain.

300

Which type of AI task is neuromorphic computing especially good at?

Pattern Recognition

300

What technical barrier limits neuromorphic systems’ growth?

Scaling up the number of artificial neurons and synapses.

400

What term describes how neuromorphic systems process information simultaneously, like the brain?

Parallel Processing.

400

What kind of robotics is powered by neuromorphic chips?

AI robotics.

400

What is a major challenge in training neuromorphic systems?

Developing efficient learning algorithms.

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