History of Moores Law
Silicon and Transistors
Future of Computing
Famous Predictions & Limits
Modern Chips & Technology
100

Who formulated Moore’s Law in 1965?

Gordon Moore

100

What material is the primary basis for modern computer chips?

Silicon

100

Moore’s Law might slow down, but what is one alternative way to improve performance?

Parallel computing / More cores / Quantum computing

100

Moore’s Law predicts the growth of what on a chip?

Number of transistors 


100

Which company produces the famous “Core” CPU series?

Intel

200

In which company did Moore work when he formulated the law?

Fairchild Semiconductor

200

What component on a chip doubles according to Moore’s Law?

Transistor

200

Name a technology that could replace traditional silicon chips in the future.

Quantum computing / Optical computing / Graphene chips

200

What is the approximate transistor count of a modern high-end CPU in 2023?

Tens of billions

200

Which company is known for advanced chip manufacturing with TSMC?

Taiwan Semiconductor Manufacturing Company 

300

How often did Moore originally predict the number of transistors on a chip would double

Every year

300

What physical effect limits how small a transistor can be made?

Quantum tunneling

300

What is the predicted transistor size for near-future chips (~2025–2030)?

1–2 nm

300

What is the term used for the approaching physical limits of silicon scaling?

End of Moore’s Law / Silicon limit

300

What does “nm” stand for when describing chip technology?

Nanometer

400

In what year did Moore revise his prediction to every two years?

1975

400

What process is used to etch transistors onto silicon wafers?

Photolithography

400

Which type of computing uses quantum bits instead of transistors?

Quantum computing

400

Which physicist famously said “we are reaching atomic limits” in transistor scaling?

Richard Feynman (in a sense, his ideas inspired nanotechnology)

400

Name one modern CPU or GPU with tens of billions of transistors.

Apple M1/M2, NVIDIA A100, Intel Xeon

500

Name one early microprocessor that exemplified Moore’s Law in the 1970s.

Intel 4004

500

Name one alternative material being researched to replace silicon.

Graphene / Carbon nanotubes / Gallium arsenide

500

Name one limitation that Moore’s Law will never solve, even with smaller transistors.

Energy efficiency / Heat dissipation / Quantum limits

500

Name one challenge of making transistors smaller than 3 nm.

Heat dissipation / Quantum tunneling / Manufacturing defects

500

What is the term for stacking transistors vertically to increase density?

3D transistor / FinFET / 3D stacking

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