The video explores the role of transistors in modern technology, highlighting their evolution from vacuum tubes to silicon-based devices. It discusses the components of transistors and the importance of channel length for efficiency and speed. As silicon transistors face limitations due to size constraints, the video introduces 2D materials like molybdenum disulphide (MOS2) as potential alternatives. These materials offer benefits such as reduced power consumption and improved control over electron flow. Despite manufacturing challenges, MOS2 and similar materials could drive future advancements in electronics.

What is the primary function of a transistor in digital logic?

• To act as an electrical switch

• To store data

• To amplify sound

• To generate electricity

What material is being considered as a promising alternative to silicon for transistors?

• Graphene

• Copper

• Molybdenum disulphide (MOS2)

• Aluminum

Which component of a transistor controls the flow of electricity?

• Source

• Drain

• Channel

• Gate

Why is the length of the channel in a transistor important?

• It determines the color of the transistor

• It affects the speed and efficiency of the transistor

• It controls the temperature of the transistor

• It influences the weight of the transistor

What is a major limitation of silicon transistors as they become smaller?

• They lose their color

• They become heavier

• Short channel effects occur

• They become more expensive

What phenomenon allows electrons to appear on the other side of a barrier in quantum mechanics?

• Absorption

• Reflection

• Diffusion

• Tunneling

What is a benefit of using smaller transistors in circuits?

• They allow for more complex circuitry

• They require more power

• They are easier to see

• They are more colorful

How does MOS2 help in controlling the channel in a transistor?

• By having a perfect sheet structure

• By being a poor conductor

• By increasing the channel's width

• By being a thicker material

What is a challenge in using MOS2 for transistors?

• It is not conductive enough

• It is difficult to manufacture at scale

• It is too heavy

• It is too expensive to produce

What is a potential issue with miniaturizing copper connections in transistors?

• They require less power

• They become too flexible

• They take too much power to force electrons through

• They become more colorful