Chapter
Exploring Quantum Computing: The Basics
05:58 - 12:13 (06:15)
This episode explains the basics of quantum computing, how it differs from classical computing, and how quantum processors are built.
Clips
Transistors work by changing the number of free electrons within a certain region of space, and adding a third terminal allows the current to be changed based on the voltage between the left and right terminals and the third voltage.
05:58 - 10:13 (04:15)
transistors
Summary
Transistors work by changing the number of free electrons within a certain region of space, and adding a third terminal allows the current to be changed based on the voltage between the left and right terminals and the third voltage.
ChapterExploring Quantum Computing: The Basics
Episode#225 – Jeffrey Shainline: Neuromorphic Computing and Optoelectronic Intelligence
PodcastLex Fridman Podcast
Moore's law has enabled increased performance in silicon microelectronic circuits by making the devices smaller at an incredible pace, leading to faster, more energy efficient computers with ever more computational power on the same size of chip.
10:13 - 12:13 (01:59)
Microelectronics
Summary
Moore's law has enabled increased performance in silicon microelectronic circuits by making the devices smaller at an incredible pace, leading to faster, more energy efficient computers with ever more computational power on the same size of chip.