Silicon Run Lithography
Part of the Series: Silicon Run Series

Silicon Run Productions
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Silicon Run I
Part of the Series: Silicon Run Series
Silicon Run I uses live industrial footage to show the many processes necessary to manufacture microchips, including crystal growth, circuit design, and the wafer fabrication process for CMOS technology. Using close-ups of manufacturing processes and device animation, Silicon Run I provides a clear overview of front-end semiconductor manufacturing. It is…
Silicon Run Etch
Part of the Series: Silicon Run Series
This sixth video in the Silicon Run Series takes a close look at the etch process in semiconductor manufacturing, including chemical mechanical polish, or CMP. It shows how thin films of nonconductive, semiconductive, and conductive materials are sculpted into microchips. Following the fabrication process of a CMOS transistor, Silicon Run…
Silicon Run Implantation
Part of the Series: Silicon Run Series
Silicon Run Implantation takes a close look at the process of ion implantation. This video shows how ions are accelerated to high energies and directed into specific regions of the silicon substrate to change its molecular structure and alter its electrical properties. Silicon Run Implantation explores the various types of…
Silicon Run II
Part of the Series: Silicon Run Series
Silicon Run II explores manufacturing after the silicon wafers have been fabricated. This film reviews IC fabrication and continues by showing how IC wafers are tested, sorted, and packaged into individual microchips. These devices are then assembled onto the printed circuit boards used in personal computers. They are also seen…
Silicon Run Deposition
Part of the Series: Silicon Run Series
Silicon Run Deposition uses 3D atomic animation and live manufacturing footage to provide a detailed close-up look at the process of thin film deposition in CMOS fabrication. It shows the chemical and physical reactions that create the dielectric and conductive layers of an integrated circuit. Silicon Run Deposition examines the…
Silicon Run Lite
Part of the Series: Silicon Run Series
Silicon Run Lite combines key sequences and images from both Silicon Run I and Silicon Run II to show from the growth of silicon crystals through the assembly of a personal computer. Live industrial footage, microscopic filming, animation, graphics, and special effects give an up-close view of manufacturing. Silicon Run…
Resistance Is Useful: Semiconductors
Episode 22 of The Nature of Matter
How does a tiny piece of impure silicon launch an electronics revolution? Follow the development of semiconductors from the invention of the transistor in the 1940s to ever-smaller circuits that are now measured in nanometers. Along the way, discover how today's complex microchips are made.
Time’s Arrow
Embark on the quest that will occupy the rest of the course: Why is there an arrow of time? Explore how memory and aging orient us in time. Then look at irreversible processes, such as an egg breaking or ice melting. These capture the essence of the one-way direction of…
Reversibility and the Laws of Physics
Isaac Newton's laws of physics are fully reversible; particles can move forward or backward in time without any inconsistency. But this is not our experience in the world, where the arrow of time is fundamentally connected to irreversible processes and the increase in entropy.
Heat and Work
The first law of thermodynamics relates the internal energy of a system to the exchange of heat and mechanical work. Focus on isothermal (constant temperature) and adiabatic (no heat flow) processes, and see how they apply to diesel engines and the atmosphere.
Quantum Consciousness
Episode 13 of Redefining Reality
Can physics explain consciousness? Start with Descartes, who held the dualistic view that the mind and body are separate, and see how materialists countered that brain processes produce the mind. Then discover what physics has to say about free will, and probe the famous thought experiment involving Schrodinger's cat.
Electric Circuits
All electric circuits need an energy source, such as a battery. Learn what happens inside a battery, and analyze simple circuits in series and in parallel, involving one or more resistors. When capacitors are incorporated into circuits, they store electric energy and introduce time dependence into the circuit's behavior.