Videos tagged with "interesting" - page 10

Lightning in Super Slow Motion [VIDEO]

A clip from Discovery Channel's "Raging Planet" on the subject of lightning. If you find lightning a facinating and beautiful force, then check this clip out. The camera technology has gotten to where scientists have been able to record and playback a lightning strike at over 200X slower with really cool results.


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Published 6 months ago VXV
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Published 6 months ago VXV
8 views

Lightning in Super Slow Motion [VIDEO]

A clip from Discovery Channel's "Raging Planet" on the subject of lightning. If you find lightning a facinating and beautiful force, then check this clip out. The camera technology has gotten to where scientists have been able to record and playback a lightning strike at over 200X slower with really cool results.

How To Make A CPU [VIDEO]

How to make a CPU from scratch (any% speedrun glitchless):

1) Get a rock.
2) Smash the rock.
3) Now you have 98% concentrated silicon dioxide. Purify it to 99.9% pure silicon dioxide.
4) Purify it further to 99.9999999% polysilicon metal.
5) Put the polysilicon ingots into a crucible.
6) Heat the silicon ingots to 1698 °K.
7) Take a small seed monocrystal and dip it into the vat of molten silicon.
8) Slowly pull the crystal out as it cools.
9) Now, you've a monocrystal of pure silicon. Cut it into thin slices.
10) Now, you've got pristine freshly-cut silicon wafers. Optionally, dope them with Boron, Phosphorus or another dopant.
11) Put photoresist on the wafer.
12) Take a chromium-etched photo-lithographic quartz mask with your desired circuit pattern and shine a laser beam through it to project the circuit pattern onto the wafer.
13) The locations of the shadows produced by the photo-mask will control where the photo-resist is chemically changed on the surface of the


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Published 6 months ago VXV
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Published 6 months ago VXV
2 views

How To Make A CPU [VIDEO]

How to make a CPU from scratch (any% speedrun glitchless): 1) Get a rock. 2) Smash the rock. 3) Now you have 98% concentrated silicon dioxide. Purify it to 99.9% pure silicon dioxide. 4) Purify it further to 99.9999999% polysilicon metal. 5) Put the polysilicon ingots into a crucible. 6) Heat the silicon ingots to 1698 °K. 7) Take a small seed monocrystal and dip it into the vat of molten silicon. 8) Slowly pull the crystal out as it cools. 9) Now, you've a monocrystal of...