Intro version C · photo frames
T3 Goal and obstacle
Stake: does his own silicon make a radio play (said by about 10 s), measured against the about 99.9999999% a real chip needs. Two LIVE doubts cut before the answer; finish previewed in the cleanroom without the LED result. About 27 s, story length per INTRO_RULES 1.8.
29.1 s, 8 beats

One handful of beach sand. How close can it get to a computer chip?
Shoot: Frame 0, readable by 2 s: A-cam medium, the real sand going into the jar, the opened phone in frame (pre-shoot 7). Also fly one drone wide of the beach (pre-shoot 9) as an alternate opener.

First, fire pulls the silicon out.
Shoot: The sand plus magnesium burn, run by professionals outdoors. Pre-shoot 1 (the setup whole, wide + close, before it lights) + 4 (second camera on his face); keep rolling to the end (6).

Then it has to make a radio play.
Shoot: Pre-shoot 1: the radio whole, wide + close, before it is ever tested. The detector may need the powder pressed into a pellet; test it before the shoot.

A real chip needs silicon about 99.9999999% pure.
Shoot: Edit graphic, nothing to film: the purity meter (the video's 'how pure is it now?' counter), 99.9999999% pops at the top on 'pure'.

ON CAMERAIs this even silicon?
Shoot: Pre-shoot 5 (his honest doubt on camera): the first time he sees the washed powder, B-cam close on his face (4).

ON CAMERAPlease work. Please work.
Shoot: Pre-shoot 5 + 4: right before a station comes through or does not; keep rolling (6). Cut before the answer.

It ends in a cleanroom, where I make a real chip.
Shoot: Finish preview, never the result. Pre-shoot 1: Hafu suited in the university cleanroom with the commercial wafer, BEFORE the chip is tested, never the LED lighting. Cleanroom partner not locked yet (go/no-go Nov 15).

ON CAMERAStarting with step one, digging up the sand.
Shoot: Pre-shoot 8 (the handoff on camera): say it on the beach; the first shovel push is the first frame of segment 1.