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First integrated circuit demonstration by Jack Kilby at Texas Instruments

Jack Kilby is demonstrating the first integrated circuit to a group of skeptical engineers at Texas Instruments, explaining how this tiny silicon chip could revolutionize electronics.

Setting

Texas Instruments research lab, a clean but utilitarian space with long workbenches and testing equipment. The room has large windows letting in afternoon light, with blackboards covered in circuit diagrams and equations.

Characters

The figures in this scene as an entity network — co-presence links everyone in the moment; speakers who trade lines are bound tighter. Turn the resolution dial to reveal depth the engine actually computed.

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SELECTED
Jack Kilby
primary
A lean, middle-aged man with short, neatly combed brown hair and wire-rimmed glasses. His face shows the wear of long hours in the lab, with faint lines around his eyes and mouth. His hands are steady and precise, accustomed to delicate work.
Senior Engineer
secondary
A grizzled engineer with a receding hairline and sharp, skeptical eyes. His face is lined with the marks of years spent troubleshooting circuits and questioning new ideas.
Junior Engineer
secondary
A fresh-faced technician with a short, neatly combed haircut and a clean-shaven face. His wire-rimmed glasses reflect the lab's fluorescent lights as he leans in with intense focus.
Lab Assistant
background
A young, clean-shaven man with short, neatly combed hair and wire-rimmed glasses. His white lab coat is crisply pressed, and his hands move with precise, economical motions.

Dialog

Jack Kilby Now you see, this little fellow here replaces all these discrete components - resistors, capacitors, transistors - all fabricated together on one piece of semiconductor material.
Senior Engineer That's one hell of a claim, Kilby. How do we know it won't fail under load like those germanium transistors last year?
Jack Kilby Well, silicon's more stable for starters. And the monolithic construction eliminates all those unreliable hand-soldered connections you see in conventional circuits.
Junior Engineer Gosh, Mr. Kilby - does this mean we could put a whole computer's worth of circuits on something the size of a... a postage stamp someday?
Jack Kilby That's exactly the idea, son. Smaller, faster, more reliable - and eventually cheaper to manufacture than wiring up all these components by hand.
Senior Engineer Assuming you can get the yields up. What's your defect rate on these so far?
Jack Kilby We're improving every batch. But even at current yields, you see, the reliability gains outweigh the costs for military and aerospace applications.

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