First Draft of the EDVAC Report, 1945, united-states, princeton
Setting
A cluttered office at the Institute for Advanced Study in Princeton, New Jersey, filled with blackboards covered in diagrams, papers strewn across desks, and the hum of intellectual activity.
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.
TNGF
SELECTED
John von Neumann
primary
A middle-aged man of slight build, standing at about 5'7", with a high forehead, thinning dark hair combed back, and piercing dark eyes that convey both intensity and intellectual curiosity. His face is clean-shaven, and his hands are often in motion, gesturing as he speaks.
Herman Goldstine
secondary
A bespectacled man in his early 30s with a lean build, sharp features, and neatly combed dark brown hair. His intelligent eyes are framed by round glasses that reflect the light from the blackboard as he works.
Engineer
secondary
A wiry man in his late 30s with short, dark hair slicked back with pomade, a sharp nose, and keen eyes behind round wire-rimmed glasses. His hands are calloused from years of working with machinery, and he has a slight forward hunch from long hours at drafting tables.
Secretary
background
A young woman in her mid-20s, with a slender build and neatly styled shoulder-length brown hair. Her posture is upright, reflecting her professional demeanor, and she wears round, wire-rimmed glasses that occasionally slip down her nose as she works.
Dialog
John von Neumann
No, no, you misunderstand—the memory hierarchy must be treated as a continuum, not discrete banks! The bottleneck isn't storage capacity but access latency.
Engineer
Practically speaking, that means we'd need mercury delay lines with... no, wait—pulse synchronization would require—
Herman Goldstine
You see, if we treat the instruction stream as data itself—mathematically speaking, it gives us the stored-program concept we've been pursuing.
John von Neumann
Precisely! The universal machine isn't hardware—it's this equivalence between code and data. Goldstine, strike that last section about separate instruction drums.
Engineer
But the vacuum tube count—Christ, we're talking thousands just for the accumulator. The ENIAC team will think we've gone mad.
Herman Goldstine
Let them. This report will redefine computing—not as artillery tables, but as general-purpose logic machines.
John von Neumann
Enough about tubes! The architecture is pure information theory—implementation is tomorrow's problem. Now, about conditional branching...