Dr. Nikolai “Kolya” Kuzmin is the Soviet physicist who solved sustained deuterium-helium-3 fusion confinement for spacecraft propulsion — the Kuzmin Drive, dated 2061 ES in the author’s canonical record. He spent eleven years on a single problem: not whether a fusion plasma could be confined (the Kurchatov Institute had demonstrated that in October 2035, sustaining D-He3 for 8.3 seconds), but whether it could be confined small enough, and steadily enough, to sit inside a ship.
His methodology was characterized by General Secretary Voskresensky as deliberately pre-computational: Kuzmin trusted physical bench tests over simulations, reportedly stating “that a model of a plasma is not a plasma, and that he would trust a bench that had failed nine hundred times over a simulation that had succeeded once. He was, on this point, correct, and it is worth remembering — for those who forget it — that being correct is not the same as being comfortable to work with.”
On 14 September 2062, a test article no larger than a delivery van produced sustained D-He3 fusion thrust for 112 continuous hours. Specific impulse exceeded 20,000 seconds — translating to a Mars transit time of weeks rather than months.
Kuzmin asked for another eighteen months of bench testing before any public date was fixed. The Central Committee denied that request, citing the North Korean Paektu-Sŏn programme and the broader competitive landscape. Voskresensky took responsibility publicly, preserving Kuzmin’s actual timeline by guaranteeing him the eighteen months before launch rather than before announcement, and put the disagreement on the public record: “I think it reflects well on him, and I am not certain it reflects well on us.”
Kuzmin did not appear on the November 2062 broadcast and made no public statement. The Kurchatov Institute’s press office issued one paragraph: “The reactor test results described by the General Secretary are accurate. The Institute has no further comment on the schedule.”
The Pobeda, built at the Kaluga Yard in lunar orbit from Zvezda base, is scheduled to depart for Mars by the spring 2065 transit window.