1966

Nobel Prize in Physics

Alfred Kastler

Kastler invented optical pumping: using light to push atoms into particular spin states, like a shepherd herding a flock into a specific corner of a field. The technique became foundational to atomic clocks, masers, and laser spectroscopy — a simple, non-destructive way to interrogate matter that turned out to be useful in almost every area of precision physics.

Nobel Prize in Chemistry

Robert S. Mulliken

Mulliken developed the molecular orbital theory of chemical bonding, in which electrons belong to the whole molecule rather than any individual atom — a quantum-mechanical framework applicable to complex polyatomic molecules that valence-bond theory could not easily reach. He coined the word "orbital" in its chemical sense.

Nobel Prize in Physiology or Medicine

Peyton Rous · Charles B. Huggins

Rous demonstrated in 1910 that a virus could cause cancer in chickens — a result so unfashionable that the prize arrived 55 years late, when he was 87. Huggins showed that prostate cancer cells depend on male sex hormones and can be controlled by removing that supply, establishing that at least some cancers are not autonomous but responsive to their chemical environment.

Nobel Prize in Literature

Shmuel Agnon · Nelly Sachs

The prize was split between Agnon, whose Hebrew fiction wove together the sacred and secular textures of Jewish life in eastern Europe and Palestine, and Sachs, a German Jewish poet who escaped the Holocaust on the last available Swedish visa and spent the rest of her life writing about what had been destroyed. Both wrote from inside a rupture.

Inaugural ACM A.M. Turing Award

ACM A.M. Turing Award

Alan J. Perlis

The first Turing Award went to Alan Perlis, a founder of computer science education at Carnegie Mellon, for his work on advanced programming techniques and compiler construction — including his role in creating ALGOL, the language that most modern structured programming languages ultimately descend from. The prize was named for Alan Turing, who had died in 1954 and received no comparable recognition during his lifetime.

Fields Medal

Fields Medal

Michael Atiyah · Paul J. Cohen · Alexander Grothendieck · Stephen Smale

Atiyah was recognised for the index theorem connecting analysis and topology; Cohen for proving the continuum hypothesis independent of the axioms of set theory, settling a question Cantor had raised in 1878; Grothendieck for reconstructing algebraic geometry from the ground up using schemes and cohomology; and Smale for the h-cobordism theorem and the Poincaré conjecture in dimensions five and higher. It was a vintage year for the medal.

Luna 9 achieves first soft landing on the Moon

On 3 February 1966, the Soviet Luna 9 bounced to a stop in the Ocean of Storms, transmitting nine panoramic photographs over three days — the first images ever taken on the surface of another world. The photographs settled a long-running argument: the lunar surface was solid enough to support a spacecraft, not a deep layer of electrostatic dust into which a lander would simply sink.

Venera 3 becomes first spacecraft to reach the surface of another planet

On 1 March 1966, Venera 3 impacted the surface of Venus — the first human-made object to reach the surface of another planet. Communication had been lost before atmospheric entry, so no scientific data were returned; but as demonstrations that interplanetary navigation is possible, silent arrivals count.

Surveyor 1: first American soft landing on the Moon

On 2 June 1966, NASA's Surveyor 1 touched down in Oceanus Procellarum and transmitted over 11,000 photographs — confirming that the surface was firm enough to support the weight of an Apollo lander. This was not a trivial question; some scientists had genuinely worried that the Moon might be carpeted in deep, treacherous dust.