Arthur R. von Hippel
A visionary scientist who laid the molecular groundwork for modern electronics, from radar to semiconductors.
1898–2003 (age 105)·German physicist·Birthday: November 19·The Lost Generation
Biography
Arthur von Hippel’s life was a century-long exploration of the invisible forces within matter. Born into an aristocratic German family, he fled the Nazi regime in the 1930s, bringing his formidable intellect to MIT. There, he pioneered an entirely new way of looking at materials, coining the term 'molecular engineering.' He insisted that to build better technology, you had to understand materials from the atoms up. During World War II, this approach proved vital; his work on dielectrics was crucial in developing the radar-absorbing materials used in Allied aircraft. After the war, he founded MIT’s Laboratory for Insulation Research, which became a cradle for interdisciplinary materials science. His team’s investigations into the electrical properties of solids—ferroelectrics, semiconductors, and ceramics—provided the fundamental knowledge that would fuel the semiconductor revolution. Von Hippel thought in sweeping, connective terms, seeing a direct line from atomic structure to societal impact, and he trained generations of scientists to see it too.
The Lost Generation
1883–1900
Came of age during World War I. Disillusioned by the carnage, they rejected the certainties of the Victorian era and built modernism from the wreckage — in art, literature, and politics.
Arthur was born in 1898, placing them squarely in The Lost Generation. The events that shaped this generation — world wars, depression, and rapid industrialization — shaped the world they entered and the choices available to them.
#1 When Arthur Was Born
The biggest hits of 1898
Arthur's Life & Times
The world at every milestone
1898Born
Spanish-American War; US emerges as a world power
President: William McKinley
1903Started school
Wright brothers achieve first powered flight
President: Theodore Roosevelt
1911Became a teenager
Triangle Shirtwaist Factory fire kills 146 in New York
President: William Howard Taft
1914Could drive
World War I begins
President: Woodrow Wilson
1916Could vote
The Battle of the Somme claims over a million casualties
President: Woodrow Wilson
1919Turned 21
Treaty of Versailles signed; Prohibition ratified
President: Woodrow Wilson
1928Turned 30
Alexander Fleming discovers penicillin; Mickey Mouse debuts
President: Calvin Coolidge"Ol' Man River" — Paul WhitemanBest Picture: Wings
1938Turned 40
Kristallnacht and the escalation toward WWII
Gas: $0.20/galHome: $2,850Min wage: $0.25/hrPresident: Franklin D. Roosevelt"Begin the Beguine" — Artie ShawBest Picture: You Can't Take It with You
1948Turned 50
Israel declares independence; Berlin Blockade begins
Gas: $0.26/galHome: $7,450Min wage: $0.40/hrPresident: Harry S. Truman"Twelfth Street Rag" — Pee Wee HuntBest Picture: Hamlet
1958Turned 60
NASA founded
Gas: $0.31/galHome: $11,050Min wage: $1.00/hrPresident: Dwight D. Eisenhower"Volare" — Domenico ModugnoBest Picture: Gigi
1968Turned 70
Martin Luther King Jr. and Robert Kennedy assassinated
Gas: $0.34/galHome: $14,950Min wage: $1.60/hrPresident: Lyndon B. Johnson"Hey Jude" — The BeatlesBest Picture: Oliver!
1978Turned 80
First test-tube baby born
Gas: $0.63/galHome: $35,300Min wage: $2.65/hrPresident: Jimmy Carter"Shadow Dancing" — Andy GibbBest Picture: The Deer Hunter
2003Died at 105
US invades Iraq; Human Genome Project completed
Gas: $1.59/galHome: $146,000Min wage: $5.15/hrPresident: George W. Bush"In Da Club" — 50 CentBest Picture: The Lord of the Rings: The Return of the King
Key Achievements
- Pioneered the field of molecular engineering and founded MIT's interdisciplinary Laboratory for Insulation Research.
- Made critical contributions to the development of radar technology during World War II through his work on dielectric materials.
- Authored the seminal textbook 'Dielectrics and Waves,' which shaped the education of a generation of materials scientists.
- His fundamental research on ferroelectric and semiconductor materials helped lay the foundation for modern solid-state electronics.
Did You Know?
He lived to be 105 years old, remaining scientifically active and publishing papers into his late 90s.
He was the father of renowned oceanographer and MIT professor Angelika von Hippel.
A great-uncle was the famous German surgeon and pathologist Friedrich von Recklinghausen.
The Arthur von Hippel Award is given in his honor by the Materials Research Society.
“We are entering an age of synthesis dominated by molecular engineering, where scientists will design materials atom-by-atom to serve specific functions.”
