In this biography
Quick facts
- Born
- 22 March 1931
- Died
- 18 July 2018
- Birthplace
- Brooklyn, NY, USA
- Country
- United States
- Nationality
- Not independently established
- Known for
- Developing SPEAR and co-discovering the J/psi resonance
Why this life matters
Developing SPEAR and co-discovering the J/psi resonance
Timeline
Key moments
Birth
Burton Richter was born in Brooklyn, NY, USA.
Psi resonance discovery
Coauthored the narrow-resonance report from the SPEAR collision-energy scan.
Nobel recognition
Received Nobel recognition for the work described in the official award record.
Training through apparatus and accelerators
Burton Richter was born in New York in 1931 and entered MIT in 1948. Francis Bitter introduced him to experimental research, while Martin Deutsch’s positronium work helped develop his interest in electron–positron systems. Graduate research brought him into accelerator operations as well as detector construction. Richter completed his doctorate in 1956 under L. S. Osborne, studying pion photoproduction. His autobiography makes the hands-on training important: students helped maintain the machine rather than treating an accelerator as an invisible source of ready-made data.
Building a collision programme
At Stanford, Richter investigated electromagnetic processes and joined work with Gerard O’Neill, William Barber and Bernard Gittelman on colliding beams. In 1963 Wolfgang Panofsky invited him to SLAC, where he developed plans for a higher-energy electron–positron facility. Funding for SPEAR finally arrived in 1970, and experiments began in 1973. The interval between concept, funding and operation is part of the scientific achievement. The storage ring and its detector created a programme able to scan energies and investigate unexpected production patterns.
A resonance found by scanning energy
In 1974 the SLAC–LBL collaboration reported a narrow resonance in electron–positron annihilation. The experiment varied collision energy and observed a sharply enhanced production rate. The group called the particle psi. Independently, Samuel Ting’s Brookhaven collaboration observed a narrow electron–positron mass resonance and named it J. These were different experimental routes to the particle now called J/psi. Richter and Ting shared the 1976 Nobel Prize in Physics for the discovery, which transformed the investigation of heavy-particle spectroscopy.
Research leadership beyond one discovery
Richter later became SLAC’s technical director and served as laboratory director from 1984 to 1999. His autobiography discusses the change from obtaining support for his own experiments to enabling a wider research community. He died in 2018. His career joins accelerator development, experimental discovery and institutional leadership. The resonance paper is a landmark, but its context includes the patient work needed to build a stable collision facility and interpret energy-dependent event rates. Those foundations explain why a narrow unexpected feature could be investigated rather than simply noticed.
Quick answers
Frequently asked questions about Burton Richter
- What was SPEAR?
- An electron–positron storage-ring facility that enabled energy-dependent production measurements.
- Why does the particle have two names?
- Richter’s collaboration used psi and Ting’s independent collaboration used J.
Keep exploring
Lives connected to this story
- Richard Feynman
Compare an experimental collision programme with theoretical accounts of particle interactions.
- Samuel Ting
Compare the independent Brookhaven pair-mass observation.
Sources and further reading
Explore the evidence
These references support the biography and offer further reading. Official records, first-person accounts and independent reporting provide different perspectives; image records document attribution and licensing.