CSHL Archives Repository

Preserving and promoting the history of molecular biology.

The Repository

Contains over 380,000 online documents from Nobel laureates' James D. Watson's and Sydney Brenner's personal collections. These collections consist of correspondence, manuscripts, photographs, laboratory notebooks, administrative records, teaching files & memorabilia.

The repository and metadata were created in part, through a two-year grant funded collaboration with the Wellcome Library's Codebreakers: Makers of Modern Genetics digitization project.

Finding Aids for the majority of the 53 collections on the history of molecular biology are available on our CSHL Archives and Digital Collections websites.

The Collections

James D. Watson

The James D. Watson Collection consists of over 500 manuscript boxes of materials documenting the life and career of James D. Watson, co-recipient of…

Sydney Brenner

The Sydney Brenner Collection consists of over 300 manuscript boxes of materials documenting the life and career of Dr. Sydney Brenner, co-recipient…

Features

Explore all 380,000+ documents of the James D. Watson and Sydney Brenner Collections using the "People & Topics" tagging system, which consists of over 14,000 tags.

Build your own private selections lists, tags and notes. Login/register to see this functionality.

Support

Scholars are encouraged to contact our archivists with research questions, obtaining rights to use materials or to schedule an appointment.


A.C. Barrington Brown Photos

Photographic prints of Watson and Crick at the Cavendish laboratory posing with the double helix model shortly after their discovery was announced. …

Birthday Card - 60th

Birthday card from Leslie Orgel and others to Sydney Brenner.

Indiana University Graduate School Certificate of Admission

James D. Watson's Admission Certificate to study zoology at Indiana University.

"Homage a Crick et Watson" by Salvador Dali

Photographic print copy of a collage created by Salvador Dali which features Watson, Crick, and the double helix