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BioColin Stinson protects and provides access to one of the world’s greatest collections of materials on war, revolution, and peace. His focus is the intralogistics related to mass-digitization and conservation science (cultural heritage). Colin has a double master’s degree in sculpture + photography and a wide range of museum collections and exhibitions experience, which includes the successful completion of a multi-year project at Stanford’s Cantor Arts Center to digitize the museum’s encyclopedic collection, the reinstallation of the Museum of Modern Art in New York, and the development of an installations department at UC Davis’ Shrem Museum. He has been responsible for the care and handling of objects at the Anderson Art Collection, (now a dedicated museum building on campus), and spent a portion of his career at a product design engineering firm founded by former leaders in Apple’s industrial design and engineering teams.

Contact Info
- 550 JANE STANFORD WAY
- Stanford University
- STANFORD, California 94305
cstinson@stanford.edu

Edward Stinson

Thelma and Henry Doegler Professor of Cardiovascular Surgery, Emeritus

BioHire date July 1, 1969. Retirement and conferment of Emeritus Professor status September 1, 1998.

Contact Info
- (650) 723-5771 (office)
ebslah@stanford.edu

Evan Patrick Stinson

Undergraduate, Communication

Contact Info
estins33@stanford.edu

Deborah Stipek

Judy Koch Professor of Education, Emerita

Current Research and Scholarly InterestsEarly childhood education (instruction and policy), math education for young children

Contact Info
- School of Education
- Stanford, California 94305-3096
Mail Code: 3096
(650) 725-7412 (fax)
stipek@stanford.edu

Ivana Stiperski

Affiliate, Mechanical Engineering - Flow Physics and Computation

BioIvana is a professor of Atmospheric Turbulence at University of Innsbruck, Austria. She got her PhD from the University of Zagreb, Croatia. Her research focuses on the effects of terrain complexity on the atmospheric flows at different scales. On the turbulence scale she and her team work on formulating a generalized theory of surface-layer turbulence based on anisotropy through her ERC Consolidator Grant "Unicorn". This new framework allows the classic turbulence theories to be extended to conditions outside of their range of applicability. On the local and mesoscale she studies thermally driven flows (katabatic flows over glaciers and non-glaciarized environments), as well as dynamically driven flows (bora and foehn winds and gravity waves). Her main research tool are turbulence field observations collected over a wide range of very complex settings (e.g., mountains, glaciers, ice-cliffs, caves). She also participated and organized a number of field experiments (T-Rex, i-Box, SEECAP, HEFEX, HEFEX II, TEAMx). Her teaching includes introductory and advanced atmospheric sciences courses, especially boundary layer meteorology courses on Bachelor and Master level.