Skip to Content
U-M
//
LSA
//
Departments and Units
//
Majors and Minors
//
Support LSA
//
LSA Gateway
Keyword Search of cscs
Submit Site Search
Search
Keyword Search of cscs
Submit Site Search
Search
CSS Initiative
People
About Us
Research
News and Events
CSS Initiative
People
About Us
Research
News and Events
for
Undergraduate Students
Graduate Students
Alumni and Friends
U-M
LSA
Departments and Units
Majors and Minors
Support LSA
LSA Gateway
for
Undergraduate Students
Graduate Students
Alumni and Friends
Complex Systems Minor
Complex Systems Undergrad Courses
CS Undergrad Course Descriptions
Complex Systems Graduate Certificate
Graduate Courses
CSAAW
Gifts to CSCS
News and Events
All News
Archived News
2013
September 2013
Randomized Treatments May Be More Effective at Stopping Disease Outbreaks
...
Randomized Treatments May Be More Effective at Stopping Disease Outbreaks
News and Events
All News
Archived News
2013
September 2013
[X] close
News and Events
All News
Search News
Research Feature
News Archive
Faculty Congratulations
Archived News
Congratulations to CSCS Affiliated Faculty Member Yuen Yuen Ang
CSCS Affiliated Faculty Arun Agrawal elected to National Academy of Sciences
Rick L. Riolo 1950-2018
All Events
Randomized Treatments May Be More Effective at Stopping Disease Outbreaks
News and Events
All News
Search News
Research Feature
News Archive
Faculty Congratulations
Archived News
Congratulations to CSCS Affiliated Faculty Member Yuen Yuen Ang
CSCS Affiliated Faculty Arun Agrawal elected to National Academy of Sciences
Rick L. Riolo 1950-2018
All Events
Mathematicians have found that by varying the timing of treatments, doctors may be able to increase the odds that a disease outbreak will die off suddenly
by Calla Cofield
Tweet
Email
Release Date:
09/03/2013
Website:
scientificamerican.com/article.cfm?id=andomized-treatments-may-be-more-effective-at-stopping-disease
