Skip to main content
Skip to search
AAAS
AAAS
AAAS
AAAS
Menu
WHO WE ARE
Submenu toggle
Mission and History
Our Programs
Statements
AAAS News
Science Journals
Governance
AAAS Fellows
Awards
Careers at AAAS
Contact Us
Explore Our Programs
WHAT WE DO
Submenu toggle
OUR FOCUS AREAS
Advocacy for Evidence
Careers in STEM
Diversity, Equity & Inclusion
Federal Science Budget Analysis
Human Rights, Ethics & Law
Public Engagement
Science Diplomacy
Science Education
Shaping Science Policy
Resource Center
GET INVOLVED
Submenu toggle
Membership
Events
Support AAAS
Fellowships
Careers
Training Sessions
Awards
Annual Meeting
Support AAAS
MEMBERSHIP
Submenu toggle
Why Join
Become a Member
Gift a Membership
Renew
Member Benefits
Connect
Member Login
FAQ & Support
Search
Search
Search
Search
Quick Links
GIVE
RESOURCE CENTER
PROGRAMS
NEWS
EVENTS
MEMBER LOGIN
JOIN
External Links
AAAS Communities
SCIENCE CAREERS
SCIENCE FAMILY OF JOURNALS
More AAAS Sites
You are here
Home
disciplines
life sciences
physiology
neurophysiology
systems neuroscience
Life sciences/Physiology/Neurophysiology/Systems neuroscience/Neural networks
Erik Winfree studies the computational components of DNA
<em>Science</em>: 3-D Printed Materials Resemble Biological Tissues