American Physical Society
American Physical Society Sites|APS|Journals|PhysicsCentral|Physics
 
Login| Become a Member|Contact Us
  • Publications
    • Journals of the American Physical Society
    • APS News
    • Physics
    • Physics Today
    • Capitol Hill Quarterly
    • Other APS Publications
    • Reciprocal Society Newsletters
  • Meetings & Events
    • March Meeting
    • April Meeting
    • Meeting Calendar
    • Abstract Submission
    • Archives of the Bulletin of the American Physical Society
    • Policies & Guidelines
    • Meeting Presentations
    • Virtual Press Rooms
  • Programs
    • Education
    • International Affairs
    • Physics Outreach
    • Women in Physics
    • Minorities in Physics
    • Prizes, Awards & Fellows
  • Membership
    • Join APS
    • Renew Membership
    • Member Directory
    • My Member Profile
    • Member Services
    • APS Units
  • Policy & Advocacy
    • Issues
    • Reports & Studies
    • APS Statements
    • Advocacy Tools
    • Advocacy Resources
    • Fellowships & Fellows
    • Contact APS Public Affairs
  • Careers In Physics
    • Physics Jobs
    • Becoming a Physicist
    • Career Guidance
    • Physics Careers Statistical Data
  • About APS
    • Mission Statement
    • Society Governance
    • Society History
    • Donate to APS
    • APS Jobs
    • Contact Us
Meetings & Events
  • March Meeting
    • Registration
    • Scientific Program
    • Housing
    • Events & Activities
    • Services & Support
    • Exhibits
  • April Meeting
  • Meeting Calendar
  • Abstract Submission
  • Archives of the Bulletin of the American Physical Society
  • Policies & Guidelines
  • Meeting Presentations
  • Virtual Press Rooms

Email Email   Print Print     Share Share
 
Home   |   Meetings & Events   |   March Meeting   |   Virtual Press Rooms   |   2011   |   Image Gallery   |   Solar Cell Enhancement

Solar Cell Enhancement

blue-gloved hand holding solar cell enhancement
Molecules that convert light from one color to another could improve the efficiency of solar cells, provided researchers can find better ways to handle them. 

Solar cells work best at creating electricity from specific colors of light, which means that much of the energy falling on a solar cell is wasted. Certain molecules can convert light to colors solar cells can handle, but the liquids in which the molecules are typically dissolved can be troublesome. Alternative liquids that are stable and safe over a wide temperature range could soon solve the problem. This image shows such a liquid containing molecules that convert red light to blue. 

Related Abstract

Gray arrow  Development of Phase Stable Organic Photon Upconverters

Reporters and Editors

Reporters may freely use this image. Credit format: Image courtesy of Yoichi Murakami/Tokyo Tech (2011).

Home | APS Jobs | Media Center | Terms of Use | Site Map

Follow APS: Feeds Facebook LinkedIn Wordpress Twitter Google Plus YouTube

© 2013 American Physical Society