Skip to main content
Shape Copy 6Shape Copy 18ShapeShapenext month copynext month
A. James Clark School of Engineering, University of Maryland
Home
  • eng.umd.edu
  • Calendar
  • Faculty Directory
  • Contact
  • Give
  • About MEII
    • Director
      • Book Chapters and Featured Articles
      • Electrochemical Materials & Interfaces Publications
      • SOFC publications
      • Solid State Battery Publications
    • Associate Director
      • Albertus Lab
      • Open Positions
      • Research Projects
    • Advisory Board
    • SB 313
    • SB460
    • Publications
  • Expertise
    • Advanced Materials
    • Decarbonization
    • Energy Economics
    • Energy Efficiency
    • Energy Policy
    • Energy Safety & Reliability
    • Energy Storage
    • Fuel Cell Technology
    • Renewables
  • Research
    • Energy Centers
    • Faculty
    • Energy Chair
    • Facilities
    • UISEC
  • Innovation
    • Start Ups
    • Incubators
    • Maryland Commerce
    • Patents
  • Outreach
    • Courses
    • DC Climate Week
    • EnergyExplorers
    • Engagement
      • IPHE Outreach Event 2023
        • IPHE Registration
      • SustainabilityDay
    • Get Involved
    • Jobs
    • Links/Resources
  • News
    • Press Releases
  • Finance
    • Maryland Clean Energy Center
    • Funding Opportunities
      • Energy Seed Grant
      • Harry K. Wells Fellowship
      • Hulka Fellowship
    • Investment Committee
  • eng.umd.edu
  • Calendar
  • Faculty Directory
  • Contact
  • Give
  • Faculty Directory
  • Resources
  • Maryland Clean Energy Center
  • Facebook
  • Twitter
  • Youtube
  • Linkedin
  • Home
  • News
  • Leite Nanophotonics Research Featured on...

News Story

Leite Nanophotonics Research Featured on Advanced Optical Materials Cover

news story image

Metallic nanostructures research conducted by Professor M. Leite (MSE, IREAP, UMERC) and team is featured on the cover of the January 4, 2017 issue of Advanced Optical Materials.

The Leite team developed a platform to produce fully alloyed metallic nanostructures with engineered optical properties, which can be used in a wide range of nanophotonics applications. This will allow researchers to design nanoscale building blocks for devices ranging from energy harvesting systems to colored displays.

Published January 5, 2017

Recent Stories

Browse All News

Stories / Oct 21, 2026

TEDx Talk Spotlights UMD’s Work to Improve Energy Efficiency...

news story image

Stories / Oct 19, 2026

UMD Team Develops More Efficient Heat Pump for Wood Drying

news story image

Stories / Sep 23, 2026

Alchemity receives Breakthrough Energy Fellowship

news story image

Stories / Sep 15, 2026

Professor Lucy Qiu weighs in on statewide policy for data...

news story image

Stories / Sep 14, 2026

UMD Copper Ink Startup Receives Strategic Investment from E Ink

news story image

Stories / Sep 10, 2026

University of Maryland Researchers Develop Three Materials...

news story image

Stories / Sep 4, 2026

Strain Sensors for Early Detection of Thermal Runaway in...

news story image

Stories / Sep 1, 2026

CALCE Research Featured in Batteries Editor's Choice Articles

news story image

Stories / Aug 24, 2026

Two UMD engineering professors named to Technical.ly's 2026...

news story image

Stories / Aug 24, 2026

UMD Hosts Teachers for a Summer of Sustainable Cooling Research

news story image
  • Faculty Directory
  • Resources
  • Maryland Clean Energy Center
  • Facebook
  • Twitter
  • Youtube
  • Linkedin
  • Privacy Policy
  • Accessibility
  • umd.edu
© 2026 University of Maryland