Students - NSF OPAL

- NSF OPAL System
  The proposed NSF OPAL system parameters and capabilities significantly extend the current state of the art in ultrahigh peak power, ultrafast lasers and will serve national and international research communities for decades to come.
- System
  - Capabilities
  - Main Target Chamber
- Frontier Science
  NSF OPAL will allow the creation and study of extreme physical conditions, such as ultrahigh electromagnetic fields, temperatures, and pressures that represent the frontier of science in studying matter in the Universe.
  
  Learn More
- Frontier Science Working Groups
- People
  Led by principal investigators from the nation’s leading universities, the NSF OPAL team is working to design and prototype the key technologies necessary for a state-of-the-art laser facility.
- People
  - Principal Investigators
  - Project Team
- News and Events
  NSF OPAL news, event updates, media and publications.
- News and Media
  - News
  - Events
  - Publications
- Get Involved
  Discover different ways to stay involved with the NSF OPAL project.
- GET INVOLVED

Resources

Project Management | Design | Prototyping | Students

Students

Nyaradzo Valery Mararanje

Undergraduate Student, Project Team
University of Rochester

Adrian Hosak

Graduate Student, HFP/QED

University of Rochester

Misha Lopez

Student, HFP/QED

Thomas De Vos

Graduate Student, HFP/QED

University of Rochester

Reshad Rahman

Student, HFP/QED

Sapan Karki

Student, HFP/QED

Emily Dill

Student, HFP/QED

Amanda Elliott

Graduate Student, PAALS
University of Rochester

Abram Konzel

Graduate Student, PAALS
University of Rochester

Lavonne Mack

Graduate Student, PAALS
University of Rochester

Elias Dubroff

Undergraduate Student, PAALS
University of Rochester

Manfred Ambat

Graduate Student, PAALS
University of Rochester

Isabelle Settle

Undergraduate Student, PAALS
University of Rochester

Hunter Markland

Graduate Student, PAALS
University of Rochester