BEST High School Student and Teacher Research Program

Broad Exposure to Science & Technology

The B.E.S.T. Program is a six-week, paid summer program designed to engage and share the sciences and technologies that support LLE’s research with students and teachers from the Rochester City School District.

The annual summer program, held at East High School and LLE, exposes the student and teacher cohort to the many different areas of science and technology research that support LLE’s mission including; laboratory safety, optical microscopy, spectroscopy, magnetic technologies, illustrations and graphic design, technical communications, light polarization and liquid crystal applications, high-energy-density physics, diffraction grating applications, electrical technologies, building operations and maintenance, database applications, code development, theoretical physics, laser holography, OMEGA facility operations, light–matter interaction, and the technology trades.

This broad exposure helps guide students in their pursuit of STEM fields and encourages them to explore STEM careers, while teacher participation equips educators with relevant knowledge and experience that can be added to their curricula.

Program Structure

  • Laser Systems
  • Optics
  • Electronics
  • Chemistry
  • Optical Microscopy
  • Spectroscopy
  • Holography
  • Grating Applications
  • Liquid Crystals
  • Laboratory Safety
  • The BEST Program typically involves a six-week commitment, during which students will:
    • -Participate in hands-on learning activities
    • -Engage with new material through lectures and lessons
    • -Participate in group activities and discussions
    • -Network with LLE staff, scientists, technicians, engineers, and other students
    • -Develop notes and reflections and contribute to a group presentation in summary of the topics covered in the program

    Benefits of the LLE BEST Program:

    • –Hands-On Experience: Gain valuable practical experience in a research setting.
    • –Skill Development: Develop essential research skills, such as problem-solving, critical thinking, and data analysis.
    • –Networking Opportunities: Connect with leading scientists and industry professionals.
    • –College Preparation: Build a strong foundation for future academic and career pursuits.
    • –Personal Growth: Develop confidence, leadership, and teamwork skills.

Program Highlights

Collaborative Research:

Work alongside LLE scientists on cutting-edge research projects in fields like laser physics, plasma physics, and materials science.

Mentorship:

Benefit from personalized guidance and support from experienced researchers.

Educational Workshops:

Attend workshops on topics such as experimental design, data analysis, and scientific communication.

Career Exploration:

Gain insights into potential career paths in science and technology.

College Preparation:

Develop essential skills for college applications and success.

Program Structure

  • The BEST Program typically involves a [number]-week commitment, during which students will:
    • -Participate in on-site research projects at LLE.
    • -Attend educational workshops and seminars.
    • -Engage in group activities and discussions.
    • -Network with LLE scientists and other students.
    Benefits of the LLE BEST Program:
    • -Hands-On Experience: Gain valuable practical experience in a research setting.
    • -Skill Development: Develop essential research skills, such as problem-solving, critical thinking, and data analysis.
    • -Networking Opportunities: Connect with leading scientists and industry professionals.
    • -College Preparation: Build a strong foundation for future academic and career pursuits.
    • -Personal Growth: Develop confidence, leadership, and teamwork skills.

Areas of Focus

Laser Systems
Optics
Electronics
Chemistry
Optical Microscopy
Spectroscopy
Holography
Grating Applications
Liquid Crystals
Laboratory Safety
Laser Systems
Optics
Laser Systems
Optics
Laser Systems
Electronics
Optics
Laser Systems
Electronics
Chemistry
Optics
Laser Systems
Electronics
Chemistry
Optical Microscopy
Optics
Laser Systems
Electronics
Chemistry
Optical Microscopy
Spectroscopy
Optics
Laser Systems
Electronics
Chemistry
Optical Microscopy
Spectroscopy
Holography
Optics
Laser Systems
Electronics
Chemistry
Optical Microscopy
Spectroscopy
Holography
Grating Applications
Optics
Laser Systems
Electronics
Chemistry
Optical Microscopy
Spectroscopy
Holography
Grating Applications
Liquid Crystals
Optics
Laser Systems
Electronics
Chemistry
Optical Microscopy
Spectroscopy
Holography
Grating Applications
Liquid Crystals
Laboratory Safety
Optics
Laser Systems
Electronics
Chemistry
Optical Microscopy
Technical Communications
Spectroscopy
Holography
Grating Applications
Liquid Crystals
Laboratory Safety
Building Maintenance

 

Optics
Laser Systems
Electronics
Chemistry
Optical Microscopy
Spectroscopy
Holography
Grating Applications
Liquid Crystals
Laboratory Safety
Technical Communications
Building Maintenance
 

 

Laser Systems
Optics
Electronics
Chemistry
Optical Microscopy
Spectroscopy
Holography
Grating Applications
Liquid Crystals
Laboratory Safety

Areas of Focus

  • -Laser Systems
  • -Optics
  • -Electronics
  • -Chemistry
  • -Optical Microscopy
  • -Spectroscopy
  • -Holography
  • -Grating Applications
  • -Liquid Crystals
  • -Laboratory Safety

Contact
BEST Coordinators

For more information contact: