Learning Portal

We are at the forefront of the laser revolution – and we want to share our passion.

The Laser Museum is a hub for education and exploration in the field of Photonics.

In partnership with Spark Photonics Foundation, our goal is to provide an accessible yet comprehensive introduction to photonics for educators, students, and institutions to jumpstart and guide careers in this fun, exciting, and financially rewarding industry.

What do we provide?

Our courses and resources will cover a wide range of topics from the basic principles of laser technology to the cutting-edge advancements in laser applications across various industries.

  • Provide lesson plans, virtual labs, and simulation-based learning for educators.

  • Host multimedia showcases on the history of lasers, pioneers, and modern applications.

  • Learn from industry professionals and passionate enthusiasts to grow and collaborate in a network of laser-focused minds.

  • Allow multiple entities and partners, such as industry experts, educational organizations, and photonics pioneers, to have moderator access.

  • Interactive job board with career and research opportunities, membership availability in societies and organizations, and applications for mentorship in the photonics industry.

Fundamentals of Photonics

Historical Context

  • Key Figures in Laser Development: Albert Einstein’s stimulated emission concept, Theodore Maiman’s first working laser in 1960.

Safety & Ethics

  • Laser Safety Videos: Basics of protective eyewear, beam hazards.

  • Case Studies: Notable incidents leading to improved safety regulations.

Healing with Light

Historical Context

  • Timeline of Medical Laser Advancements: From early ophthalmic applications in the 1960s to today’s precision dermatological and surgical lasers.

Future Outlook

  • Next-Generation Biomedical Lasers: Ongoing research for nano-level precision for targeted drug delivery or gene editing applications.

Applications

  • Cancer Therapy: Illustrative explanations on photodynamic therapy (PDT) showing how specific light frequencies activate drugs that target cancer cells.

  • Eye Surgery: Replicas or real examples of femtosecond laser systems used in LASIK procedures.

  • Dermatology & Cosmetics: Interactive “before and after” images with commentary on how various laser wavelengths target skin layers.

The Cutting Edge: Lasers in Industry

Historical Context

  • Evolution of Industrial Lasers: From the first high-power CO₂ laser cutters to modern fiber lasers.

Future Outlook

  • Green Manufacturing: Educational panels on how newer, more efficient laser technologies reduce waste and energy consumption.

Applications

  • Laser Cutting & Welding: Demonstrations or large screens showing real-time videos of metal cutting or robotic welding for automotive, aerospace, and construction.

  • Additive Manufacturing (3D Printing): Showcase a laser-based 3D printer with sample parts. A “layer by layer” educational video or interactive table.

  • Engraving & Marking: Live engraving station for personalized souvenirs, demonstrating precision in marking metals, plastics, or wood.

What do we need?
Your help.

The photonics industries need new people with new ideas to engage in continuing to make the laser industry grow and evolve. We are looking for people to help with:

  • Ideation and content creation for coursework and marketing efforts

  • Securing funding to pay for consultants and experts in various fields

  • Identifying industrial partners for workforce development and career opportunities