Skip to main content

Ideas from the photonics lab can improve -- and even save -- lives

We’re living in the Century of the Photon, and examples of the important roles the enabling technology of photonics and optics play in our lives are everywhere.

For examples, start with computers and the internet.

SPIE Fellow John Greivenkamp, professor of optics at the University of Arizona College of Optical Sciences, talks about the optical technologies inherent in those applications in this brief video.



A list of 50 breakthroughs contributed by researchers at America’s national labs has been compiled in a brochure published by the U.S. Department of Energy, and posted in a PDF on their website. Among the list:



  • From learning about photosynthesis came the ability to explore how to derive sustainable energy from the sun.
  • An engineered particle removes arsenic from drinking water, and an ultraviolet-light system kills microbes that cause water-borne diseases.
  • A revolution in medicine that has saved many lives with cancer-detecting nuclear imaging devices came out of development of the scintillation camera to detect gamma rays emitted by radioactive isotopes.
We heard about the brochure through the Berkeley Lab, which noted that a second printing is planned for distribution to Members of Congress and others -- great idea!

Photonics has a positive impact on the economy as well. The recently published Photonics21 Vision for a Key Enabling Technology of Europe report estimates the annual growth rate of the photonics sector at more than 10% -- several times faster than other sectors of the global economy.

Look for gentler, more effective healthcare; low-energy solid-state lighting; a greener environment protected by better pollution control; and much more: brought to you by photonics!

Comments

Popular posts from this blog

Cataract surgery: misnomer?

On left, the patient’s left eye has no cataract and all structures are visible. On right, retinal image from fundus camera confirms the presence of a cataract. (From Choi, Hjelmstad, Taibl, and Sayegh, SPIE Proc. 85671Y , 2013)   Article by guest blogger Roger S. Reiss , SPIE Fellow and recipient of the 2000 SPIE President's Award. Reiss was the original Ad Hoc Chair of SPIE Optomechanical Working Group. He manages the LinkedIn Group “ Photonic Engineering and Photonic Instruments .” The human eye and its interface with the human brain fit the definition of an "instrument system."   The human eye by itself is also an instrument by definition. After the invention of the microscope and the telescope, the human eye was the first and only detector for hundreds of years, only to be supplemented and in most cases supplanted by an electro-optical detector of various configurations. The evolution of the eye has been and still is a mystery.   In National Geogr...

Taking a Deep Dive into the World of Biophotonics

Gavrielle presents her research in Ven SPIE Student Member Gavrielle Untracht is pursuing her PhD at The University of Western Australia. She had the chance to participate in the 9th International Graduate Summer School in Biophotonics this past June on the island of Ven between Sweden and Denmark. At the school, sponsored by SPIE, invited experts from around the globe gave extended presentations on topics like tissue optics, strategies for cancer treatment using lasers, and entrepreneurship in photonics. Attendees also had the opportunity to present their current research projects, results, or ideas. Gavrielle shares her experiences of the summer school with this community in the following guest blog post. I recently returned from a week of great discussions and beautiful weather at the 9th Biophotonics Summer School on the Isle of Ven, Sweden. This experience, made possible (in part) by SPIE, was an invaluable opportunity for networking and a deep dive into the world of bi...

#FacesofPhotonics: Optical Engineering & Medical Physics PhD Student, Madison Rilling

WOMEN-IN-STEM ADVOCATE: Madison Rilling shares her knowledge Meet Canada-native and this week's SPIE Faces of Photonics feature, Madison Rilling. Madison is pursuing a PhD in Physics at Université Laval, in the Center for Optics, Photonics, and Lasers. She is also a part of the Université Laval’s Cancer Research Center. Both are located in Québec City, Canada. Madison is enthusiastic about science policy: "I am making my first steps in the world of science policy. I am -- or I try to be -- a strong advocate for next-generation scientists and women and girls in STEM." When she isn't in the lab, you’ll probably find Madison running, hiking, playing volleyball, or "...enjoying a good book in one hand and a tea in the other." STEP IT UP:  Rilling's  favorite hike, Garibaldi Lake in BC, Canada Enjoy the interview! 1. How did you become interested in the optics and photonics field? I did more of a theoretical undergraduate in math & phy...