Dr. Frank Winkler, at Heidelberg University focuses on the emerging field of cancer neuroscience, and the way brain cancers proceed. Winkler has used two-photon imaging to confirm that glioma cells link through microtubes, similar to typical neurons in the brain. His groundbreaking work has earned him the 2025 Brain Prize by the Lundbeck Foundation, alongside Dr. Michelle Monje. And in this spotlight conversation, Winkler discusses the journey he and Dr. Monje took to arrive at their conclusions, and how the shape of cancer research, particularly under the umbrella of neuroscience, is changing. 
 

Spotlight from "All Things Photonics"® is a special series of intimate sit-down conversations with preeminent figures in our industry. 
 

Sponsored by: 
Hamamatsu –  <a href='https://bmp.photonics.com/a.aspx?ZoneID=0&BannerID=28047&AdvertiserID=104&CampaignID=15837&Task=Get&Mode=RedirectURL&SiteID=1&RandomNumber=736522'>www.Hamamatsu.com</a> 
LightPath Technologies Inc. –  <a href='https://bmp.photonics.com/a.aspx?ZoneID=0&BannerID=28049&AdvertiserID=570&CampaignID=15838&Task=Get&Mode=RedirectURL&SiteID=37&RandomNumber=535893'>www.LightPath.com</a>

Dr. Frank Winkler, at Heidelberg University focuses on the emerging field of cancer neuroscience, and the way brain cancers proceed. Winkler has used two-photon imaging to confirm that glioma cells link through microtubes, similar to typical neurons in the brain. His groundbreaking work has earned him the 2025 Brain Prize by the Lundbeck Foundation, alongside Dr. Michelle Monje. And in this spotlight conversation, Winkler discusses the journey he and Dr. Monje took to arrive at their conclusions, and how the shape of cancer research, particularly under the umbrella of neuroscience, is changing. Spotlight from "All Things Photonics"® is a special series of intimate sit-down conversations with preeminent figures in our industry. Sponsored by: Hamamatsu – www.Hamamatsu.com LightPath Technologies Inc. – www.LightPath.com

Dr. Frank Winkler, at Heidelberg University focuses on the emerging field of cancer neuroscience, and the way brain cancers proceed. Winkler has used two-photon imaging to confirm that glioma cells link through microtubes, similar to typical neurons in the brain. His groundbreaking work has earned him the 2025 Brain Prize by the Lundbeck Foundation, alongside Dr. Michelle Monje. And in this spotlight conversation, Winkler discusses the journey he and Dr. Monje took to arrive at their conclusions, and how the shape of cancer research, particularly under the umbrella of neuroscience, is changing. 
 

Spotlight from "All Things Photonics"® is a special series of intimate sit-down conversations with preeminent figures in our industry. 
 

Sponsored by: 
Hamamatsu – &nbsp;<a href="https://bmp.photonics.com/a.aspx?ZoneID=0&amp;BannerID=28047&amp;AdvertiserID=104&amp;CampaignID=15837&amp;Task=Get&amp;Mode=RedirectURL&amp;SiteID=1&amp;RandomNumber=736522" rel="noopener noreferrer">www.Hamamatsu.com</a> 
LightPath Technologies Inc. – &nbsp;<a href="https://bmp.photonics.com/a.aspx?ZoneID=0&amp;BannerID=28049&amp;AdvertiserID=570&amp;CampaignID=15838&amp;Task=Get&amp;Mode=RedirectURL&amp;SiteID=37&amp;RandomNumber=535893" rel="noopener noreferrer">www.LightPath.com</a>
&nbsp;

Spotlight: Frank Winkler, Professor for Neuro-Oncology, Heidelberg University

From space exploration and quantum optics, to biomedical imaging and defense, today’s top scientific minds are using lasers, spectroscopy, sensors, and optics to deliver cutting-edge innovation to our society. In intimate conversations with those pushing the boundaries of human knowledge, “All Things Photonics” spotlights photonics industry progress from beyond the lab.

Hear how 3D printed microscopes — and those developed for a fraction of the cost — offer our best hope for diagnosing disease in the developing world; why spectroscopy might be the most valuable tool in the crime scene technicians’ arsenal; how light can motorize drug delivery; and how the quantum cascade laser, CMOS image sensor, and robot-assisted surgery became realities. 

Notable guests include Nobel Prize winner Donna Strickland; Columbia University Eugene Higgins Professor of Electrical Engineering Michal Lipson; inventor of the CMOS image sensor Eric Fossum; serial entrepreneur Jason Eichenholz; co-namesake of the Hockney Falco Thesis Charles Falco; and SPIE President and founder of the Vanderbilt Biophotonics Center Anita Mahadevan-Jansen.

“All Things Photonics”® is produced by Photonics Media and airs biweekly, on Tuesdays. The podcast was a shortlisted finalist in two categories — Best Science & Medical Podcast and Best Technology Podcast — for The Publishers Podcast Awards in 2021. It has again earned shortlist honors in the Best Science and Medical Podcast category for 2022.

Contact us at Allthings@photonics.com.

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From space exploration and quantum optics, to biomedical imaging and defense, today’s top scientific minds are using lasers, spectroscopy, sensors, and optics to deliver cutting-edge innovation to our society. In intimate conversations with those pushing the boundaries of human knowledge, “All Things Photonics” spotlights photonics industry progress from beyond the lab. Hear how 3D printed microscopes — and those developed for a fraction of the cost — offer our best hope for diagnosing disease in the developing world; why spectroscopy might be the most valuable tool in the crime scene technicians’ arsenal; how light can motorize drug delivery; and how the quantum cascade laser, CMOS image sensor, and robot-assisted surgery became realities. Notable guests include Nobel Prize winner Donna Strickland; Columbia University Eugene Higgins Professor of Electrical Engineering Michal Lipson; inventor of the CMOS image sensor Eric Fossum; serial entrepreneur Jason Eichenholz; co-namesake of the Hockney Falco Thesis Charles Falco; and SPIE President and founder of the Vanderbilt Biophotonics Center Anita Mahadevan-Jansen. “All Things Photonics”® is produced by Photonics Media and airs biweekly, on Tuesdays. The podcast was a shortlisted finalist in two categories — Best Science & Medical Podcast and Best Technology Podcast — for The Publishers Podcast Awards in 2021. It has again earned shortlist honors in the Best Science and Medical Podcast category for 2022. Contact us at Allthings@photonics.com.

From space exploration and quantum optics, to biomedical imaging and defense, today’s top scientific minds are using lasers, spectroscopy, sensors, and optics to deliver cutting-edge innovation to our society. In intimate conversations with those pushing the boundaries of human knowledge, “All Things Photonics” spotlights photonics industry progress from beyond the lab.

Hear how 3D printed microscopes — and those developed for a fraction of the cost — offer our best hope for diagnosing disease in the developing world; why spectroscopy might be the most valuable tool in the crime scene technicians’ arsenal; how light can motorize drug delivery; and how the quantum cascade laser, CMOS image sensor, and robot-assisted surgery became realities. 

Notable guests include Nobel Prize winner Donna Strickland; Columbia University Eugene Higgins Professor of Electrical Engineering Michal Lipson; inventor of the CMOS image sensor Eric Fossum; serial entrepreneur Jason Eichenholz; co-namesake of the Hockney Falco Thesis Charles Falco; and SPIE President and founder of the Vanderbilt Biophotonics Center Anita Mahadevan-Jansen.

“All Things Photonics”® is produced by Photonics Media and airs biweekly, on Tuesdays. The podcast was a shortlisted finalist in two categories — Best Science &amp; Medical Podcast and Best Technology Podcast — for The Publishers Podcast Awards in 2021. It has again earned shortlist honors in the Best Science and Medical Podcast category for 2022.

Contact us at Allthings@photonics.com.

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