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Uploaded almost 5 years ago by chris.sumerlin
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Uploaded almost 5 years ago by chris.sumerlin
Description: There are things that you cannot see because your eyes only detect the light that comes from objects in the specific range of colors that are part of visible light. However there are some materials in our world are fluorescent. When you shine a black light upon them then they will glow back a bright color that was not there before.
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Uploaded about 5 years ago by chris.sumerlin
Description: using near infrared lasers that pulse quickly, collagen fibers are heated and when they cool the skin surface wrinkles are reduced. The flashes are normally invisible to the naked eye but are made visible because videocameras are sensitive to near infrared light.
Attribution: Marco Molinaro
Type: video/quicktime
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Uploaded about 5 years ago by marcom
Description: using near infrared lasers that pulse quickly, stains are broken up to be reabsorbed into the skin. The flashes are normally invisible to the naked eye but are made visible because videocameras are sensitive to near infrared light.
Attribution: Marco Molinaro
Type: video/quicktime
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Uploaded about 5 years ago by marcom
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Description: using near infrared lasers that pulse quickly, hair follicles are heated and the hair cell killed. The flash is normally invisible to the naked eye but are made visible because videocameras are sensitive to near infrared light.
Attribution: Marco Molinaro
Type: video/quicktime
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Uploaded about 5 years ago by marcom
Description: Interstitial laser photo coagulation is a promising treatment modality that utilizes an optically-induced temperature rise to thermally destroy tumors. One of the challenges of this therapy is its dynamic nature, as tissue properties (optical, thermal, blood flow, etc) change during therapy, hence making pre-treatment planning very challenging. This added complexity necessitates the use of real-time, on-line feedback. Here, we propose the use of interstitial optical fiber sensors for this purpose, and describe a methodology for determining their in-situ position. This should ensure high-quality feedback data for ILP treatment optimization.
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Description: Using the diffraction properties of light it is possible to design an experiment that allows you to estimate the width of hair
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Uploaded about 5 years ago by chris.sumerlin
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Uploaded almost 5 years ago by chris.sumerlin
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Uploaded almost 5 years ago by chris.sumerlin
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Type: application/msword
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Uploaded over 3 years ago by chris.sumerlin
Description: UV Beads Demonstration
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Uploaded about 5 years ago by andrewlague
Description: Using gummy bears you can explore the absorption and reflection properties of materialsvisible or light
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Uploaded about 5 years ago by chris.sumerlin
Description: Biophotonics is an exciting field that utilizes light to image, detect and cure disease plus help us learn about basic biological processes. The field is possible because of the way in which different forms of light interact differently with living tissues. Instruments like pulse oxymeters can shine light through your finger and figure out how oxygenated your blood is! Other parts of the electromagnetic spectrum can tell you different types of information. Fluorescence is also a very popular technique for labeling components of cells to better understand how they function. This handout helps explain the basic concepts in straightforward language.
Attribution: Marco Molinaro 2007
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Uploaded over 2 years ago by marcom
Description: Photonics are used in many aspects of modern life from telecommunications to biophotonics that uses light to image, detect and cure disease.
Attribution: SPIE and CBST 2010
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Uploaded over 2 years ago by marcom
Description: Biophotonics uses light to image, cure and detect disease. It is a very important technique for imaging and fighting cancer. The poster shows examples of the ways in which biophotonics is used towards cancer detection and therapy.
Attribution: SPIE and CBST 2009
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Photonics Festival in Taiwan & Display Taiwan 2013 to Embrace Hon-hai’s Participation in June
Photonics Festival in Taiwan & Display Taiwan 2013 to Embrace Hon-hai’s Participation in June
Photonics Festival in Taiwan & Display Taiwan 2013 to Embrace Hon-hai’s Participation in June
Assistant Professor - Boulder, CO
Postdoctoral Position - Ashburn, VA
Waitt Center for Advanced Biophotonics - La Jolla, CA
Advanced Imaging Applications Engineer - Newton, NJ
Canada Excellence Research Chair in Neurophotonics - Quebec City, Québec, Canada
EOS Topical Meetings at Capri 2013
Frontiers in Optics: The 97th OSA Annual Meetin...
