progscrape: spie.org

Researchers found a nearly 28% difference in laser injury thresholds between darker- and lighter-pigmented skin under tested conditions, raising questions about how laser safety standards should account for skin pigmentation

5 days ago spie.org physics

Super-resolution imaging shows how the cancer drug sunitinib triggers changes in lysosomes, mitochondria, and the endoplasmic reticulum, helping researchers better understand how tumor-fighting drugs work inside cells.

13 days ago spie.org cancer

Researchers found that joint play of two individuals, induced robust between-brain synchronization in parts of the brain, as if the two brains functioned together as a single system

3 years ago spie.org brain neuroscience

Researchers from US ARL and Texas A&M University propose a way to break the Shockley-Queisser limit by utilizing nonreciprocal photonic structures that can drastically reduce emission from a photovoltaic converter without affecting its total light absorption.

4 years ago spie.org texas

New in Neurophotonics: fluorescent antibody tool enables visualization of leukocytes in the brain vasculature during in vivo two-photon laser scanning microscopy.

4 years ago spie.org brain

Wearable device for noninvasive optical brain imaging

4 years ago spie.org brain

A team of scientists from Université de Bordeaux developed a simple yet effective calibration method that allows for more precise STED imaging at higher tissue depths.

5 years ago spie.org

Evolving the Surgical Microscope

5 years ago spie.org

Machine-learning algorithm detects early stages of Alzheimer’s through functional magnetic resonance imaging

5 years ago spie.org algorithm

Stopping deepfake news with an AI algorithm that can tell when a face doesnt fit

6 years ago spie.org ai algorithm deepfake

After a comprehensive analysis of vector vortex beam transmission through scattering media, researchers suggest it's possible to develop a scanner that can screen for cancer and detect it in a single scan of the body…

6 years ago spie.org cancer media

New biomedical optics research shows that standard smartphone technology can be adapted to image skin lesions, providing a low-cost, accessible medical diagnostic tool for skin cancer.

6 years ago spie.org cancer

Researchers develop glasses-free tabletop 3D visualization technology capable of producing 5cm-tall images with full 360° viewing angle

9 years ago spie.org 3d

Compact photon-pair source survives rocket explosion with no degradation in brightness or polarization correlation

10 years ago spie.org rocket

Laser-based system proposed to remove space debris using high energy laser pulses to deorbit material.

10 years ago spie.org

LED Light Pollution: Can We Save Energy and Save the Night? (2015)

10 years ago spie.org

Computational intelligence in explosive hazard detection

10 years ago spie.org

Laser device can detect alcohol in cars, report authors in 'Journal of Applied Remote Sensing': External laser device detects presence of alcohol vapors inside of a moving car.

12 years ago spie.org

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Researchers found a nearly 28% difference in laser injury thresholds between darker- and lighter-pigmented skin under tested conditions, raising questions about how laser safety standards should account for skin pigmentation

Super-resolution imaging shows how the cancer drug sunitinib triggers changes in lysosomes, mitochondria, and the endoplasmic reticulum, helping researchers better understand how tumor-fighting drugs work inside cells.

Researchers found that joint play of two individuals, induced robust between-brain synchronization in parts of the brain, as if the two brains functioned together as a single system

Researchers from US ARL and Texas A&M University propose a way to break the Shockley-Queisser limit by utilizing nonreciprocal photonic structures that can drastically reduce emission from a photovoltaic converter without affecting its total light absorption.

New in Neurophotonics: fluorescent antibody tool enables visualization of leukocytes in the brain vasculature during in vivo two-photon laser scanning microscopy.

Wearable device for noninvasive optical brain imaging

A team of scientists from Université de Bordeaux developed a simple yet effective calibration method that allows for more precise STED imaging at higher tissue depths.

Evolving the Surgical Microscope

Machine-learning algorithm detects early stages of Alzheimer’s through functional magnetic resonance imaging

Stopping deepfake news with an AI algorithm that can tell when a face doesnt fit

After a comprehensive analysis of vector vortex beam transmission through scattering media, researchers suggest it's possible to develop a scanner that can screen for cancer and detect it in a single scan of the body…

New biomedical optics research shows that standard smartphone technology can be adapted to image skin lesions, providing a low-cost, accessible medical diagnostic tool for skin cancer.

Researchers develop glasses-free tabletop 3D visualization technology capable of producing 5cm-tall images with full 360° viewing angle

Compact photon-pair source survives rocket explosion with no degradation in brightness or polarization correlation

Laser-based system proposed to remove space debris using high energy laser pulses to deorbit material.

LED Light Pollution: Can We Save Energy and Save the Night? (2015)

Computational intelligence in explosive hazard detection

Laser device can detect alcohol in cars, report authors in 'Journal of Applied Remote Sensing': External laser device detects presence of alcohol vapors inside of a moving car.