Freeform optics technology allows telescope mirrors to take almost any shape, potentially improving image quality over a larger field of view. Prompted by advances in computer-controlled fabrication and testing, NASA...
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About: synadmn
Recent Posts by synadmn
Super-resolution Microscopy: Approach boosts accuracy of single-molecule tracking
Tracking how molecules move, form shapes, and interact within neurons and other cells offers a powerful view of biological processes that impact health. Now, work at Stanford University (CA), led...
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Controlling Light with Geometric-Phase Holograms
Improved fabrication techniques are creating a new generation of gratings, lenses, and other elements that are physically thin and optically thick. Read more...
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Additive Manufacturing of Optical Components
Selective laser melting (SLM) is an additive manufacturing technique that potentially enables new, complex-shaped geometries. It allows us to build prototypes of freeform reflectors from polymer-based materials with functional surfaces...
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Stretchable Thin Film Produces Circularly Polarized Light
A novel fabrication method has achieved a device-friendly nanocomposite thin film that produces circularly polarized light. The simple and cost-effective technology could aid disease monitoring and diminish the disruption caused...
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Recent Comments by synadmn
- March 30, 2018 on Point-of-Care Optical Device Could Improve Thyroid Cancer Screening