Empowering display industry professionals with cutting-edge insights and analysis
by Joseph Bryans
Although theoretical studies have long suggested that zero-dimensional TMD “islands” could produce localized light, this work offers the first clear experimental validation.
Tags:nanomaterials| Nanophotonics| research| showcase
by Joseph Bryans
With refinement of parameters like resolution, particle characteristics and droplet control, the fundamentals of the team’s electro-microfluidic concept could transform production and capabilities for reflective displays.
Tags:Nanophotonics| nanotechnology| research| showcase
by Emory Kale
At the core of this innovation is the hybrid material’s ability to transmute long-wavelength photons – common in red light and adept at permeating tissue, fog, and liquids – into short-wavelength blue or ultraviolet photons.
Tags:Nanophotonics| OLED| research
by Omid Rahmat
Potential applications include photocatalysts capable of breaking down persistent chemicals using visible light and photoconductive microcircuit patterning for wearable devices.
Tags:Nanophotonics| research| Wearables
by Omid Rahmat
Unlocking the full potential of optical control: precise, efficient, and tailored to micro-scale manipulation.
Tags:microfabrication| Nanophotonics| Photonics| research
by Omid Rahmat
The gist of it: a new blue light s-SNOM technique has just been developed by researchers that lets us dive deep into the nanoscale world of wide-bandgap materials, like those used in blue LEDs. …
Tags:bandgap| blue OLED| Nanophotonics
by Omid Rahmat
The researchers at Sandia National Laboratories have achieved a significant milestone in the fields of nanophotonics and ultrafast optics by dynamically steering incoherent light, which is light emitted by common sources such as incandescent …
Tags:Augmented Reality| Holography| LED| | Nanophotonics
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