Discotic liquid crystals could serve as organic power cables for novel electronic and opto‐electronic devices.
A new micro-lens array technology produces high-quality 3D images that can be used to improve driver safety, vehicle function, and provide innovative design effects.
A German team of scientists published an overview on all the most recent knowledge on the role of the ultraviolet radiation in eye health and its aging process.
An all-inorganic hetero-structured PeLED is demonstrated, fabricated using a new design strategy.
A transmission-reflection-integrated multifunctional coding metasurface is proposed, which can control the transmitted and reflected wavefronts simultaneously on both sides of the metasurface interface.
A method to record polarization holograms with complex hierarchical structures from an isosorbide-based azo molecular glass (IA-Chol).
Broadband and ultrathin infrared stealth sheets are prepared that can hide macroscopic 3D objects.
A technique for reversibly controlling the color of materials provides insight into the color changes that occur in living organisms.
A solid silica nanocomposite, ‘Glassomer’, can be processed using polymer fabrication techniques to obtain optical-grade fused silica glass.
A team of German researchers created a new multimodal system for rapid, noninvasive in vivo skin cancer screening is presented, combining optical coherence tomography (OCT) and optoacoustic (OA) modalities to provide precise tumor depth determination with a Raman spectroscopic modality capable of detecting the lesion type and, thus, providing diagnostic capability.
A team of North American scientists discovered that Short wave infrared Raman spectroscopy has the potential to accurately differentiate normal and malignant kidney tumors.
A new opportunity for creative OLED lighting design by cutting and folding thin OLED films into a variety of three-dimensional shapes.