Pre-proof research in Nano Energy explores the hole interlayer-dependent interfacial energetics of light-emitting diodes by combining imaging contact polarization/potential difference and multi-time scale voltage/capacitance response.
A recent study published in Scientific Reports has employed femtosecond laser ablation as a delayering process in conjunction with confocal microscopy to accomplish rapid 3D imaging.
By Usman Ahmed
20 Jul 2022
According to a study published in Analytical Chemistry, researchers investigated different cannabis plant samples using Raman spectroscopy with an excitation IR wavelength of 1062 nm.
By Usman Ahmed
20 Jul 2022
A novel method for regulating a light beam’s characteristics has been created by researchers at the School of Electrical Engineering at Aalto University.
A pre-proof paper from the journal Optik studies luminance, optical and physical properties of Pr: NaAlGdP glass under various Pr2O3 concentrations. The appropriate chemical composition of developed glass was determined for its potential in photonics applications.
A study published recently in the journal Biomedical Signal Processing and Control proposes a novel deep-learning-based super-resolution angiogram reconstruction generative adversarial network (SAR-GAN) for en-face OCTA image enhancement.
Researchers have presented a smart quantum camera for super-resolving image analysis that uses the self-learning capabilities of machine learning to recognize the statistical variability of unknown mixtures of light sources at each pixel.
By Usman Ahmed
19 Jul 2022
According to a research paper published in Optics and Laser Technology, a team of researchers has suggested a unique visual and thermal imaging fusion technique based on light perception to tackle the inexplicable difficulty of neural network fusion techniques.
By Usman Ahmed
19 Jul 2022
Optical nano-imaging techniques find immense applications in nanotechnology for visualizing nanoscale defects in samples.
A pre-proof paper from the journal Applied Surface Science offers a fresh perspective on synthesizing a two-dimensional photocatalyst to enhance the rate of photocatalytic hydrogen evolution.
Scientists from Tokyo Metropolitan University led a team that cracked the conventional weight-versus-angular-resolution trade-off by developing historically lightweight optics for X-ray space telescopes.
A high-resolution scattering-type scanning near-field optical microscope was used to study highly compressed mid-infrared optical waves in a thin dielectric crystal on a monocrystalline gold substrate for the first time.
Scientists from the Max Planck Institute of Quantum Optics, Ludwig Maximilian University of Munich, and Stanford University have successfully recorded a helical light field on the shortest time and length scales using their newly devised “nanoTIPTOE” method.
Can a $1 device that attaches to a mobile phone become a pivotal tool to help solve the $1 trillion #foodwaste problem?
Enhancing second harmonic production with TMDs monolayer through dual bound states in the continuum in a photonic grating slab is discussed in a recent article from Opto-Electronic Advances.