The month’s top articles from the field of nanooptics, optoelectronics, metamaterials, optical devices, detectors & sensors, micro/nano resonators and more.
Results for "solar cells"
Hot Electrons Racing through Gold Nanoantennas
Hot electron injection within hybrid metal–transition metal dichalcogenides systems is analyzed and offers new physical insights into enhancement of optoelectronic activity with nanoantennas.
Highlights of the MRS Fall Meeting 2016, Boston
Society is at a crossroads with many topics such as sustainability, energy, medicine, and healthcare. Material science offers many solutions to these problems.
Towards High Performance and High Resolution – Patterning of Organohalide Lead Perovskite Pixels
High-resolution photolithographic patterning of organohalide lead perovskites is made possible using hydrofluoroethers.
Improved Drug Delivery with Layered, Coated Drug Cores
A recent review highlights and discusses the layer-by-layer encapsulation of solid drug particles.
Fertile electronic flatlands: carrier multiplication in graphene
The remarkable electronic properties of graphene open up new carrier relaxation channels that can result in a significant multiplication of optically excited carriers.
New special issue in Advanced Materials Interfaces focuses on Atomic Layer Deposition
A new special issue in Advanced Materials Interfaces this month highlights advances in Atomic Layer Deposition for Energy and Environmental Applications.
Advanced Optical Materials – High impact, wide reach
Since its start as an independent journal in 2013 Advanced Optical Materials has constantly expanded its impact. One measure that proves this in numbers is of course the impact factor which has recently been updated by Thomson Reuters to 5.36. Apart from that articles...
Chemically blowing 3D carbon nanosheet frameworks to boost lithium storage
An efficient strategy for general synthesis of 3D N-doped carbon nanosheet frameworks functionalized with metal nanoparticles or various hollow nanostructures for efficient lithium storage
Inorganic double helix
Scientists at TU Munich have discovered an inorganic substance whose elements are arranged in the form of a double helix.
Popular
-
Quantum entanglement visualized for the first time ever
-
Springer Nature staff to take unprecedented strike action
-
Tiny robots with a big impact: Scientists develop microrobots for single-cell handling
-
An anti-inflammatory peptide may hold the key to low-back pain relief
-
Explaining the “universe breaker” galaxies discovered by the James Webb Telescope
-
Could a nuclear explosion set Earth’s atmosphere on fire?
-
Gliese 12 b: An exo-Venus with Earth-like temperatures
-
How the brain protects itself from the negative effects of CBD
-
New study reveals surprising impact of screen time on the developing brain
-
Contact lenses bring 3D holograms to life for augmented reality