Nanotechnology in Cancer
September 10, 2020
New research methods developed for nano and quantum materials
February 24, 2023
Emergence of 2.5D Materials for Futuristic Applications
June 29, 2022
A Highly Sensitive Quantum Microscope Developed A team of international researchers has developed a highly sensitive quantum microscope, enabling the first direct observation at room temperature of how electrons interact ...
New Possibilities for Scanning Tunnelling Microscopy A look beneath the surface: Research team at the University of Münster makes hidden structural and magnetic properties visible Scientists use scanning tunnelling microscopy ...
Analysts take a major step toward completely 3D-printed dynamic electronics : By creating semiconductor-free rationale entryways, which can be utilized to perform computation, analysts trust to streamline the make of ...
When Ange Nzihou, an expert in converting public waste into useful products, visited Princeton in 2022, he brought with him a method to convert waste biomass into graphene (Green Graphene ...
ETH researchers have developed an antenna for a light source using a rare material of semiconductor material. In the future, nanoscale LEDs and lasers can be successfully manufactured in this ...
Speed and flexibility, Terahertz and visible light conversion for future communications A study from Helmholtz-Zentrum Dresden-Rossendorf (HZDR), Catalan Center for Nanoscience and Nanotechnology (ICN2), Center for Graphene Science at the University ...
Battery safety and performance in electronic devices and systems such as battery power management, space management, vehicle lighting comfort and energy conservation can be improved using adaptive power management developed ...
Discovered in 2004, graphene has revolutionized various scientific fields. It has remarkable properties such as high electron mobility, high tensile strength and thermal conductivity. Much time and effort has been ...
A unique 'sandwich' of graphene and boron nitride could lead to the next-gen microelectronics creates a good material for use in new technology applications. Moiré patterns occur everywhere. They are ...
Graphene 'tattoo' uses light to treat heart arrhythmia. The first graphene-based heart implant detects abnormalities, and stimulates the heart. It is the Thinnest Cardiac Implant on a Tattoo Paper. The ...
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