A magnetic composite distributes nano-interfaces throughout its bulk, scaling the spin Seebeck effect for more effective conversion of waste heat into electricity.
3D nano-interfaces turn heat into electricity throughout bulk materials Read More »
Researchers co-design engineered semiconductors and metasurfaces to build powerful optical device.
New device design could miniaturize photonics, quantum technologies Read More »
Machine learning reveals that a puzzling beat pattern comes from interference between surface and subsurface electrons, clarifying quantum device signals.
Mystery signal in topological nanowires traced to overlapping quantum states Read More »
A wafer scale porous graphene film shows room temperature ferromagnetism linked to zigzag edge spacing, with impurity measurements showing trace magnetic metals cannot explain the observed signal.
Graphene network shows room-temperature ferromagnetism at wafer scale Read More »
Evaporative cooling in a vacuum freezes ultrathin water jets on contact, creating unsupported ice forms for tissue scaffolds and microfluidic channel molds.
3D printing with ice creates complex structures without supports Read More »
Gallium Arsenide (GaAs) Wafer is a critical sort III-V direct bandgap semiconductor utilized in different gadgets like infrared discharging diodes, laser diodes, and microwave recurrence coordinated circuits. It is likewise used in the development of photovoltaic cells. Then again, Gallium Arsenide Wafers, the monetarily accessible type of GaAs, hold a vital job in the semiconductor
Gallium Arsenide (GaAs) Wafer: Design, Properties, Uses Read More »
Nano coatings assume a huge part in giving security against bright (UV) and close infrared (NIR) radiation. UV and NIR radiation can be destructive to human wellbeing and can cause different issues, including skin harm, eye harm, and, surprisingly, an expanded gamble of particular sorts of cancer. Accordingly, it is fundamental to have successful measures
Nano Coatings: A definitive Hindrance for UV and NIR Radiation – QuantoNano Read More »
A 3D permeable substance known as laser-prompted graphene (LIG) is made by straightforwardly composing carbon materials with a CO2 laser while they are in a surrounding climate. This technique wipes out the necessity for wet synthetic stages by joining the readiness and designing of 3D graphene into a solitary step. A few articles feature the
Laser-Actuated Graphene: Making ready for Inventive Executions – QuantoNano Read More »
Graphene-supported polymer composites are acquiring consideration because of their uncommon properties and wide applications. Graphene, a two-layered carbon material, improves mechanical strength, electrical conductivity, warm administration, and boundary properties. When joined with polymer frameworks, graphene enormously improves the exhibition of composite materials. Graphene-supported polymer composites track down applications in different enterprises, including car, aviation, gadgets,
The Fate of Materials: Graphene Supported Polymer Composites – QuantoNano Read More »
Unlocking special capacities in biomedical, dental, and materials science, hydroxyapatite powders guarantee huge headways in tissue designing, drug conveyance, and bone unite substitutes because of their remarkable biocompatibility and mechanical properties. Hydroxyapatite powders are significant materials with extraordinary properties. When handled into nano-sized particles, hydroxyapatite powders have high surface region, advancing better incorporation with tissues
Hydroxyapatite Nano and Micron Powders: Combination and Applications – QuantoNano Read More »
