Thermoelastic damping (TED) is a critical energy dissipation mechanism affecting the performance and efficiency of micro and nano-scale resonators. This phenomenon arises from the interplay ...

After this tedious step, he designed a PCB that hosts an Arduino Nano to accept input, two MCP23017 GPIO expanders to give it enough outputs, and CD4066BE CMOS switches to trigger the connections.

Their research, "Nonlinear Optical Resonances from Ballistic Electron Funneling," which was published in ACS Nano, offers a fresh take on how ballistic electrons—those that travel freely like ...

Some scatter back, while others are funnelled through a central “neck” in bow tie–shaped resonators, leading to an asymmetric current flow and frequency doubling. (Image: SUTD) Instead of relying on ...

GE is also studying the properties of nano-ceramics, which can offer extreme strength, while still being lightweight. Because of the molecular structure of such materials, nano-ceramic coatings on ...

Add a description, image, and links to the arduino-nano topic page so that developers can more easily learn about it. Curate this topic Add this topic to your repo To associate your repository with ...

10 NANO_KeyPad4x4_LCD16x2 Mostrar datos de teclado matricial 4x4 en una LCD16x2 11 NANO_DS1302_LCD16x2 Mostrar datos del DS1302 en una pantalla LCD16x2 12 NANO_DS1302_DHT22_LCD12x6 Mostrar datos del ...

Metamaterials with desired resonance frequency and high field enhancement are highly demanded in many applications including high harmonic generation, molecular sensing, and non-linear optics. For ...

Stacked dielectric resonator antenna from high-k low loss bulk-glass ceramic material have been investigated. Two resonators are stacked with an air gap which has been realized with a low loss foam ...

The ability to detect light with high efficiency is an important device metric for single-photon detectors and cameras, essential for applications ranging from quantum communication to biomedical ...

The combination of high-frequency vibrations and metallic transport in graphene makes it a unique material for nanoelectromechanical devices. In this Letter, we show that graphene-based ...