Veröffentlichungen und Präsentationen

Noncollinear ultrasonic wave mixing is a powerful nondestructive evaluation (NDE) technique for localizing microscale material damage, as the amplitude of the generated mixed wave is a direct measure of localized material nonlinearity. Recent experimental work combined this technique ... Mehr lesen

Graphene-coated optical fibers offer a compact route to fiber-based nonlinear switching by combining guided-wave interaction with graphene’s intensity-dependent optical absorption. However, early-phase design of these devices is poorly suited to full 3D optical-frequency simulation: ... Mehr lesen

High-fidelity home audio design requires strict control over cabinet resonance, especially when fitting components into modern, tightly constrained spaces. Evaluating acoustic performance based on discrete elements within a given enclosure composition with varying stiffness is critical ... Mehr lesen

Almost all industrial processes produce exhaust and use chemicals potentially harmful to humans. This is even more applicable for chemical industries whose primary raw materials and products may be detrimental to people’s health. As a result, people working or living nearby chemical ... Mehr lesen

The importance of blood glucose monitoring for diabetics cannot be overemphasized. However, all current CGM methods utilize the use of needles for inserting sensors. The use of optical sensors looks promising since it promises to become both non-invasive and reliable. However, there are ... Mehr lesen

Semiconductor quantum dots (QDs) play a critical role in next-generation optoelectronic devices, including high-efficiency lasers and light-emitting diodes (LEDs). This importance arises from the discrete energy levels of QDs and their tunable emission properties. For device engineers, ... Mehr lesen

This work presents a two-dimensional multiphysics model developed in COMSOL Multiphysics® to investigate magnetically influenced particle transport through a tubular flow system. The study is a proof-of-concept for a potential biomedical sensing approach in which magnetically responsive ... Mehr lesen

The superconducting radio-frequency (SRF) cavities, with their low surface resistance, unlock high-quality factors. Single-photon coherence times on the order of seconds have been reported for such cavities. The long-lived photon is useful for the storage and manipulation of quantum ... Mehr lesen