Super-resolution laser machining represents a cutting-edge advancement in precision
manufacturing, striving to approach or even exceed the optical diffraction limit to produce …

Acousto-optic (AO) modulation technology holds significant promise for applications in
microwave and optical signal processing. Thin-film scandium-doped aluminum nitride …

Advancements in photonics across telecommunications, sensing, and data processing have
elevated optical modulation to a pivotal position for high-speed, efficient signal processing …

Organic Light Emitting Diodes (OLEDs) have emerged as popular screen advancements in
digital appliances, thanks to their unique characteristics such as self-emitting ability …

Bolt-clamped Langevin ultrasound transducers are typically paired with horns, which require
precise and costly manufacturing. We explore alternative clam** mechanisms aimed at …

The ultrafast modulation of optical crystal birefringence, involving rapid deformations of
crystalline lattices, holds significant scientific and technological importance. High-frequency …

The electro‐optic (E‐O) response is fundamental where the refractive index of materials can
be modulated by the external electric field. Up to now, E‐O modulation has become a critical …

Maintaining the resonance frequency of high-power ultrasound transducers is essential for
applications such as sonochemistry, acoustic levitation and acousto-optic manipulation. This …

Laser-deflection-based acoustic sensing is known for high bandwidth but low sensitivity. By
embedding the sensing laser within a Sagnac interferometer and incorporating split-beam …

Acousto-optics consists of launching acoustic waves in a medium (usually a crystal) in order
to modulate its refractive index and create a tunable optical grating. In this article, we present …