State space models (SSMs) have recently emerged as a powerful framework for processing long sequences of data, outperforming traditional methods across a variety of benchmarks. These models are notable for their ability to generalize both recurrent a
In a groundbreaking development, researchers Jackson Saunders and Camelia Prodan have unveiled innovative 3D-printing techniques for creating acoustic metamaterials that can emulate tight-binding models. Their work focuses on H-shaped resonators, whi
In the realm of audio processing, the quest for clear and intelligible speech in noisy environments has been a persistent challenge. A recent breakthrough in this area comes from researchers Behnaz Bahmei, Siamak Arzanpour, and Elina Birmingham, who
In a groundbreaking study, researchers Liping Tang and Michiko Ogaku have delved into the intriguing realm of linguistic indirectness, particularly in the context of public cheap-talk games where social ties play a pivotal role. The study, titled “Li
In the rapidly evolving landscape of Extended Reality (XR), the quest for realism is an ongoing challenge, particularly when it comes to auditory experiences. A recent breakthrough in this arena comes from a team of researchers who have developed SAM
In a groundbreaking advancement for assistive technology, researchers have introduced HI-TransPA, an innovative instruction-driven audio-visual personal assistant designed to bridge communication barriers for hearing-impaired individuals. This cuttin
In the rapidly evolving landscape of artificial intelligence, the integration of audio and video data into large language models (LLMs) has opened new horizons for multimodal applications. However, the extended temporal dimension introduced by audio
In the realm of applied mathematics and wave physics, the concept of invisibility has long captivated researchers. Lucas Chesnel, a prominent researcher in this field, has been delving into the intriguing problem of achieving invisibility in waveguid
In the rapidly evolving world of virtual and augmented reality, the quest for immersive spatial audio has led to significant advancements in technology. A recent study by De Hu, Junsheng Hu, and Cuicui Jiang introduces a novel approach to Head-Relate
In a groundbreaking study, researchers Valdemar Frederiksen and Henrik Bruus have unveiled a novel approach to significantly enhance the quality factors of acoustofluidic cavities at resonance. By embedding these liquid-filled cavities within a metam
