Company Filing History:
Years Active: 2020-2025
Title: Mihai Caleap: Innovator in Acoustic Metamaterials
Introduction
Mihai Caleap is a talented inventor based in Bristol, GB, recognized for his groundbreaking work in the field of acoustic metamaterials. With a total of four patents under his name, Caleap is making significant strides in manipulating sound and noise control through innovative technologies.
Latest Patents
Caleap's latest patents showcase his expertise in acoustic metamaterial systems and wave manipulation. One of these innovative systems introduces unique arrangements of unit cells designed to create time delays for incident acoustic waves. The acoustic output of these systems is carefully controlled by adjusting the relative positions of multiple acoustic metasurfaces, leading to complex non-linear combinations of their respective operations. This design serves as a foundation for developing noise-reducing structures.
Another patent focuses on a device that manipulates incident acoustic waves to generate controlled outputs. This device comprises an array of unit cells that are specifically configured to introduce time delays based on their positions. With the ability to reconfigure the array of time delays, the spatial delay distribution can be altered, allowing for the production of various acoustic outputs tailored to specific applications.
Career Highlights
Mihai Caleap is associated with the University of Sussex, where he contributes to advancing the understanding and practical uses of acoustic metamaterials. His work is not only theoretical but also opens avenues for real-world applications, particularly in sound management and noise reduction.
Collaborations
Caleap collaborates with notable colleagues, including Sriram Subramanian and Gianluca Memoli. Their joint efforts enhance the research and development of innovative solutions, further establishing their collective presence in the field of acoustics.
Conclusion
Mihai Caleap stands out as an innovator in the realm of acoustic metamaterials, with a promising portfolio of patents that reflect his commitment to enhancing sound manipulation technology. Through his work with the University of Sussex and collaborations with esteemed colleagues, he continues to push the boundaries of what is possible in acoustic research.