US-based scientist, Chadi Ellouzi, unveils innovative acoustic vortex technology with wide-ranging applications

Commemorating World Creativity and Innovation Day, we celebrate an exciting advancement in acoustic engineering that exemplifies the spirit of innovative thinking and creative problem-solving in engineering. In a groundbreaking development in the field of acoustics, Chadi Ellouzi, a US-based Tunisian engineer and researcher at the Rowan University Functional Materials and Structures Laboratory, is unveiling an innovative approach that could transform applications in biomedical ultrasound, tumor cell manipulation, and underwater communication. Ellouzi’s work introduces a new approach: the creation of a double acoustic vortex with focusing capabilities, a concept that significantly enhances previous developments in acoustic vortex technology.

While acoustic vortices have been studied for years, Ellouzi’s development of the double vortex takes this technology to new heights by generating two swirling sound waves that are tightly bound together to form a unified field. This dual vortex system, made possible through easily accessible 3D-printed lenses and acoustic field multiplexing, offers more powerful and controllable effects. It could serve as a tool for the precise manipulation of microscopic particles, such as cancerous cells, with remarkable energy and accuracy. ‘By merging two swirling acoustic vortices into a single system, we can enhance precision and control over acoustic waves, unlocking possibilities that were once difficult to achieve,’ said Ellouzi in an interview with our correspondent

This US National Science Foundation-funded research exemplifies the transformative power of creative thinking that World Creativity and Innovation Day aims to celebrate. Ellouzi’s work through his double vortex generation method holds the potential to improve medical treatments, offering a possible non-invasive alternative to traditional surgery or radiation therapies in targeted applications. The technology envisions a future where sound waves, rather than scalpels, could become the primary tool for treating certain diseases, providing a non-invasive solution to traditional surgical and radiation methods. By controlling sound waves with high accuracy to target specific cells, this technology could pave the way for more effective, less invasive therapies.”This technology opens the door to a future where sound, not surgery, could become the next powerful tool for treating certain diseases,” Ellouzi shares, emphasizing the innovative spirit being celebrated today.

Beyond medical applications, Ellouzi’s creative solution extends to underwater communication, demonstrating how innovative thinking can solve multiple challenges simultaneously. While acoustic waves are commonly used in places where radio signals fall short, the proposed system offers the potential for clearer and more reliable communication over greater distances, particularly for underwater vehicles. “The double acoustic vortex system allows for more complex manipulation of sound waves, improving signal clarity even in challenging underwater environments where traditional communication methods often struggle,” he explains.

As we mark this day of global creativity and innovation, Ellouzi’s work particularly resonates with its potential to democratize healthcare access, especially in regions like Africa where advanced treatments remain scarce. “As the world continues to face healthcare challenges, innovations like this could offer hope for more accessible and affordable medical solutions in the future,” Ellouzi notes, embodying the inclusive spirit of innovation that this day champions. His work stands as a shining example of how creative problem-solving can bridge technological gaps and create solutions that benefit humanity as a whole.