Sound laser is a technology that generates coherent sound waves in the terahertz frequency range using the principles of a laser. It is also known as “Sonic Laser” or “Acoustic Laser”. The stimulated emission mechanism of a laser is applied to create a highly directional and powerful sound beam. The University of Nottingham and the Lashkarev Institute of Semiconductor Physics pioneered its development in 2006, with prototypes emerging in 2009.
Applications of Sound Laser Technology
The use of sound laser technology provides a wide range of applications from high-security communication to medical imaging. Here are two of the most significant uses:
Saser tech for Medical Imaging and Nanoscale Circuits
The scanning capability of the sound laser has made it a promising tool for medical imaging. The coherent and directional sound beam can penetrate the soft tissue without causing damage, enabling doctors to detect and treat medical problems earlier. In addition to medical imaging, they can also be useful for examining nanoscale circuitry as they operate in the terahertz frequency range.
SASER for Secured and Safe Communication
SASER or the “Safe and Secure European Routing” is a flagship project of CELTIC-NEXT. Siemens, Ericsson, and other major companies believe in this project’s potential to create a secure and reliable internet network across the whole European continent. The project aims to design new network architectures that enhance data confidentiality, security, and safety for end-users.
Frequently Asked Questions (FAQs)
What is sound laser technology?
Sound laser technology generates coherent sound waves using the stimulated emission mechanism of a laser. The sound beam produced is highly directional and powerful, making it a promising tool for various applications, including medical imaging and nanoscale circuitry, among others.
What is a SASER?
Saser stands for “Safe and Secure European Routing,” a flagship project of CELTIC-NEXT. SASER aims to create a secure and reliable internet network across the whole European continent.
Conclusion
Sound laser technology holds great promise for revolutionizing a variety of industries, from medical imaging to data security. Advancements in this technology will lead to more sophisticated and innovative applications that will shape our future.
