Photonic Computing

Photonic computing is a computing paradigm that uses light (photons) instead of electricity (electrons) to process and transmit information. It offers several advantages over traditional electronic computing, including higher speeds due to the fast propagation of light, greater energy efficiency as photons generate less heat and encounter less resistance, and increased bandwidth which allows for more data to be transmitted simultaneously.

One of the major hurdles in photonic computing is the difficulty in scaling the number of input modes while retaining the inherent advantages of speed, efficiency, and bandwidth. As the number of input modes increases, managing interference and maintaining signal integrity becomes more complex. Additionally, integrating photonic computing platforms with existing electronic devices is challenging but necessary for practical applications. The hybrid systems that combine photonic and electronic components face significant technical obstacles in achieving seamless and efficient integration.

At QPANG, we are focused on developing new photonic computing platforms and techniques that address these scalability and integration challenges. Our research aims to design scalable photonic circuits that can handle a large number of input modes without compromising performance. We are also exploring methods for hybrid integration, ensuring that photonic and electronic components can work together efficiently.