Chief researcher at / High-throughput material screening / Quantum Chemistry at Quantum Computing
Photonics are considered critical for quantum computers for two main reasons. First, photons are one of the most promising candidates for implementing qubits. Second, photonics is utilized in other types of quantum computers, as highlighted in this post.
The Yole Group surveys photonics as a key driver for progress in quantum products. Key points from the article published in Laser Focus World. Indeed, QuEra uses a large variety of lasers and photonics components, including those developed in-house, to achieve our unique scale and performance. Key points include: - Quantum Technology Growth: The quantum technology sector is experiencing rapid growth and innovation, with significant applications in computing, cryptography, and sensing. - Photonics Importance: Photonics is essential for quantum technologies, particularly in areas like trapped ions, cold atoms, and NV (nitrogen-vacancy) centers, providing the necessary tools for manipulating and reading quantum states. - Challenges: Scalability and error correction are major obstacles that need to be overcome to make quantum technologies commercially viable. - Market Potential: The quantum technology market is expected to see substantial growth, presenting lucrative opportunities for early investors. - Strategic Investment: Companies and governments are encouraged to invest in quantum technologies now to gain a competitive edge in the future. - Photonics Companies: Companies specializing in photonics are poised to play a critical role in the development and implementation of quantum technologies. Quantum continues to be a buoyant field where photonics will play a critical role https://hubs.ly/Q02z9YDf0