Polaritons form when light strongly couples to material excitations, giving photons an effective mass, slower motion, and increased interaction strength for applications in photonics, sensing, chemistry, lasers, and emerging quantum devices and circuits.
By Ankit Singh
9 Jul 2026
Open and closed-loop picomotor systems offer unique advantages in precision motion control, essential for applications like beam alignment and positioning.
Effective fiber alignment techniques are crucial for reducing signal degradation in optical networks, ensuring reliable data transmission and lower costs.
With 55 years of expertise, Newport Corp delivers cutting-edge motion control technologies, fostering advancements in research and industrial applications.
SERS enables label-free protein detection by amplifying Raman signals on engineered metal substrates, supporting biomarker discovery, single-molecule sensitivity, immunoassays, imaging, and machine-learning-assisted proteomics workflows for research and clinical diagnostics applications.
By Ankit Singh
2 Jul 2026
Photonic integrated circuits are revolutionizing sensing and measurement, enhancing FMCW LiDAR and vibrometry with precision, scalability, and robustness.
Partial coherence gives optical systems a tunable design variable beyond lasers, improving imaging, sensing, communication, and photonic computing by shaping correlation structures instead of maximizing coherence by default.
By Ankit Singh
25 Jun 2026
Fiber-optic spectroscopy uses light-guiding probes to monitor temperature, strain, pressure, and chemical signals remotely, enabling continuous real-time sensing in oil wells, volcanoes, nuclear reactors, aerospace structures, and other harsh environments.
By Ankit Singh
18 Jun 2026
Achieve accurate spectral performance in fluorescence systems with optical cubes, featuring expertly arranged filters and mirrors for reliable imaging results.
Optimizing filter configurations in fluorescence imaging enhances speed and contrast, crucial for effective live cell imaging and experimental precision.