<p>➀ Researchers developed an on-chip THz multiplexer using inverse design and quantum cascade lasers, operating in the 2.2–3.2 THz range;</p><p>➁ The compact device (200×200 µm) integrates III–V semiconductors and polymer waveguides, achieving three broadband channels with low crosstalk;</p><p>➂ Applications include THz communication and spectroscopy, demonstrating potential for scalable photonic integration beyond telecom wavelengths.</p>
Related Articles
- Arteris Selected by NanoXplore for Space Applications19 days ago
- Microelectronics: Definition, Fabrication, Materials, Applications & Future Trends26 days ago
- Staying Current: Midyear 2025 EDA Tools for Engineers (Part 1)2 months ago
- The Future of Open-Source Silicon Was Widely Debated at IHP – Summary of the FSiC 2025 Conference3 months ago
- EnSilica opens Cambridge hub, adds engineers5 months ago
- Digital tools for industrial process development5 months ago
- Startup aims to 3D print chips and cut production costs by 90% — nanoprinter operates at wafer scale6 months ago
- Lead-Free Solder Paste For Advanced Assembly6 months ago
- Prototype of a Particularly Sustainable and Energy-Autonomous E-Bike Terminal Developed at HKA6 months ago
- Enhancing Chitosan Films with Silanized Hexagonal Boron Nitride for Sustainable Applications6 months ago