<p>➀ Ed proposes molybdenum disulphide (MoS2) as a potential silicon replacement for 2D ICs, citing its high current density, tunable bandgap, and compatibility with silicon; </p><p>➀ He devises a government-backed scheme offering 50% R&D tax credits, 75% income tax relief for investors, and public funding for imec licenses to attract MoS2 startups and global research talent; </p><p>➂ While the initiative aims to position the UK as a tech leader in 2D ICs, Ed personally profits by vetting applications based on undisclosed inducements, making MoS2 a lucrative venture for him.</p>
Related Articles
- Startup aims to 3D print chips and cut production costs by 90% — nanoprinter operates at wafer scale4 months ago
- Students Develop Novel Multi-Metal 3D Printing Process2 days ago
- 15 Years of Fraunhofer IZM-ASSID: The Future of Microelectronics Shaped by Fraunhofer IZM’s Dresden Site2 months ago
- Top Ten OSAT Companies In 20242 months ago
- 3D Chips Could Make Electronics Faster3 months ago
- Non-Destructive Imaging Uncovers Structural Secrets of Nanoelectronic Devices3 months ago
- Qorvo front end for WiFi 73 months ago
- Picture of the Day: “Holographic truck” and its rotating LEDs3 months ago
- Analogue Insight and Tetrivis Announce Joint Development of “Eurytion RFK1,” a UCIe based 12 nm Ka/Ku-Band RF Chiplet Transceiver3 months ago
- Excellence Clusters: KIT Successful with Proposals on Battery Research and 3D Designer Materials4 months ago