➀ Researchers at Fraunhofer ILT and RWTH Aachen are using synchrotron radiation to observe welding processes in detail, in real-time. This research aims to visualize steam bubbles, molten movement, and defects, optimizing battery and microelectronics production.

➁ The interdisciplinary team 'Laser Meets Synchrotron' at DESY focuses on fundamental scientific questions leading to industrial innovations. The team conducts 700 experiments in seven days to improve material properties and processes.

➂ Synchrotron radiation allows for high-resolution visualization of material structures and dynamic processes, enabling precise analysis for industrial innovation and optimization of welding processes in high-performance batteries and other critical components.

The Fraunhofer Institute for Laser Technology ILT and RWTH Aachen University are using synchrotron radiation to study laser processes in real-time, making it possible to visualize phenomena like vapor capillaries and melt movements. This research aims to optimize battery and microelectronics production and to develop new materials. The team is working on systems for high-resolution imaging and phase contrast visualization, which are crucial for understanding material properties and behaviors.

FMD has launched the Chiplet Application Hub, a central platform for chiplet technology development and application. The hub aims to bridge the gap between research and industry, accelerate the development of German-made chiplets, and reinforce Germany's technological resilience. It complements FMD's role in the Chips for Europe Initiative and builds on the APECS pilot line infrastructure.

The hub is designed to foster collaboration with industry partners, develop new chiplet solutions, and drive innovation in chiplet technologies. It is expected to enhance energy efficiency, performance, and the reusability of high-cost design components, particularly in the automotive and high-performance computing sectors.

➀ Bellezza's 2D graphene fusion process is being used for CMOS chip assembly, replacing copper with graphene.

➁ The process operates at temperatures below 400 degrees Celsius and as low as 200 degrees Celsius.

➂ This innovation aims to extend Moore's Law and eliminate copper circuits due to their limitations in size and electrical resistance.

➀ Intel has announced that three members of its board of directors will not seek reelection, shifting the board's focus to a more high-tech industry-oriented one.

➁ The departing directors have backgrounds in healthcare and academia, and their departure is seen as a move towards deeper tech expertise.

➂ The new board composition includes a stronger emphasis on industry-specific knowledge, which may help Intel regain its competitive edge.

➀ NMI will host a conference on March 26th in Glasgow to explore new markets and technologies for expansion.

➁ The event at the University of Strathclyde focuses on the expected growth of the global semiconductor industry, which is projected to reach a $2 trillion market in the next decade.

➂ Key speakers will discuss topics like manufacturing innovation, market trends, sustainability, and the impact of emerging technologies.

➀ Amazon's AWS has introduced Ocelot, a new scalable quantum computing solution that claims to reduce the cost of quantum computing error correction by up to 90%;

➁ Ocelot is built around a novel design that implements 'cat qubits' to inherently suppress certain forms of errors;

➂ The AWS Ocelot architecture could reduce the timeline to a practical quantum computer by up to five years, according to AWS director of Quantum Hardware, Oskar Painter.