This is NanoMatter | Hardtech Innovation Batch 3

NanoMatter introduces the future of computing: TMD-based computer chips.
One could say that many of the technological advancements we’ve experienced in the past couple of decades have been due to silicon-based computer chips. Our modern digital lives rely heavily on these semiconductor chips and transistors found in silicon-based integrated circuits.
Yet, the pace of technological progress is rapidly increasing, marked by innovations like the Internet of Things (IoT), artificial intelligence (AI), 5G, and autonomous vehicles, among others. This indicates that silicon is reaching its physical limits. Opinions vary regarding the future of computer chips, but one thing is certain: production methods and demands will undergo significant changes, and new materials such as TMD (transition metal dichalcogenides) will become increasingly relevant in innovative product development.
Apart from the limitations of silicon, the growing significance of AI is also a major factor. AI companies require high processing power and thus consume significant amounts of energy to operate their devices.
NanoMatter is currently tackling this challenge by focusing on developing the next generation of computer chips. “The future of computing lies in a new material called TMD (Transition metal dichalcogenides),” explains Mithun, describing their work. “We’re a Deeptech company tackling a Deeptech problem, committed to bringing new computer chips to market.”
NanoMatter is part of MotionLab.Berlin's Hardtech Innovation Accelerator Program. They are developing a TMD-based computer chip that is only three atoms thick. This chip is projected to be approximately 1000 times faster and use 40% less power compared to conventional silicon chips.
➡️Read more about NanoMatter's vision and journey here:
motionlab.berl...
The Hardtech Innovation program is supported by funds from the European Union (European Social Fund) and the State of Berlin."