According to the World Economic Forum (WEF), the manufacturing industry will need to undertake a major structural shift in the face of emerging technology, climate change and geopolitical tensions that will be driven by economies of skill where global collaborations will be critical to fortifying value chains amidst ongoing disruptions. The WEF White Paper, From
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Semiconductor company Archer Materials (ASX: AXE) has made notable technology development progress with its 12CQ quantum chip and its Biochip lab-on-a-chip technology. To progress the 12CQ chip development, Archer designed, developed and built a new type of device called a pulsed electron spin resonance (p-ESR) chip. Archer was able to leverage the expertise of Swiss-based
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Australian semiconductor company Archer Materials (ASX: AXE) has joined forces with Switzerland’s research institute École Polytechnique Fédérale de Lausanne (EPFL) to build a microchip aimed at revolutionising the study of quantum materials. The chip’s features open potential opportunities for Archer to develop quantum sensors, miniaturised spectrometers, and analytical devices for precision sensing. This new chip,
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If you’re somewhat versed in the tech world, you have probably heard terms like semiconductors, quantum computing and bioelectronics, and their potential to change the world. While some companies might suggest that these have a long way to go before they are usable by the layman, Archer Materials is readying to inject them into our
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Working closer towards commercialising its cutting-edge graphene Biochip, semiconductor company Archer Materials (ASX: AXE) has dispatched its latest chip design iteration to a certified foundry in Spain for fabrication through a whole wafer manufacturing run. This move is part of Archer’s ongoing commitment to pushing the boundaries in both quantum computing and medical diagnostics while
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According to UBS, 3.16 billion people cannot reach a healthcare facility by foot within an hour, with many battling with poverty and inaccessibility to resources. But what if people didn’t have to delay? What if they could use a microchip to diagnose, monitor and upload their data, which a doctor could digitally survey? That’s the
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