ARRXF News and Press, Archer Materials Ltd

Highlights Archer Materials has demonstrated multiplexing readout for its Biochip by integrating its advanced gFET sensors with newly developed hardware and software that analyse multiple liquid samples on a chip at once. Archer will apply the single-chip multiplexing capability to ...

Highlights Archer Materials’ commercial foundry partner in the Netherlands has validated its advanced biochip gFET design by manufacturing the chips using whole four-inch wafer semiconductor fabrication processes. The new gFET design for multiplexing was fabricated at a comme...

Highlights Archer Materials has advanced its biochip gFET design to improve its detection and control capabilities which link to the goal of single device multiplexing. The advanced gFET design is aimed at allowing the biochip to handle liquid samples to test for multiple diseases a...

Highlights Archer Materials has successfully completed a proof of concept biosensing graphene transistor for use in its biochip. The design has been submitted to a commercial foundry for a Multi-Project Wafer run. Fabrication at commercial foundries to verify the scalability of Ar...

Highlights Archer Materials has engineered its qubit material to mimic a high vacuum environment, preserving quantum functionality at room temperature in air. The semiconductor fabrication process is foundry-compatible and has the potential for technology translation to industrially s...

Highlights Archer Materials has advanced the room temperature capabilities of its qubit material, achieving unprecedented quantum coherence times. The long coherence times increases the time-window for processing quantum information at room temperature beyond that for any known, simil...

Highlights Archer Materials is the first Australian company to partner with the World Economic Forum’s Centre for the Fourth Industrial Revolution (C4IR) Recognises Archer’s leadership and innovation in qubit processors for semiconductor devices in quantum computing, and...

Highlights 12 CQ chip development advances to wafer-scale quantum electronic device fabrication using foundry-compatible UV optical and E-beam lithography. Hundreds of quantum electronic devices and qubit materials prepared for testing, measurement, integration, and optimisation...

Highlights Archer has advanced its biochip development by overcoming a conventional limitation preventing many biosensing platforms from becoming broadly useful. The work builds on the significant technology development by the Company to potentially allow for the selective, complex on...