Archer Materials receives advanced sensor prototype

Quantum technologies developer Archer Materials has received prototypes of its tunnel magnetoresistance (TMR) sensors from its foundry partner, MultiDimension Technology (MDT). Archer is sending the TMR sensor prototypes which are used in data centres, automotive, medical devices, and internet-of-things (“IoT”) and consumer electronics to its research partner in an Australian university for characterisation. The company…

UNSW researchers develop building materials that adjust to both heat and cold

UNSW researchers are developing new materials that improve on conventional supercooling materials used on buildings to combat the heat. The work is led by Scientia Professor Mat Santamouris of the university’s School of Built Environment, and the new-generation materials were recently tested in Kolkata, India in a collaboration with two international universities. According to a…

Archer to develop quantum sensors

Quantum technologies research company Archer Materials has signed an agreement with Chinese magnetic sensor manufacturer MultiDimension Technology to develop a tunnel magnetoresistance (TMR) sensor for commercial use in industrial applications. TMR sensors detect and measure currents leveraging quantum phenomena and are ideal for many industrial applications including artificial intelligence, data centres, automotive, and internet-of-things, according…

Archer develops devices for reading quantum information

Quantum development company Archer Materials has manufactured two proof-of-concept electrical devices which have improved the readout of data of its quantum devices and enhanced manufacturability of the company’s 12CQ quantum chip. Archer’s quantum team developed two complementary superconducting spin readout circuits, consisting of up to eight resonators. Each circuit resonator can simultaneously readout separate spin…