MSI: Ultralow-power, Non-volatile, Random Access Memory Arrays for Data centers and Space Applications (ULTRARAM).

MSI: Ultralow-power, Non-volatile, Random Access Memory Arrays for Data centers and Space Applications (ULTRARAM).

Our PhDs are organised by our research groups. For more information on each of these groups, please visit the Research section. Observational Astrophysics. Observational Astrophysics PhDs accordion. Show all sections. Distant Type Ia supernovae and

Lancaster spin-out company Quinas whose universal computer memory ULTRARAM (TM) could lead to a more efficient, reliable and sustainable digital future.

Lancaster University spinout company Quinas Technology Ltd. has been awarded GBP300,000 from Innovate UK to commercialise the universal computer memory ULTRARAM (TM). ... submission, said: "This award is a ringing endorsement of ULTRARAM and its

is non-volatile, low-voltage, non-destructively read, fast, cheap and high endurance. We recently demonstrated novel III-V compound semiconductor candidate universal memory cells (ULTRARAM), and research is rapidly progressing

Selected from a highly competitive pool of more than 780 applicants across 95 countries, Quinas was recognised for its work in reshaping the future of computer memory with its patented ULTRARAM ... With the use of quantum resonant tunnelling as the key

This gives ULTRARAM its contradictory property of being able to easily change robustly stored data. ... MSI: Ultralow-power, Non-volatile, Random Access Memory Arrays for Data centers and Space Applications (ULTRARAM).

a working random access memory (RAM).Lancaster's patented ULTRARAM (TM) could replace the $100bn market for dynamic random access memory (DRAM), the 'working memory' of computers, with an equally fast

Features also include Professor Manus Hayne and the development of ULTRARAM technology, Professor Renaud Foucart on why we don’t listen to experts, Dr Yakubu Salifu on the making ‘dying well’