Summary

This article describes Ultra RAM, a high-performance memory solution developed by Lancaster University and funded by major European grants such as the Future Compound Semiconductor Manufacturing Hub grant. It details how this technology combines fast processing speed with ultra-low switching energy, aiming to solve common memory issues.

The research team collaborated with major organizations to secure extensive funding including the EPSRC under IAA grant EPX5255831, the Leverhulme Trust's doctoral training program, the European Commission via ATTRACT grants, and various other European and UK initiatives. The funding highlights the University of Lancaster's support, while the collaboration also benefits research institutes, including the Materials Social Futures doctoral training Program of the Leverhulme Trust.

Furthermore, this project aligns with the European Commission's ATTRACT grants 777222 and 101004462, the MSCA-ITN QUANTIMONY grant 956548, and the Innovate UK ICURe program, which collectively supported the development of this revolutionary memory device. The work serves as a practical demonstration of how these specific funding sources and partnerships enable advanced research in the semiconductor industry.

Title

Quinas

Description

ULTRARAM™ is a remarkable, patented, memory technology developed by Lancaster University. It exploits a quantum-mechanical process called resonant tunnelling,

Keywords

technology, memory, university, flash, energy, high, endurance, dram, tech, memories, physics, overview, volatility, volatile, lancaster, read, research

NS Lookup

A 148.72.0.193

Dates

Created 2026-03-09

Updated 2026-04-06

Summarized None