UK Atomic Clock, Water On Mars, Polar Research and the history of AMR | Innovation News Network Weekly

Welcome back to our Weekly newsletter! 2025 is off to a strong start with major breakthroughs, from a UK atomic clock revolutionising defence to new methods for recycling electronic waste. Mars exploration uncovers ancient water, while Europe leads in polar research and efforts to tackle antibiotic resistance intensify.

UK atomic clock to revolutionise defence operations with quantum tech

A pioneering UK-built atomic clock promises to transform military operations with advanced quantum technology, enhancing security and precision in the field.

Cornell method converts electronics waste into valuable materials

A groundbreaking method developed by researchers at Cornell University promises not only to recover gold from discarded electronics but also to repurpose it to reduce greenhouse gas emissions.

Water on Mars: New study uncovers ancient aquifers beneath the surface

A recent study has provided groundbreaking insights into how variations in the planet’s crustal thickness billions of years ago may have influenced its geological and hydrological systems, reshaping our understanding of water on Mars.

Quantum chromodynamics at the intensity frontier with a precision microscope

Professor Haiyan Gao of Duke University and Dr Zein-Eddine Meziani of Argonne National Laboratory outline the science case for the Solenoidal Large Intensity Device (SoLID) at Jefferson Lab.

Europe leads the charge in polar research with new Swedish hub

In a landmark move, the European Union is establishing the European Polar Coordination Office (EPCO) in January 2025.

Antibiotic resistance: 100 years of history

Antibiotic resistance (ABR) poses a serious threat to human health. The QURES Group has developed a nature-inspired solution, advocating for transformative practices to combat ABR effectively.