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Development of innovative and sustainable approaches applied to the recovery of gold and critical elements from ores and spent printed circuit boards

Phosphogypsum Processing to Critical Raw Materials

Environmental, functional and evolutionary characterisation of the secondary red chloroplast proteome

Photosynthesis in the ocean is as important to the planetary climate as that of plants; and is performed by a wide range of cyanobacteria and eukaryotic algae, which possess chloroplasts derived throu

Evolved magmatic and pegmatitic systems as sources of critical raw materials and industrial minerals

Seismic and electromagnetic methods for deep mineral exploration

Field testing an integrated quantum repeater node

A quantum repeater-based internet can address our society’s need for secure communication and form the backbone for distributed quantum computing and sensing tasks [1,2]. In order to address the scala

Quantum Enabled Secure Multiparty Computation for Genomic Medicine

Collaborative genomic medicine is on the verge to bring major advances to medical research and health care services. However, it also raises major ethical concerns if privacy is not strictly assured.

Bioinspired soft actuation

Natural biological structures, e.g. plants and insects, are a fantastic source of inspiration featuring strategies where control of form and motion often relies on interacting elementary units that ex

Quantum algorithms for optimization

Computational devices and closely-related information-processing technologies are among the most revolutionary inventions of the past century. Another groundbreaking discovery of the 20th century was

Nanoscaled ferroelectric (pseudo)-binary oxide thin film supercapacitors for flexible and ultrafast pulsed power electronics

The NanOx4EStor project addresses Topic 4 "Functional Materials” and, in addition, several aspects of Topic 2 “Innovative surfaces, coatings and interfaces”. NanOx4EStor aims at making a breakthrough