A Metamaterial-based technology to create Electricity from Light (AMELI)
The ERC POC AMELI aims to convert light into electricity using metamaterials, i.e. artificial materials whose properties are mainly dictated by their internal geometric parameters. This new approach is based on controlled effects of the temperature of the electrons created by illumination of the structures. A first proof of concept in the field of photovoltaics and/or photodetection will be presented at the end of the project.
Also worth reading
On-chip generation of spatial entanglement
The QITE team just published in Phys. Rev. Lett. its work on the generation of spatial entanglement in nonlinear waveguide arrays, in collaboration with C2N and INPHYNI. Combining the generation and manipulation of complex quantum states of light on a single chip is a...
An hybrid III-V / Silicon source of photon pairs
The QITE team of MPQ lab, in collaboration with C2N lab, INPHYNI and STMicroelectronics, has just published its work on the development of integrated hybrid sources of entangled photons in PRX Quantum. Combining the generation and manipulation of quantum states of...
Emergent quantum phase transition in superconducting circuits
The THEORIE team has recently published a significant theoretical study in Nature Communications on the topic of quantum critical phenomena. This research addresses a current debate that questions the traditional understanding of dissipative quantum phase transitions...
Photonics Innovation Award 2024 for Hamidreza Neshasteh
Congratulations to Hamidreza Neshasteh and Florent Malabat, of the LIME team, who have received the Photonics21 Innovation Award 2024 !The award, with a prize money of €5,000 honours “the outstanding research on micron-scale laboratory housed on a single miniature...