Project
APhRICA - "Advanced Physics in Rwanda Ism-cnr Cooperation Agreement"
Approved on June 25, 2024, by the CNR Board of Directors, the agreement with ICTP-EAIFR in Kigali (Rwanda) will launch multi-year strategic initiatives focused on advanced training and the exchange of experiences and scientific results in the fields of physics and materials science.
This project achieves a significant objective of the CNR's Reorganization and Relaunch Plan for the international repositioning of the Institution, which aims to initiate or strengthen strategic partnerships with research systems outside the EU.
IBIS ECO: Final Event for the Presentation of Project Results
On June 28th, the University Campus of Matera will host the presentation event for the results of the IBIS ECO project, aiming to inform system users and interested operators about the potential of the developed platform.
In particular, CNR-ISM will showcase the developed KET technology, with the release of the KET prototype installed in the demonstrators.
GREEN DIADEMA “GREEN DIAmond DEtector production MAchine”
A project born from the collaboration between OMICA Srl and the DiaTHEMA Lab of CNR-ISM. The goal is to create a green and smart system for the production of multispectral electro-optical diamond devices to be used for the detection of ultraviolet radiation, below 300 nm and at very low intensity, in a space environment. These devices can be utilized both for Earth observation and space missions.
ResET - Resonant Energy Transfer from Plasmonic Nanoparticles to Semiconductors: a Route to Improve Solar Photocatalytic Efficiency
ResET is a 2-year long project funded by the European Union - Next Generation EU through the PRIN PNRR2022 grant scheme.
It aims to investigate resonant transfer of energy from plasmonic materials to semiconductor materials as a route to sensitise these materials to light with energies both above and below their band gaps.
GIANCE - Graphene Alliance for Sustainable Multifunctional Materials to Tackle Environmental Challenges
GIANCE is a 3-year long project funded by Horizon Europe. It presents creative solutions to environmental challenges by establishing a comprehensive and industry-driven platform. This platform aims to design, develop, and produce the next generation of affordable, eco-friendly, lightweight, recyclable graphene and related materials(GRM)-based multifunctional composites, coatings, foams, and membranes.
SPEEDHY - Solar PhotoElectrochEmical black Diamond converters for hydrogen and ammonia production
SPEEDHY (Solar PhotoElectrochEmical black Diamond converters for hydrogen and ammonia production) project, funded within the PE5 sector of the PRIN 2022-U40 initiative, aims at demonstrating a new technology, based on defect engineerewww.speedhy.itd diamond structures, for the green production of hydrogen (H2) and ammonia (NH3) by exploiting concentrated solar radiation.
ESILARANTE - ElectroSpray Immobilization of LAccase foR cANnabinoids deTEction
ESILARANTE is a project financed by the MUR as part of the PRIN 2022 call and aims to characterize and develop a portable sensor platform for the detection of tetrahydrocannabinol (THC), based on laccase-based biosensors produced through the green ElettroSpray Deposition technique ( ESD).
An idea born from the collaboration of the CNR - ISM Istituto di Struttura della Materia and the Alma Mater Studiorum - University of Bologna
NEST - Network for Energy Sustainable Transition
Universities, research centers, and businesses for the Italian Energy Transition.
The NEST Foundation is the core organization and sole point of reference for the implementation, coordination, and management of the "Extended Partnership" in the field of "Future Energy Scenarios, line 2a: Future Green Energies".
Effective Light management in 2D perOvskite absorbeRs for A disruptive tanDem phOtovoltaic technology - ELDORADO
ELDORADO is a project funded by the Italian Ministry of Education, Universities, and Research (MUR) under the PRIN 2022 call. The goal is to develop a new 2D perovskite active layer for use in a solar cell and optimize its integration into a tandem device to increase the energy conversion efficiency of a commercial silicon-based cell.
ATYPICAL - Atomically precise multifunctional single atom platforms
The goal of the project is to create single atom platforms, using organic templates obtained via the on-surface synthesis method. The focus is on 1D and 2D nanostructures with innovative characteristics and able to stabilize single metal atoms for applications in catalysis and magnetism.
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PRIN2022 e PRINPNRR2022: CNR-ISM will play a central role with a total of 19 projects
#PRIN2022 e #PRINPNRR2022: CNR-ISM will play a central role with a total of 19 projects approved including 7 as Principal Investigator in the fields of innovative materials, energy, sensors and biomedicine.
EMERA project: Efficiency improvement of Micro Energy Networks powered only by Renewable sources for the Autonomy and independence of rural areas
The aim of the project is to integrate the energy produced by solar cells and biomasses into a compact storage module to power electric micro-networks of rural communities poorly served by national services. The focus is placed on the improvement of a hybrid system and on the use of the production residue, enhancing both the energy value and the environmental impact.
ACCESS - Atomically precise carbon-based platforms for single-atom nanomaterials
The aim of the project is to identify useful strategies for the formation of new low-dimensional nanomaterials through the on-surface synthesis.
The focus is on the use of organic nanostructures that are able to stabilize single metal atoms for applications in catalysis.
iSenseDNA - Computation driven development of novel vivo-like-DNA-nanotransducers for biomolecules structure identification
Understanding how a specific molecule performs during complex biological processes is a challenge in biomedical research, despite extensive biotechnological advances in recent years. A new major EU FET project that sees the involvement of CNR-IBBR and CNR-ISM, iSenseDNA, is now focusing on developing a technology to identify what a change in a molecular structure means for its function.
#Supercoiled_DNA #DNA_modelling #optical_analysis #onchip_photonics
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