Electrosciences Research Projects
Energy harvesting – nanoscale to macroscale characterisation
Improved power and material measurements will enable development of optimised, future-proof electronic devices...
Accurately determining the piezoelectric coefficient of nanowires
Improved power and material measurements will enable development of optimised, future-proof electronic devices...
Therminator
Improved power and material measurements will enable development of optimised, future-proof electronic devices...
Energy Harvesting Nanowires- new method to create very long piezoelectric nanowires
Improved power and material measurements will enable development of optimised, future-proof electronic devices...
Energy-Harvesting-Nanowires-EMPIR
Improved power and material measurements will enable development of optimised, future-proof electronic devices...
Operando metrology for energy storage materials – 21GRD01 EMPIR Project
Improved power and material measurements will enable development of optimised, future-proof electronic devices...
Electrical nanoscale metrology in industry
Improved power and material measurements will enable development of optimised, future-proof electronic devices...
High throughput metrology for nanowire energy harvesting devices
Improved power and material measurements will enable development of optimised, future-proof electronic devices...
Electrosciences major partner in a new European Research Project – ADVENT
Improved power and material measurements will enable development of optimised, future-proof electronic devices...
Electrosciences Ltd technically leads H2020 project in nanoelectronics
Electrosciences announces the start of a multinational project funded by the European Commission under the H2020 ICT Programme: PETMEM (Piezoelectronic Transduction Memory Device)...
