Materials for those who understand quality
Organic Mixed Ion-Electron Conductor (OMIEC):
PE2-OE polymers: Incorporation of the unfunctionalized biEDOT unit increases backbone planarity and overall electroactive polymer content, ultimately delivers low operational voltages, high transconductance, and promising pulsing stability; thereby deeming PE2-OE-based devices of high interest for the detection of biological events and amplifying signals for electrophysiological recordings.
New ion-electron conducting polymers for ECD, OECT, OTE and BioEL applications.
1M is proud of support symposium #OMIEC – Understanding Mixed Ionic-Electronic Conductors within MATSUS Fall 24 conference.
ISOS15 1M Indoor IoT OPV 2024 acceptor Examples ISOS15 1M Indoor IoT OPV 2024 Donor Examples https://www.helmholtz-berlin.de/events/isos-15/sponsors_en.html
SWIR small molecules with a spectral coverage of 0.3 to 1.3 micrometers peaking beyond 1000 nanometers: PDTTIC-4F and ATT-X-Fin derivatives, click the link below for more information.
Highly tunable optical absorption, large absorption coefficients, and small leakage currents under dim lighting conditions make OPVs promising candidates for operating various small scale and low-power consumption indoor electronic devices. Theoretically, the maximum efficiency at Eg = 1.90–2.20 eV was calculated to be 50% under FL lamps and LEDs, practically over 30% of efficiency has been achieved in the many labs.
Here listed below are examples of our indoor OPV materials selected for further validation and optimization, we are very much looking forward to your suggestions.
