DIFFER
In the media
In the media
2022
- SmartGridsInfo (Spain), Desarrollan una base de datos de moléculas para futuras baterías de flujo redox
- C2W Mens & Molecule, Database met elektro-actieve moleculen
- Innovation Origins (EN), DIFFER publishes database with 31,618 molecules to improve energy storage in batteries
- Energia Italia (Italy), Scoperte nuove 31.618 molecole per le batterie Redox
- Innovation Origins (NL), DIFFER publiceert database met 31.618 moleculen om energieopslag batterijen te verbeteren
- Technology Networks, Over 31,000 Molecules Hold Great Promise for Energy Storage in Batteries
- Swift Telecast (India), Researchers publish 31,618 molecules with potential for energy storage in batteries
- UplinkBr (Brasilia), Pesquisadores publicam 31.618 moléculas com potencial para armazenamento de energia em baterias
- World Energy Trade (ES), Investigadores publican 31.618 moléculas con potencial para el almacenamiento de energía en baterías
- Redimin (Chile), Investigadores publican 31.618 moléculas con potencial para el almacenamiento de energía en baterías
- Lifeboat Foundation, Researchers publish 31,618 molecules with potential for energy storage in batteries
- EU Science & Innovation, Beata Tyburska-Pueschel - Young professional in the nuclear field
- Radio 1, Kernfusie geslaagd (en ook mislukt)
- Libertà (Italië), Elettroni usati come proiettili per produrre ossigeno su Marte
- ANSA (Italië), Ossigeno su Marte, elettroni come proiettili per produrlo
- SpaceRef, Harvesting resources on Mars with plasmas
- TNN (Thailand), ทีมนักวิทย์พบวิธีผลิตก๊าซออกซิเจนบนดาวอังคาร
- SciTechDaily, New way invented to produce oxygen on Mars for future explorers