2020-12-15 Newsletter 4
2020-12-04 Press release and article: Could Your Smartphone Analyze the Corona Virus on Surfaces? Photonics Views
2020-11-13 Article: Nano level microscopy goes into the field, FETFX
2020-10-23 Article: Optical Microsopy – How small can it go? Physics World
2020-10-18 Article: ChipScope Symposium: Novel Approaches for a Chip-sized Optical Microscope
2020-05-07 Article: Microscope on a chip could bring medical expertise to distant patients, Horizon Magazine
2020-04-09 Article: ChipScope – ein neuer Ansatz für die Lichtmikroskopie
2020-04-03 Article: Un laboratoire sur puce? Développement d’un minuscule microscope optique à super-résolution, Cordis
2020-03-25 Article: Lab on a chip: Developing a tiny, super-resolution optical microscope, PhysOrg
2020-03-23 Article: Una novedosa tecnología de microscopía multimodal sin lentes para aplicaciones médicas
2020-03-23 Article: ChipScope: un nuevo enfoque para la microscopía óptica
2020-02-04 Artikel: Neue, multi-modale linsenlose Mikroskopietechnologie für medizinische Anwendungen
2019-12-09 Newsletter 3
2019-10-21 Press Release: ChipScope – a new approach to optical microscopy
2019-10-21 Press release: A multimodal novel lensless microscopy technology for medical applications
2019-5-28 Article in Horizon, the EU Research&Innovation Magazine : Microscope-on-a-chip focuses on super-resolution viewing
2019-05-04 Article on Cordis: ChipScope Workshop: Micro-nano technologies for integrated microscopy – Public workshop
2018-08-04 Article on Cordis: New ChipScope Video Just Released!
2018-12-06 Newsletter 2
2018-09-11 Article on Cordis: ChipScope Workshop: European Initiatives for the Next Generation of Nanoscopies in Biosciences
2018-05-08 The ChipScope project gets leading companies on board, Wiley
2018-04-27 Press Release: The ChipScope project gets leading companies on board
2017-12-20 Newsletter 1
2017-03-23 Press Book Press Release 2017-03-23
2017-03-23 Press Release: Launch of the ChipScope Project
2017-03-27 Article on Cordis: ChipScope project: Overcoming the Limits of Diffraction with Superresolution Lighting on a Chip
