Prof. Dr. Moritz Queisner | digital health
Edited Volume Feiersinger L, Friedrich K, Queisner M, ed. Image – Action – Space: Situating the Screen in Visual Practice. Berlin, Boston: De Gruyter; 2018. doi.org/10.1515/9783110464979. More info via DeGruyter Verlag Download the book as PDF (CC BY-NC-SA 4.0) With contributions from Aud Sissel Hoel, Erkki Huhtamo, Tristan Thielmann, Jan Distelmeyer, Luisa Feiersinger, Lasse Scherffig, […]
In 2018 I co-founded the Adaptive Imaging Group. The Adaptive Imaging Group is a collective of scholars, designers and scientists, who study image-guided practices in contemporary media technology. The group’s objective is to critically define a new relationship between imaging, interaction and intervention. Project website: http://adaptiveimaging.org Members: Dr. Moritz Queisner, Dr. Kathrin Friedrich, Prof. Dr. […]
Volumetric OR is an interactive virtual reality concept that transforms how physicians record and learn about surgical interventions. It’s a VR app that transforms how physicians learn about surgical interventions. Volumetric OR presents a new approach to fostering the complex interaction between, and collaboration by, surgical health professions – surgeons, anaesthesiologists and surgical assistants. Situated in […]
Adaptive Anatomy is a new approach to image display in the operating room using mixed reality Project website: http://adaptiveimaging.org/adaptive-anatomy With the improved capability of sensor and display technologies, medical screens have become mobile, touch-sensitive, flexible and, most recently, transparent. The introduction of transparent displays has the potential to fundamentally change the concepts of intra-operative imaging […]
Queisner M, Franz N. Die Akteure verlassen die Kontrollstation. Krisenhafte Kooperationen im bildgeführten Drohnenkrieg. In: Bennke J, Seifert J, Siegler M, Terberl C, ed. Das Mitsein der Medien. Prekäre Koexistenzen von Menschen, Maschinen und Algorithmen, Paderborn: Fink 2018:27-58. doi.org/10.30965/9783770561957_003 Download via Academia.edu (PDF) Abstract: Die jüngste Forschung über die Steuerung und Navigation unbemannter Flugobjekte konzipiert […]
Together with my colleagues Moritz Queisner, Igor Sauer, Michael Pogorzhelskyi, Christopher Remde, Peter Tang and Simon Moosburner I pusblished a paper on VR and AR in surgery in Making Games, a leading game developer journal. Citation: Moritz Queisner, Igor Sauer, Michael Pogorzhelskyi, Christopher Remde (2018) Future Operating Room. Augmented und Virtual Reality in der Chirurgie. In: Making […]
In this text I look into the basic design principles of mixed reality. Transparent display technology fundamentally challenges the concept of the screen: it turns viewing first and foremost into using. Transparent media presents users with a complex ensemble of imaging techniques and visual information that is embedded into their action routines, viewing habits and […]
Inn this paper we look into application of a mixed reality (MR) headmounted display (HMD) for the visualization of anatomical structures in complex visceral-surgical interventions. Paper „Mixed Reality in visceral surgery – Development of a suitable workflow and evaluation of intraoperative use-cases“ in Annals of Surgery. Citation: Sauer IM, Queisner M, Tang P, et al. Mixed […]
International conference: Situation Space – How Spatial Images Define the User’s Disposition 12.–13.1.2017, Cluster of Excellence Image Knowledge Gestaltung, Humboldt Universität zu Berlin, Team: Moritz Queisner, Kathrin Friedrich and Luisa Feiersinger. The conference aims to apply theoretical and practical approaches in a discussion of the operative and narrative implications of visual practices as spatial dispositions. In order to analyse […]
Hololiver is a prototype for viewers displaying medical images (CT, MRT) in a mixed reality head-mounted display. It can present 3D models of sectional images and was developed in 2017. Team: Exzellenzcluster Bild Wissen Gestaltung, Humboldt Universität zu Berlin, Charité Universitätsmedizin Berlin und Virtual Spice. (image credit: Michael Pogorzhelskiy)
