Abstract
While incredible amounts of information on the Universe have been gathered in the last decades using optical means and have dramatically sharpened our understanding of the Cosmos, the outcome is that the overwhelming fraction of our world remains invisible, either through the limitations of our senses (whether natural or technologically expanded) or because those invisible domains simply do not interact with light. Photographing, imaging or otherwise apprehending these and thus overcoming the limitations linked to our reliance on light requires re-evaluating our assumptions, broadening our toolkit and reconsidering what we mean by seeing, as will be exemplified via a range of explorations of these invisible domains and the occasional conceptual consequences of such attempts.
- Michael Doser is a senior research physicist at CERN, the European Center for Nuclear Research in Geneva, Switzerland, focusing on working with antimatter. Spokesperson of the AEgIS experiment at CERN. Editor of Physics Letters B and of the Review of Particle Properties. Lecturer to a wide spectrum of specialist and non-specialist audiences, from school children to decision makers, often also at art-related events.
liverpool.ac.uk/ava/network-structure/steering-committee/michael_doser
researchgate.net/profile/Michael_Doser2