Dr Johanna Love
Title
Course Leader - MA Printmaking
College
University of the Arts London
Email address
Tags
Researcher Research
Biography
Johanna Love is an artist, academic and researcher living in London, UK. In 2022 she became Scientific Associate at The Natural History Museum in London and continues to work across fields of art/science. She is interested in making images that operate at the limits of human perception and often invoke ideas of the technological sublime, through print, drawing and photographic languages, often combining all together, using landscape and architectural subject matter, to generate unstable, shifting material surfaces, and visually complex and unfathomable images. Here, the fractured, open and complex images offer an arena within which we can contemplate themes of time, memory and mortality.In 2013 she attained a PhD in the field of Fine Art at Chelsea college of Arts, with a thesis titled Dust: Exploring new ways of viewing the photographic printed image. Previous to this, she completed a fellowship in Printmaking at The Royal Academy Schools between 2001-5. She exhibits nationally and internationally; continues to contribute to key debates through exhibitions and international conferences and symposiums across fine art printmaking, drawing and photography contexts.
Over the last few years Johanna has been working in collaboration with senior scientists at The Natural History Museum, London and the Interplanetary Sciences Archive at UCL. At the Natural History Museum Johanna works with Electron-microscopy to examine samples of dust collected from her families old home in the centre of Hamburg, Germany. The house sits in the centre of Hamburg and withstood the intense bombing of WW2. Johanna's interests are in the dust as an archive of time and place; of history and memory; and also of the discord between the scientific image and human perception. She is currently making large-scale drawings to re-think and re- negotiate the scientific image and generate new readings of time, scale and weight.