Created by Collective Act, in collaboration with Turner Prize-winning artists Assemble, Grammy and Mercury nominated composer Jon Hopkins, and a team of leading technologists, scientists and philosophers, Dreamachine invites you on a magical journey to explore the extraordinary potential of your mind.
In 2022 Dreamachine engaged over a million people across the UK in a major interdisciplinary programme fusing world class artists with leading scientific researchers. Read more about the story and the impact of our programme here.
Do you see the world as it really is? It may seem to you that you do – that the world, with its colours and sounds and people and places, pours itself directly into your mind through your eyes and your ears, through all your senses. But research into perception – into how the brain makes sense of the information it receives – tells a very different story.
Take part in The Perception Census and learn about your powers of perception with games, illusions and brain teasers that explore how our senses create the world around us.
Watch the introduction to Dreamachine
Our major UK wide learning programme, developed in partnership with A New Direction, the British Science Association and UNICEF UK, is built around the ideas, themes and possibilities explored through Dreamachine - the power of the human mind, our sense of self, how we see the world, and how we connect with others.
We created over 30 accredited lesson plans in Science, Citizenship, and Health and Wellbeing, as well as Life’s Big Questions - our nationwide free interactive children’s survey for ages 7+, which brought some of the biggest philosophical questions into thousands of homes and classrooms across the world.
The answer may not be what you would expect. Researchers behind The Perception Census are hoping to get under the skin of the differences in the way we see the world and how this affects everything from our politics to our relationships.
The Perception Census remains open until 2023, but we’ve started to collate and share some exciting initial findings.
