Schuster Building

Opened in 1967, the Schuster Building at the University of Manchester stands as a testament to scientific pursuit. It’s named after physicist Arthur Schuster, a key figure in establishing the university’s physics department. This building isn’t just bricks and mortar. It’s a hub of discovery, home to the Department of Physics and Astronomy. Inside the Schuster Building, lecture theatres bear the names of scientific giants. Rutherford, Bragg, Blackett, and Moseley. Even the newer annexe boasts a lecture theatre named after Jocelyn Bell Burnell. The architecture of the Schuster Building reflects the era of expansion for the university. Part of the Science Quadrangle, it joined other scientific buildings like the Electrical Engineering Laboratory and the Simon Engineering Laboratories. The Schuster Annexe, a modern addition completed in 2017, seamlessly connects to the original building via a metal bridge. Within its walls, the Schuster Building houses cutting-edge labs and offices. It fosters collaboration between various physics groups, from Biological Physics to Theoretical Physics. A rooftop telescope offers glimpses into the cosmos, while the Niels Bohr Common Room provides a space for contemplation. Did you know that the groundbreaking isolation of graphene in 2004 happened right here in the Schuster Building? Professors Andre Geim and Konstantin Novoselov achieved this feat, further cementing the building’s place in scientific history. Even the art here speaks of science. The mosaic “The Alchemist’s Elements” by Hans Tisdall, mounted on the building in 2022, adds a visual representation of scientific exploration. The Schuster Building is more than just a building. It is a living testament to the pursuit of knowledge, a place where groundbreaking discoveries are made, and future scientists are nurtured.