News

How to fail productively

  • Working at ETH
  • D-PHYS
  • Vocational Training
Team Maze with the exhibit item

Apprentices from four different professional careers paths within the vocational training programme managed by the Department of Physics had to work in teams to build an interactive exhibition item in the Physics4mation pilot project. They learned how to collaborate with colleagues, carry out interdisciplinary work and handle failure. The Physics4mation project will now be part of the vocational training programme in the physics department.

by Kilian Kessler

If Earth were an exoplanet

  • Research
  • Physics
  • Astronomy
  • D-PHYS
  • Astrophysics (IPA)
The LIFE mission

Researchers from the Institute for Particle Physics and Astrophysics at ETH Zurich and the Department of Astrophysics at the University of Zurich asked if the potential future LIFE space mission could detect evidence of a habitable and inhabited Earth – and the answer is affirmative.

by Gaia Donati

Rediscovering quantum mechanics through teaching

  • Education
  • Physics
  • D-PHYS
  • Quantum sciences
  • 100 Years of Quantum Mechanics
A person walking through mirrors

No two lecturers are likely to teach quantum mechanics in the same way, but many will agree that its richness and intrinsic peculiarities make for a wonderful playground for teaching experimentation.

by Gaia Donati

PPLUS grows thanks to Innovedum Fund

  • Education
  • D-PHYS
  • Physics
The first PPLUS students

Physics practicals allow undergraduate students to gain first-hand experience with conducting experiments in solid-state physics, quantum optics as well as nuclear and particle physics. PPLUS, a new project-based module, was launched in 2023 and offers an alternative to standard practicals. Thanks to recent support by the ETH Innovedum Fund, PPLUS will be growing further.

by Kilian J. Kessler

Long live the graphene valley state

  • Laboratory for Solid State Physics (LFKP)
  • Research
  • Physics
  • D-PHYS
  • Quantum sciences
Artistic impression of the physical system

Researchers in the Laboratory for Solid State Physics at ETH Zurich found evidence that bilayer graphene quantum dots may host a promising new type of quantum bit based on so-called valley states.

by Gaia Donati
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