Topics will cover:
- Atom interferometry
- Status and perspectives of gravity experiments
- Status and perspectives of rotation experiments
- Status and perspectives of the weak equivalence principle.
- Status and perspectives of charge neutrality tests
- Cluster interferometry
- How to prepare the most brillant sources
- Technologies needed to push to 10 MDa, 100 MDa, 1 GDa interferference
- Testing the weak equivalence principle with quantum particles composed of thousand atoms?
- Towards nanoparticle interference
- Nanodiamond in Stern Gerlach interferometry
- Squeezing and squashing the wave function
- Magnetically levitated nanoparticles
- Interference via entanglement
- Nanobiological materials in quantum experiments
- Slow protein beams
- Beam splitters for biopolymers
- Detectors for neutral biopolymer beams
- How to extract folding information from quantum interference
- Lecturer: Arndt Markus
Semester (Course overview): 2025S