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Low-Temperature Quantum Detectors: from fundamentals to applications.
Please register and encourage your fellow group members and colleagues to sign up as soon as possible so they can access the lower price.
LTQD 2025 is a satellite event in Helsinki that immediately precedes the LT30 conference in Bilbao, Spain. We already have an impressive list of confirmed speakers:
Keynote speakers:
Patrice Bertet (CEA Saclay, France); Kent Irwin (Stanford University); Andrew Cleland (University of Chicago)
Invited speakers:
Monica Allen (University of California, San Diego); Nicolò Crescini (Fondazione Bruno Kessler); Arkady Fedorov (University of Queensland); Mikko Möttönen (Aalto University, VTT); Michael Tobar (University of Western Australia); Shyam Shankar (University of Texas); Valla Fatemi (Cornell University); Martino Poggio (University of Basel); Karl Berggren (Massachusetts Institute of Technology)
The registration for this event, including applications for providing contributed scientific talks, are open to everyone!
When: August 3-6, 2025
Where: The Clarion Hotel, Tyynenmerenkatu 2, 00220 Helsinki
Registration: Standard Registration form | Aalto University personnel registration form
Event programme and additional details: InstituteQ event webpage
The topics of the conference comprise (but are not limited to) the following:
novel read-out methods and devices for quantum computers
ultrasensitive and fast thermometry, bolometry, and calorimetry
microwave single-photon detectors: applications in axion detection and spin measurements
new materials (high-kinetic inductance, granular superconductors, topological, graphene, other 2D materials)
algorithms for sensing, including machine learning
detectors for particle physics and astronomy
fundamental limits on sensitivity and quantum metrology
enabling devices: parametric amplifiers, low-temperature electronics
gravitational measurements
entanglement, squeezing, coherence, and active feedback as measurement resources
unconventional sensors in cQED
hybrid mechanical/magneto/opto/microwave devices
superconducting qubits as sensors of electromagnetic fields