Boltzmann Lecture 2026 – The Magic of Moiré Quantum Matter
Veranstaltungen
Aktuelle Veranstaltungen an der Fakultät für Physik
A fundamental problem in the representation theory of vertex operator algebras (VOAs) is, given a VOA, to identify a category of its modules that can…
Christopher Raymond (Hamburg): Inverting hamiltonian reduction: an introduction
I discuss baryon formation in the early Universe in a confining SU(N) gauge theory containing quarks transforming in the fundamental representation of…
Enrico Nardi (Tallin): A Casimir bottleneck for large-N baryon formation in the early Universe
Silicon microrings emulate neurons through optical nonlinearities and programmable coupling. This talk explores spiking, memory, polarity and…
Lorenzo Pavesi (Trento): Biomimetic Intelligence with Silicon Microrings
Biomolecular mechanisms and interactions form the basis of biological function and regulation. Elucidating the underlying processes traditionally…
Philipp Kukura (Oxford): Unravelling biomolecular dynamics by single molecule mass measurement
The optical frequency comb (OFC) revolution began in the late 1999, marked by three pivotal publications [1-3]. Since then, the field has been a major…
Ursula Keller (Zurich): Single-Cavity Dual-Comb Lasers: Revolutionizing Spectroscopy, Long-Distance LiDAR and Pump-Probe Measurements
Objects that are levitated in vacuum achieve a level of isolation that allows them to explore fundamental physics and to realize new technologies.…
Jack Harris (Yale): Cavity optomechanics in a levitated superfluid droplet
Archiv von Veranstaltungen an der Fakultät für Physik
Objects that are levitated in vacuum achieve a level of isolation that allows them to explore fundamental physics and to realize new technologies.…
Jack Harris (Yale): Cavity optomechanics in a levitated superfluid droplet
The optical frequency comb (OFC) revolution began in the late 1999, marked by three pivotal publications [1-3]. Since then, the field has been a major…
Ursula Keller (Zurich): Single-Cavity Dual-Comb Lasers: Revolutionizing Spectroscopy, Long-Distance LiDAR and Pump-Probe Measurements
Biomolecular mechanisms and interactions form the basis of biological function and regulation. Elucidating the underlying processes traditionally…
Philipp Kukura (Oxford): Unravelling biomolecular dynamics by single molecule mass measurement
Boltzmann Lecture 2026 – The Magic of Moiré Quantum Matter
Boltzmann Lecture 2026 - Pablo Jarillo-Herrero (Massachusetts): The Magic of Moiré Quantum Matter
Silicon microrings emulate neurons through optical nonlinearities and programmable coupling. This talk explores spiking, memory, polarity and…
Lorenzo Pavesi (Trento): Biomimetic Intelligence with Silicon Microrings
I discuss baryon formation in the early Universe in a confining SU(N) gauge theory containing quarks transforming in the fundamental representation of…
Enrico Nardi (Tallin): A Casimir bottleneck for large-N baryon formation in the early Universe
A fundamental problem in the representation theory of vertex operator algebras (VOAs) is, given a VOA, to identify a category of its modules that can…
Christopher Raymond (Hamburg): Inverting hamiltonian reduction: an introduction
Indirect searches for new physics at the LHC increasingly rely on precision measurements in the high-energy tails of kinematic distributions, where…
Elie Hammou (Amsterdam): Tailored PDFs for new physics searches
Wilson lines are non-local probes of a gauge theory and define lower-dimensional quantum systems with their own local operators, OPEs and…