Exploring the boundaries of quantum mechanics.
Branco Weiss Fellow in Physics at @ETH Zurich, passionate about science, philosophy and art in all its forms.
We wrote a small review on displacement and rotation sensing with continuous-variable systems https://t.co/gC68xPyg6f, hope you find it useful!
It collects a number of theory results, as well as some new observation...
Quantum entanglement in phase space
We propose entanglement criteria based on Wigner function measurements, applicable to both Gaussian and non-Gaussian states. Notably, we demonstrate cases where these criteria are both necessary and sufficient. https://t.co/nscyUI6rKq
Recently published in Quantum: Bounding entanglement dimensionality from the covariance matrix by Shuheng Liu, Matteo Fadel, Qiongyi He, Marcus Huber, and Giuseppe Vitagliano https://t.co/P0QzRRuVh4
We have realized a mechanical Kerr parametric oscillator, and use it to prepare nonclassical states of motion with high Fisher information!
Check out the preprint https://t.co/MWzynzedoe
I love how people complain when they see a plot without error bars. On the contrary, when there are error bars no one checks if they were computed correctly.
Yes, a mechanical qubit: take a massive oscillator and make it so non-linear that the energy of having two excitations is much different than twice the energy of having one excitation. In this way you can address each energy transition independently, like in a qubit...
Almost as fun as steering quantum states, I spent last weeks steering a boat around the North see.
Did you know that one can sail at even three times the speed of the incoming wind? To me it still sounds like crazy
Dropped plastic bottles containing swirling water bounce significantly less than bottles containing standing still water after impacting the floor
Letter: https://t.co/WJ6B4i3OUH
Focus: https://t.co/LlUxiFf48G