Featuring recent and classic works in Atomic Physics. Special attention to precision measurements & Many-body Systems. Initiated & Managed by @mhasan137
From the group of Leticia Tarruell (@icfo_QGE): Nice work by Sandra Buob and colleagues at @ICFOnians.
"A strontium quantum-gas microscope" https://t.co/PUjq1XYOpW
From the group of Immanuel Bloch (@ibloch) and Monika Aidelsburger: Beautiful work by Julian F. Wienand and colleagues at @LMU_Muenchen and @Princeton.
"Emergence of fluctuating hydrodynamics in chaotic quantum systems"
https://t.co/jj7PjlSCKy
@PhysRevLett So, yes, there should be a spin-curvature coupling interaction. The authors of the PRL (linked in 1st tweet) wrote down some spin-gravity coupling in their Eq. (1) reproduced here. This equation is obviously not covariant!
At Nature Physics (@NaturePhysics), from the group of Wolfgang Ketterle: Wonderful work by Yu-Kun Lu and colleagues at (@RLEatMIT).
"Bosonic stimulation of atom–light scattering in an ultracold gas"
https://t.co/n8LzSRLGDi
From the group of Jun Ye: Beautiful work by John Robinson and colleagues at @JILAscience.
"Direct comparison of two spin squeezed optical clocks below the quantum projection noise limit"
https://t.co/peCQb739RK
At Nature: Wonderful work by Vijin Venu, ... , Ana Maria Rey, and Joseph Thywissen from @CQIQC_Toronto & @JILAscience.
"Unitary p-wave interactions between fermions in an optical lattice"
https://t.co/gpxggibdSh
Fantastic work by Markus Greiner and colleagues.
Anisotropic Fermi-Hubbard model in a frustrated system with doping!
"Doping a frustrated Fermi-Hubbard magnet"
https://t.co/Wlg2Epd1ai
@martinmbauer Two points:
1. By your reasoning: Science will always be, as it always has been, since the ‘experts’ are always right.
2. You resorted to ‘reductio ad absurdum’-ism. That guys was pretending to promote ‘reasoned questioning’, while you focused on ‘consensus’.
Good luck.
"On the theory of Superfluidity"
What a beautiful exchange between Landau and Tisza!
One criticises the other, while appreciating each other's insights.
Wonderful read at:
https://t.co/kL3q64TVGG
https://t.co/lL3dRM94ls
Fantastic work by Markus Greiner and colleagues.
FQHE with cold atoms, finally!
"Realization of a fractional quantum Hall state with ultracold atoms"
https://t.co/m7GeGaUjD4
@stevenstrogatz Extremely creative and beautiful article. I liked your humility in the conclusion --- "As we have tried to show in this article ... " : )
Wonderful work by Jörg Schmiedmayer and colleagues.
Simulation of QFT with ultracold atoms.
"Experimental Observation of Curved Light-Cones in a Quantum Field Simulator"
https://t.co/nvSKtZIE3j