Top Tweets for #PRXAMO
Penning traps enable the preparation of clean bilayer crystals of hundreds of ions, thus going beyond 1D and 2D crystals and opening new avenues in trapped-ion quantum information processing.
Read https://t.co/VJJHIXeudI
#PRXAMO #PRXTrapped_ion
A technique for trapping atoms on a nanophotonic microring circuit paves the way for interfacing cold atoms with integrated nanophotonics, enabling further explorations of atom-light interactions.
https://t.co/oKKJC2mrE7
#PRXjustpublished #openaccess #PRXamo #PRXNanophoton
The use of Raman sideband cooling to cool trapped polar molecules to their motional ground state sets the stage for engineering the dipole-dipole interactions of such molecules to process quantum information.
https://t.co/9JcUmzfg10
#PRXjustpublished #openaccess #PRXAMO
The quantized transport of particles usually requires sliding two lattices, which is difficult to do precisely. A new method realizes such a “Thouless pump” by tuning interparticle interactions.
Read https://t.co/d38VLhOVuA
@TilmanEsslinger @KViebahn #PRXAMO #PRXChargepumping
Characterization of ”4f hole states” in the molecule YbF provides information needed for trapping such molecules, which in turn can be used for tests of physics beyond the standard model.
Read https://t.co/9iSIEjde2Z
#PRXjustpublished #openaccess #PRXAMO
Researchers record the longest Rydberg-atom lifetime by placing strontium atoms in “circular” states, where the outer electrons move in planet-like orbits.
Read https://t.co/jDBlCKuqhi
@PhysicsMagazine Synopsis https://t.co/OsE5dujRFE
#PRXjustpublished #PRXAMO #openaccess
Dynamical evolutions of squeezed states provide an effective means to engineer quantum correlations in tunnel-coupled condensates.
Read https://t.co/iqOZmW02HQ
@max_pruefer @tu_wien #openaccess #PRXamo #PRXqst
Experiments demonstrate some of the unusual features of molecular reactions that occur in the deep cold of interstellar space.
Read https://t.co/eHIlzgD87q
@PhysicsMagazine Focus https://t.co/qWuE6NsFxR
#openaccess #PRXjustpublished #PRXamo
A new approach to constructing quantum spin Hamiltonians in a neutral-atom quantum simulator reveals never-before-seen phenomena in magnon bound states.
Read https://t.co/UmKSZ0YWUo
#openaccess #PRXamo #PRXqst #PRXjustpublished @kaistpr
High-precision measurements of the absolute frequency of a forbidden optical transition in ytterbium sets the stage for a new clock standard and investigations into fundamental physics.
Read https://t.co/TV80y2ZfeC
#PRXamo #PRxjustpublished #openaccess
A technique that can determine the chirality of a molecule using its own electrons could allow researchers to probe the dynamical behavior of chiral molecules on very short timescales.
Read https://t.co/uBw5Cr3KcC
@PhysicsMagazine Research News https://t.co/vBhhYBjJTc #PRXamo
A more efficient use of the atoms in a strontium optical lattice atomic clock reduces the measured instability by up to a factor of 2 compared to the standard approach.
Read https://t.co/vigKh8NHMu
#PRXamo #PRXjustpublished #openaccess
A proposed technique to test for slight differences in symmetry between the mirror-image arrangements of chiral molecules opens the door to probe for tiny parity violations.
Read https://t.co/HmDOp6l9vF
@YuvalShagam @TechnionLive #PRXamo PRXjustpublished #openaccess
Application of a microwave field enables efficient evaporative cooling of NaRb molecules for the first time, a key step toward realizing a Bose-Einstein condensate of ultracold polar molecules.
Read https://t.co/TE2JX1oX5U
#PRXjustpublished #PRXamo #openaccess
The observation of 25 newly identified collisional resonances in a mixture of NaLi molecules and Na atoms offers new insight into the microscopic mechanism of resonant couplings.
Read https://t.co/5m4V4OW0xf
@QuantMol #PRXjustpublished #PRXamo #openaccess
Strongly coupling chiral molecules to circularly polarized light in an optical cavity give their mirror-image forms different energies, suggesting a viable way to differentiate between them.
Read https://t.co/MqnT0vZ6x6
@UniperugiaNews @scuolanormale @NTNUNaturalSci #PRXamo
High-magnetic-field optical magnetometry requires precise information on how atomic resonances respond to those fields. New measurements of the relevant coefficients in cesium provide parts-per-million accuracy.
Read https://t.co/Qvn6BqQc5x
#PRXjustpublished #PRXamo #openacess
A new demonstration involving hundreds of entangled atoms tests Schrödinger’s interpretation of Einstein, Rosen, and Podolsky’s classic thought experiment. Learn more in #PRX: https://t.co/iTPWJpKoQ5
#PhysicsMagazine: https://t.co/bfCBwVy2Iz
#PRXjustpublished #PRXamo #openaccess
A new demonstration involving hundreds of entangled atoms tests Schrödinger’s interpretation of Einstein, Rosen, and Podolsky’s classic thought experiment.
Read https://t.co/RIzr6aaMze
@PhysicsMagazine Viewpoint https://t.co/g08ey29i4o
#PRXjustpublished #PRXamo #openaccess
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