(38) | " (11) | 2 (18) | 3 (1) | 5 (1) | 9 (1) | A (293) | B (235) | C (362) | D (162) | E (148) | F (145) | G (176) | H (206) | I (75) | J (272) | K (124) | L (239) | M (281) | N (168) | O (95) | P (261) | Q (92) | R (207) | S (385) | T (429) | U (68) | V (44) | W (147) | X (19) | Y (37) | Z (53) | “ (3)
Title Author Last update
Devin Edwards from UCSB joins the group as a post-doc to work on AFM related projects kdcadmin
DeWolfe Anonymous (not verified)
Dexter kdcadmin
Dexter Anonymous (not verified)
Dexter kdcadmin
Dhang Anonymous (not verified)
Dia kdcadmin
Dialing in the Temperature Needed for Precise Nuclear Timekeeping Kenna Hughes-C…
Diamonds are Forever—But Not in Nanodevices Kenna Hughes-C…
Diamonds in the Quantum Rough: A Sparkling Breakthrough Kenna Hughes-C…
Diary of a Binge Eater juliep
Dickinson Anonymous (not verified)
Dickinson Anonymous (not verified)
Dickson regalc
Dickson Anonymous (not verified)
Dickson Anonymous (not verified)
Dickson hdouglas
Difficultly is Moot – a case for in situ measurements of the atmosphere dickinso
Diffraction minima resolve point scatterers at tiny fractions (1/80) of the wavelength dickinso
Digital quantum magnetism at the frontier of classical simulations dickinso
Digital quantum simulation and error correction frontier with atom arrays Steven Burrows
Dinardo kdcadmin
Ding kdcadmin
Ding kdcadmin
Dinse Anonymous (not verified)
Diot kdcadmin
Dipolar spin-exchange and entanglement between molecules in an optical tweezer array cjackson
Dipole-Dipole Interactions: Observing A New Clock Systematic Shift Kenna Hughes-C…
Dirac spin liquid in dipolar Rydberg arrays dickinso
Direct Detection of Dark Matter Far from the Weak Scale dickinso
Direct structural and electronic probes of aromatic and resonance-stabilized organic radicals dickinso
Directions in quantum education cjackson
Discovering New Planets juliep
Disorder operators in (2+1)d quantum phases dickinso
Dispatches from the Sun: Physics of our Nearest Star Determined by the Parker Solar Probe Mission dickinso
Dissecting the Gait of Molecular Motors: Ultraresolution Optical Trapping Using Germanium Nanospheres dickinso