784 citations · 2.4k across the 36 of their papers we have counts for
37 papers
Precision Control of Resistive Power in Kibble Balance Coils: An Advanced Method for Minimizing Temperature-Related Magnetic Errors
Weibo Liu, Stephan Schlamminger, Shisong Li
Temperature changes affect the coercivity of permanent magnets, thereby impacting the factor and potentially introducing systematic errors in Kibble balance measurements. Whil…
Ultralow loss torsion micropendula for chipscale gravimetry
C. A. Condos, J. R. Pratt, J. Manley +4
We explore a new class of chipscale torsion pendula formed by SiN nanoribbon suspensions. Owing to their unique hierarchy of gravitational, tensile, and elastic stiffness,…
Microscale torsion resonators for short-range gravity experiments
J. Manley, C. A. Condos, S. Schlamminger +3
Measuring gravitational interactions on sub-100-m length scales offers a window into physics beyond the Standard Model. However, short-range gravity experiments are limited by t…
Flexures for Kibble balances: Minimizing the effects of anelastic relaxation
Lorenz Keck, Stephan Schlamminger, René Theska +2
We studied the anelastic aftereffect of a flexure being used in a Kibble balance, where the flexure is subjected to a large excursion in velocity mode after which a high-precision…
Calculation of magnetic forces and torques on the Kibble coil
Stephan Schlamminger, Lorenz Keck, Frank Seifert +3
Analytically the forces and torques on a coil in a field of magnetic flux density can be calculated one of two ways. The line integral can be conducted along the coil's wire, summi…
Conception of an enhanced mechanism for a new Kibble balance directly traceable to the quantum SI
Lorenz Keck, Frank Seifert, David Newell +3
The ``Quantum Electro-Mechanical Metrology Suite'' (QEMMS) is being designed and built at the National Institute of Standards and Technology. It includes a Kibble balance, a Graphe…