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researcher

D. Wilson

4 papers hereh-index 322 citations7 works total

Matching runs newest-first, so older work may not be attached to this profile yet.

author position
  • last author4

Across the 4 of 4 papers where every author was matched, so the position is known.

fields
  • cond-mat.mes-hall2
  • hep-ex1
  • physics.app-ph1
same name
  • D. Wilson — 50 papers, h 30
  • D. Wilson — 32 papers, h 19
  • D. Wilson — 16 papers, h 9
  • D. Wilson — 12 papers, h 11
  • D. Wilson — 7 papers, h 9
  • D. Wilson — 7 papers, h 14

Either other researchers who publish under this name, or the same person where the external sources have not merged their records.

identity via Semantic Scholar / OpenAlex

most citedFabrication and characterization of high-Q silicon nitride membrane resonators

1 citations · 1 across the 3 of their papers we have counts for

collaborators

4 papers

cond-mat.mes-hall2025★ 1 cited

Fabrication and characterization of high-Q silicon nitride membrane resonators

Atkin D. Hyatt, Oscar A. Flores, Aman R. Agrawal +2

Silicon nitride membranes are a powerful and ubiquitous optomechanical resonator technology, enabling high mechanical Q, low optical loss, and enhanced optomechanical coupling via…

hep-ex2025

Optomechanical Accelerometer Search for Ultralight Dark Matter

M. Dey Chowdhury, J. P. Manley, C. A. Condos +2

Cavity optomechanical systems have recently been proposed as detectors for ultralight dark matter, leveraging their ability to cool and probe mechanical oscillators at the quantum…

cond-mat.mes-hall2025

Ultrahigh-Q Torsional Nanomechanics through Bayesian Optimization

Atkin D. Hyatt, Aman R. Agrawal, Christian M. Pluchar +2

Recently it was discovered that torsion modes of strained nanoribbons exhibit dissipation dilution, giving a route to enhanced torque sensing and quantum optomechanics experiments.…

physics.app-ph2024

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 Si3​N4​ nanoribbon suspensions. Owing to their unique hierarchy of gravitational, tensile, and elastic stiffness,…

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Not affiliated with arXiv. Researcher data from Semantic Scholar (ODC-BY) and OpenAlex.