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Magnetically Levitated
Inertial Sensor
Using Split Magnetic Dipoles (Case No. 2026-191)
Summary: Researchers in the UCLA Department of Electrical and Computer Engineering have developed a magnetically levitated
inertial sensor
based on a split magnetic dipole architecture. The anchorless design enables high quality factor (Q) gyroscopic sensing with independently tunable sensitivity and bandwidth, providing a robust solution for precision...
Published: 3/26/2026
|
Inventor(s):
Robert Candler
,
Amy Sihn
,
Vaibhav Sharma
,
Martin Simon
Keywords(s):
accelerometer
,
Autonomous driving
,
Bandwidth (Signal Processing)
,
Communications Satellite
,
high sensitivity
,
inertial sensor
,
interactive sensing application
,
marine applications
,
MEMS
,
micro-electromechanical systems (MEMS)
,
Motion analysis
,
motion detection
,
real-time sensing/monitoring/tracking
,
scalable fabrication
,
Vibration sensing
Category(s):
Electrical
,
Electrical > Mems
,
Electrical > Sensors
,
Mechanical
,
Mechanical > Micro-Electromechanical Systems (Mems)
,
Mechanical > Sensors
,
Mechanical > Mechanical Systems
Parametrically Driven Intertial Sensing in Chip-Scale Optomechanical Cavities at the Thermodynamical Limits with Extended Dynamic Range (Case No. 2023-282)
Summary: UCLA researchers in the Department of Electrical and Computer Engineering have developed an accelerometer model that uses optomechanical transduction, enabling higher precision motion detection through a simplified design. Background: Modern transportation and communication technologies rely on the measurement and transduction of minute...
Published: 6/9/2025
|
Inventor(s):
Chee Wei Wong
,
Jaime Flor Flores
Keywords(s):
accelerometer
,
cavity optomechanics
,
Force sensor
,
inertial sensor
,
motion detection
,
Optoelectronics
,
Optomechanical accelerometer
,
Sensors
,
Signal Processing
,
Voltage-Controlled Oscillator
Category(s):
Electrical
,
Electrical > Signal Processing
,
Electrical > Sensors