Ideafest logo

Ideafest

background 0background 1background 2background 3

The CSU has a new policy on freedom of expression. Learn more.

Presentation Year
2023
Claire
Rogers
Physics & Astronomy
Undergraduate Student
Taylor
Juchau
Physics & Astronomy
Undergraduate Student
C.D.
Hoyle
Physics & Astronomy
Faculty
Short Description of your Research or Creative Project (700 characters or less)
Reliable measurements of gravitational forces at scales smaller than a centimeter carry significant challenges. The non-gravitational forces that are generally negligible at the scale of everyday objects have a much more substantial effect in the sub-centimeter regime. Due to the nature of precision required in measuring micron-scale gravitational forces and the inherent weakness of gravity, it is important to record, model, and possibly suppress environmental effects in and around the experiment that may affect measurements. Recently, members of the Cal Poly Gravitational Physics Lab have focused on developing these environmental instruments and models to ensure high levels of precision.
Permission to Publish Work
Yes
Primary Contact: First Name
Tanner
Primary Contact: Last Name
Hooven
Primary Contact: Email
tbh20@humboldt.edu
Primary Contact: I am a
Undergraduate Student
Primary Contact: Phone Number
5592506443
Primary Contact: Academic Departments
Physics & Astronomy
Node ID
1312
Page Classification