Search for tag: "experimentation"

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Revolutionizing Clean Energy: How IG Processed… duration 3 minutes 33 seconds Revolutionizing Clean Energy: How IG Processed… Revolutionizing Clean Energy: How IG Processed Superconducting Super Magnets Could Save the Planet, Sushma Miryala, UG '25 (2771013)	Revolutionizing Clean Energy: How IG Processed Superconducting Super Magnets Could Save the Planet, Sushma Miryala, UG '25 (2771013) The consequences of global warming are being felt worldwide, and rising temperatures are having catastrophic effects through the forms of heatwaves, floods, wildfires, sea level rises, droughts, and… prd23 princeton research day undergraduate research mathey college materials science and engineering ai artificial intelligence design and engineering energy and the environment quantum science superconductivity global warming superconducting energy process temperature magnets grain material warming planet mri systems transportation applications y123 kelvin sample discovery source experimentation phase From Research Princeton Research Day 10 likes 132 plays Date May 5th, 2023 Speaker Sushma Miryala, UG '25 Department Materials Science and Engineering
OURSIP Intern - Ben Kim duration 2 minutes 40 seconds OURSIP Intern - Ben Kim OURSIP Intern - Ben Kim	OURSIP Intern - Ben Kim Modeling the Motion of Piezoelectric Soft Robots Mentors: Professor Minjie Chen, ECE Hsin Cheng, ECE robot motion actuators robots 3d friction voltage power observations analysis equations task construction surface experimentation phase cycle duty variables components From our Undergraduate Research 0 likes 18 plays Date July 25th, 2022 Speaker Ben Kim Department Office of Undergraduate Research
Polymer Additives Homogenize Flow in Underground… duration 2 minutes 47 seconds Polymer Additives Homogenize Flow in Underground… Polymer Additives Homogenize Flow in Underground Environments, Richard Huang, UG '23, (3964616)	Polymer Additives Homogenize Flow in Underground Environments, Richard Huang, UG '23, (3964616) Underground rocks and soil have microscopic pores in them able to hold groundwater. Approximately 22% of groundwater in the U.S. is contaminated, while 50% of drinking water in the U.S. is sourced… porous media groundwater remediation elastic turbulence polymer additives homogenize flow #prd22 flow region permeability polymers groundwater regions solution water experimentation conditions threshold turbulence rate methods sources drinking pores environments additives access From Research Princeton Research Day 0 likes 24 plays Date April 27th, 2022 Speaker Richard Huang, UG '23 Department Chemical and Biological Engineering
Local Damages from Hurricanes: Application of… duration 2 minutes 58 seconds Local Damages from Hurricanes: Application of… Local Damages from Hurricanes: Application of Machine Learning with Satellite Data, Katie Kolodner, UG '24 (3963520)	Local Damages from Hurricanes: Application of Machine Learning with Satellite Data, Katie Kolodner, UG '24 (3963520) Though hurricanes are some of the most destructive natural disasters, with the frequency of intense and damaging hurricanes increasing due to climate change, current estimates of damages from… machine learning satellite imagery hurricanes building damage arcgis pro damage result buildings imagery experimentation prediction building hurricane localization target pre max disaster representation polygons models model image network From Research Princeton Research Day 1 likes 55 plays Date April 27th, 2022 Speaker Katie Kolodner Department Operations Research and Financial Engineering
OURSIP Intern - Reha Mathur duration 2 minutes 48 seconds OURSIP Intern - Reha Mathur OURSIP Intern - Reha Mathur	OURSIP Intern - Reha Mathur Developing Machine Learning Potentials for CO2 model carbon energy reference models experimentation dioxide surface properties machine values distance atom density configurations snapshots learning calculations initio predictions From our Undergraduate Research 0 likes 45 plays Date July 27th, 2021 Speaker Reha Mathur Department Department of Chemical and Biological Engineering