Search for tag: "motion"

32 Media

54:50 TS08November2023_MFalessi TS08November2023_MFalessi	TS08November2023_MFalessi ppplonly transport function distribution equation equilibrium space structure level simulation particle component model phase operator motion fluctuation field scale evolution physics From PPPL Admins 0 likes 2 plays
02:05 Package delivery robot - Celebrate Princeton… Package delivery robot - Celebrate Princeton Innovation, Jaime Fernández Fisac, Robert Shi	Package delivery robot - Celebrate Princeton Innovation, Jaime Fernández Fisac, Robert Shi delivery robot robots vehicle intelligence engineering computer efficiency potential process packages feet door driver package future safety standard framework motion From Innovation Innovation Communication 0 likes 28 plays
03:00 E-cadherin: Biological Glue to Improve… E-cadherin: Biological Glue to Improve Cell-Material Adhesion, Youn Kyoung (Elena) Cho, GS (2279756)	E-cadherin: Biological Glue to Improve Cell-Material Adhesion, Youn Kyoung (Elena) Cho, GS (2279756) Biomedical devices that penetrate the skin, such as implants and vascular access devices, rely on a stable attachment between the tissue and material to prevent complications. If the adhesion fails… prd23 princeton research day graduate research chemical and biological engineering design and engineering biological engineering tissue cadherin surface cells material interface cell glue motion collagen protein handshake adhesion implant skin yoga coating criteria talk lab From Research Princeton Research Day 46 likes 244 plays Date May 4th, 2023 Speaker Youn Kyoung (Elena) Cho, GS Department Chemical and Biological Engineering
05:11 15September2022_ENGLibraryCourtyard 15September2022_ENGLibraryCourtyard	15September2022_ENGLibraryCourtyard ppplonly space things margaret bit place trees weather guys hughes mark team lab color habitat roof motion training safety jim folks From PPPL Admins 0 likes 5 plays
01:12:51 OLTP23August2022_TTsankov OLTP23August2022_TTsankov	OLTP23August2022_TTsankov ppplonly field energy plasma velocity electron electrons heating phase coil collisions function collision distribution density frequency gain motion discharges array direction From PPPL Admins 0 likes 32 plays
01:03:33 TS28July2022_EPaul TS28July2022_EPaul	TS28July2022_EPaul ppplonly orbit particles losses banana configuration orbits configurations transport particle loss behavior drift question field motion transitions timescales confinement characteristics rise From PPPL Admins 0 likes 2 plays
02:40 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
23:09 1.44 Lessons from Hajj Khutbah 9_9_2016 1.44 Lessons from Hajj Khutbah 9_9_2016	1.44 Lessons from Hajj Khutbah 9_9_2016 loss ibrahim pilgrimage hajj journey lives motion millions lots shape language alpha idea pilgrims humanity sisters brothers lot answer commitment From ORL Office of Religious Life 0 likes 1 plays
57:09 SULI16June2022_Tu SULI16June2022_Tu	SULI16June2022_Tu earth field radiation particles space motion energy region belts thing environment waves satellite effect direction weather magnetosphere bit lot ppplonly From PPPL Admins 0 likes 32 plays
01:01:15 SULI14June2022_Diem SULI14June2022_Diem	SULI14June2022_Diem ppplonly waves plasma wave energy frequency field electron dispersion fusion plasmas velocity relation lot force 3d motion particles density kind physics From PPPL Admins 0 likes 87 plays
01:35:46 SULI14June2022_Williams SULI14June2022_Williams	SULI14June2022_Williams ppplonly plasma particles equation distribution motion question field function particle sort velocity density lot plasmas physics direction model ion electrons pressure From PPPL Admins 0 likes 151 plays
50:46 MS02June2022_SOLISGroup MS02June2022_SOLISGroup	MS02June2022_SOLISGroup ppplonly plasma force field battery energy motor magnet particles wire experiment magnets things direction lot motion kind fusion ball thing lines From PPPL Admins 0 likes 2 plays
01:09:27 HD02June2022_APSQ12ClassroomKits HD02June2022_APSQ12ClassroomKits	HD02June2022_APSQ12ClassroomKits physics things atoms students laser lot ball quantum science teachers questions atom pendulum bit sort cooling direction experiment motion kids ppplonly From PPPL Admins 0 likes 7 plays
03:14 Can you electrically stimulate wounds to make… Can you electrically stimulate wounds to make them heal faster?, Gawoon Shim, G4 (3964478)	Can you electrically stimulate wounds to make them heal faster?, Gawoon Shim, G4 (3964478) As a part of studying ‘collective migration’—the large scale migration of thousands of cells that is important for healing and developmental processes—the CohenLab harnesses a… electrotaxis keratinocytes collective migration wound healing cell cells field calcium adhesion edge skin motion lot protein wound migration wounds quantifications amount solution bonds sheets systems healing From Research Princeton Research Day 7 likes 294 plays Date April 27th, 2022 Speaker Gawoon Shim Department Mechanical and Aerospace Engineering, Chemical and Biological Engineering
09:35 An Archeology of Symbiote Village Part II, Hannah… An Archeology of Symbiote Village Part II, Hannah Lucia Terry, G3 (3967911)	An Archeology of Symbiote Village Part II, Hannah Lucia Terry, G3 (3967911) Part II of a film created for M.Arch Professional thesis. Film is incomplete in nature. Digital manipulation synopsis: The Symbiote Village is planned on principles of mutualism between humans,… plan things reinterpretation responsibilities humans problem idea jump step motion machine technique triggers prophecy advance lifeforms rest symbiosis generation lifetimes From Research Princeton Research Day 1 likes 36 plays Date April 27th, 2022 Speaker Hannah Lucia Terry Department Architecture, History of Science
01:51 Ocean energy capture through ferrofluid sloshing,… Ocean energy capture through ferrofluid sloshing, Seth Freeman and Polina Zhilkina, UG '22, (3965210)	Ocean energy capture through ferrofluid sloshing, Seth Freeman and Polina Zhilkina, UG '22, (3965210) Ocean surface waves carry vast amounts of energy that could be harnessed as a renewable source of electricity generation. However, current ocean energy capture devices fail to be economically viable… energy ocean fluid idea motion rotating metals wave percent scenarios voltage bit communities equipment device voltages electricity slushes profile container From Research Princeton Research Day 4 likes 44 plays Date April 27th, 2022 Speaker Seth Freeman and Polina Zhilkina, UG '22, Department Mechanical and Aerospace Engineering