Search for tag: "3d"

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01:23:36 FIPPSeptember2022 FIPPSeptember2022	FIPPSeptember2022 ppplonly plasma space electron phase waves distribution field electrons speed bit wave flux 3d density physics direction observations holes plot spacecraft From PPPL Admins 0 likes 0 plays
58:23 JPP29September2022_BCerutti JPP29September2022_BCerutti	JPP29September2022_BCerutti ppplonly hole field energy star plasma radiation form scale spin power neutron 3d structure sheet lines region problem radio particle magnetosphere From PPPL Admins 0 likes 2 plays
50:22 DataX PPPL Workshop 5-2022_Smirnov DataX PPPL Workshop 5-2022_Smirnov	DataX PPPL Workshop 5-2022_Smirnov 3d geometry learning kind shape representations things boundary function surface patches points representation output network control input lot distance grid From Broadcast Broadcast Center Staff 0 likes 5 plays
57:10 TS21July2022_MAdams TS21July2022_MAdams	TS21July2022_MAdams ppplonly 3d thing grid solvers operator particle solver landau methods element things bit method particles level matrix bar species elements bracket From PPPL Admins 0 likes 4 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 14 plays Date July 25th, 2022 Speaker Ben Kim Department Office of Undergraduate Research
03:12 OURSIP Intern - Vivian Chen OURSIP Intern - Vivian Chen	OURSIP Intern - Vivian Chen protein function amino sequence language position acid models substrate network 3d networks mutations model words proteins lot structure sites disruption From our Undergraduate Research 0 likes 9 plays Speaker Vivian Chen Department Office of Undergraduate Research
03:21 ReMatch Intern - Eleni Retzepis ReMatch Intern - Eleni Retzepis	ReMatch Intern - Eleni Retzepis plate steel plates lfs buckling forces girders bridges 3d frequencies measures loads frequency strength structures scale girder element fabrication webs From our Undergraduate Research 6 likes 22 plays Speaker Eleni Retzepis Department Office of Undergraduate Research
33:53 RMJuly2022 RMJuly2022	RMJuly2022 ppplonly plasma scale energy particle thing 3d hole separation metric geometry equation photon field physics profit lot neutron question instance grid From PPPL Admins 0 likes 6 plays
01:01:43 SULI21June2022_Lasa SULI21June2022_Lasa	SULI21June2022_Lasa ppplonly plasma surface materials devices material carbon interactions energy field wall lot erosion bit models temperature ion fusion 3d heat scale From Anthony Pizzo 0 likes 24 plays Speaker Ane Lasa
58:46 SULI21June2022_Casali SULI21June2022_Casali	SULI21June2022_Casali ppplonly plasma core edge instance physics radiation divertor region layer scrape detachment heat power 3d nitrogen codes fusion confinement temperature lot From Anthony Pizzo 0 likes 23 plays Speaker Professor Livia Casali
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 55 plays
01:16:52 HS02June2022_Plasma101 HS02June2022_Plasma101	HS02June2022_Plasma101 plasma energy helium bit gas fusion light diffraction things tape paper lines thing 3d stars fields tokamak electron lot plasmas ppplonly From PPPL Admins 0 likes 7 plays
03:02 Solving Sudoku Puzzles with Recurrent Neural… Solving Sudoku Puzzles with Recurrent Neural Networks, Richard Zhu, UG '23 (3967706)	Solving Sudoku Puzzles with Recurrent Neural Networks, Richard Zhu, UG '23 (3967706) Recent advancements in machine learning have allowed for near-human or even superhuman performance in applications spanning chess-playing, protein folding, and natural language generation. Sudoku, a… recurrent neural network puzzle methods network 3d values sudoku cells term model lstm respect problem column networks question relation recursion future months accuracy From Research Princeton Research Day 1 likes 74 plays Date April 27th, 2022 Speaker Richard Zhu Department Mechanical and Aerospace Engineering
03:10 Next Generation Concrete: Exploring the CO2… Next Generation Concrete: Exploring the CO2 Sequestration Potential of Low-lime Binders Enabled by Materials Architecture and Additive Manufacturing, Nadia Ralston, UG '22 (3967491)	Next Generation Concrete: Exploring the CO2 Sequestration Potential of Low-lime Binders Enabled by Materials Architecture and Additive Manufacturing, Nadia Ralston, UG '22 (3967491) As society pushes towards industrialization and growing needs for development occur, the global demand for Ordinary Portland cement (OPC) is expected to rise concurrently. Yet, as one of the largest… non-hydraulic low-lime cement sustainable cement 3d printing materials architecture samples 3d cement process carbonation co2 printing summit portland manufacturing findings depth filaments amount silicate calcium alternative additive architecture materials From Research Princeton Research Day 3 likes 60 plays Date April 27th, 2022 Speaker Nadia Ralston Department Civil and Environmental Engineering
03:41 FROM BARE TO BRILLIANT: The migration of fish… FROM BARE TO BRILLIANT: The migration of fish species to a newly deployed artificial coral reef in Delray Beach, FL, Grace K. Barbara, UG '22 (3967320)	FROM BARE TO BRILLIANT: The migration of fish species to a newly deployed artificial coral reef in Delray Beach, FL, Grace K. Barbara, UG '22 (3967320) Coral reefs make up some of the greatest biodiversity per unit area in the world, but many living reefs are threatened due to anthropogenic factors relating to climate change. Artificial coral reefs… reef species reefs theory island balls fish biogeography densities population 9th 3d habitat corals ocean proxy mainland increase evidence ball From Research Princeton Research Day 4 likes 109 plays Date April 27th, 2022 Speaker Grace K. Barbara Department Ecology and Evolutionary Biology
03:05 How Nature’s Tiniest Soda Could Help Feed… How Nature’s Tiniest Soda Could Help Feed the World: The Story of the Algal Pyrenoid, Eric Franklin, G4 (3965535)	How Nature’s Tiniest Soda Could Help Feed the World: The Story of the Algal Pyrenoid, Eric Franklin, G4 (3965535) Plants are responsible for almost everything around us. Not just as crops for us or livestock to eat, but also for the wood that makes up our houses and furniture, the cotton that we wear as clothes,… reinforcement learning generalization interpretability neural network tubules co2 algae 3d plants proteins soda sugar membranes crop nature reconstructions difference rest middle matrix fertilizer water yields food From Research Princeton Research Day 6 likes 138 plays Date April 27th, 2022 Speaker Eric Franklin Department Molecular Biology