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34:24 DataX SCM 6-2022_Arkhangelsky DataX SCM 6-2022_Arkhangelsky	DataX SCM 6-2022_Arkhangelsky outcomes selection weights past units control alpha thing model things problem naught models bias rate term error estimator regime observables From Broadcast Broadcast Center Staff 0 likes 4 plays
01:28:17 Complex_Analysis_Lecture_2_09182020 Complex_Analysis_Lecture_2_09182020	Complex_Analysis_Lecture_2_09182020 pi point function thing branch minus plane contour series residue naught times theta circle continuation integrand problem taylor situation bar captions_11_4_2020 From PPPL Admins 0 likes 10 plays
01:24:00 Complex_Analysis_Lecture_1_09112020 Complex_Analysis_Lecture_1_09112020	Complex_Analysis_Lecture_1_09112020 plane thing function series singularity point times kind contour fact minus things taylor functions sense singularities naught equations derivative derivatives From PPPL Admins 0 likes 13 plays
04:23 OURSIP intern - Cutter Dawes OURSIP intern - Cutter Dawes	OURSIP intern - Cutter Dawes Summer Research Colloquium Research Summary - Search for Gravitationally Lensed Quasars light galaxy background cosmology systems naught images methods universe delay sort lensing rate expansion physics measurement galaxies phenomena lot quasars From our Undergraduate Research 0 likes 22 plays Date July 30th, 2020 Speaker Cutter Dawes Department The Office of Undergraduate Research
01:22:39 JKrommes, AST-554, Lecture 14, "Cei Begin… JKrommes, AST-554, Lecture 14, "Cei Begin Chapman-Enskog Procedure", 08APR2014	JKrommes, AST-554, Lecture 14, "Cei Begin Chapman-Enskog Procedure", 08APR2014 Professor John Krommes, Princeton University pppl archived_to_s3 operator epsilon collision equation term times velocity t1 hat problem distribution function space things form ion physics ratio naught flow From PPPL Admins 0 likes 12 plays
01:22:44 JKrommes, AST-554, Lecture 02, "Overview of… JKrommes, AST-554, Lecture 02, "Overview of Collisions in a Weakly Coupled Plasma"	JKrommes, AST-554, Lecture 02, "Overview of Collisions in a Weakly Coupled Plasma" Professor John Krommes, Princeton University pppl archived_to_s3 plasma epsilon things equation particles delta debye velocity collision fact particle lambda theory p. operator naught length mass parameter thing From PPPL Admins 0 likes 45 plays