Search for tag: "phase"

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02:59 Towards Developing a Closed-Loop System to… Towards Developing a Closed-Loop System to Optogenetically Perturb Cerebellar Purkinje Cells and Assess Effects on Locomotion in Freely-Moving Mice, Mina Musthafa, UG '22, (3965173)	Towards Developing a Closed-Loop System to Optogenetically Perturb Cerebellar Purkinje Cells and Assess Effects on Locomotion in Freely-Moving Mice, Mina Musthafa, UG '22, (3965173) The cerebellum has long been identified as a brain region involved in motor control and balance. Previously, it had been challenging to study cerebellar control of motor coordination in a context… cerebellum purkinje cells optogenetics oscillator sleap #prd22 mouse locomotion stimulation cells purkinje step control cycle shape light experiment loop slope phase stream lab model sleep From Research Princeton Research Day 1 likes 58 plays Date April 27th, 2022 Speaker Mina Musthafa, UG '22 Department Neuroscience
02:58 Local Order Metrics for Two-Phase Media Across… Local Order Metrics for Two-Phase Media Across Length Scales, Murray Skolnick, G3 (3961621)	Local Order Metrics for Two-Phase Media Across Length Scales, Murray Skolnick, G3 (3961621) A two-phase heterogeneous material has a microstructure that consists of two domains made up of different materials or “phases.” Such two-phase materials are abound in natural and… local volume fraction variance two-phase heterogeneous media polymer microstructure amorphous crystalline porous microscope microstructures phase fraction window variance volume radius ranking disorder bone 3d length inclusions end systems radii face problem From Research Princeton Research Day 1 likes 9 plays Date May 5th, 2022 Speaker Murray Skolnick Department Chemistry
03:00 Shine On You Crazy Diamond: Photo-Induced… Shine On You Crazy Diamond: Photo-Induced Behavior of GdSbTe, André Koch Liston, UG '23 (3887939)	Shine On You Crazy Diamond: Photo-Induced Behavior of GdSbTe, André Koch Liston, UG '23 (3887939) Light is fast — but not infinitely fast. When electronic circuits become as small as atoms and information travels in the picosecond scale (10^-12 s), detectors must react to ultrafast changes… photon picoseconds lattices band structure electrons phonons gadolinium antimony telluride iodine fast fourier transform photo-induced phase transition photodetector #prd22 light energy crystal atoms crystals amount photo characteristic frequency oscillations function decay elements vibrations displacement structure kristen From Research Princeton Research Day 3 likes 45 plays Date April 27th, 2022 Speaker André Koch Liston UG '23 Department Chemistry
01:02:05 4.18.2022 MAE Faculty Search 4.18.2022 MAE Faculty Search	4.18.2022 MAE Faculty Search droplets network structure material size phase droplet oil things polymer energy silicone temperature thing question systems process properties bit separation From Broadcast Broadcast Center Staff 0 likes 12 plays
01:03:28 Faculty Candidate Seminar- Sarang Gopalakrishnan Faculty Candidate Seminar- Sarang Gopalakrishnan	Faculty Candidate Seminar- Sarang Gopalakrishnan phase response thing systems things point transitions transition question diffusion transport body dynamics experiment fact spin excitations quantum domain model From Broadcast Broadcast Center Staff 0 likes 69 plays
01:19:54 Engage 2021 - NJ Startup Showcase Engage 2021 - NJ Startup Showcase	Engage 2021 - NJ Startup Showcase This session, moderated by Don Seitz of the Princeton Entrepreneurship Council, showcased six of the hottest startups from New Jersey academic institutions. At the time, these ventures, from… market bacteria lot patients cancer microbiome pathway question discovery foundation grid gut vision therapy questions companies phase founder startup therapies From Innovation Innovation Communication 0 likes 8 plays Date December 1st, 2021 Speaker Tara Alvarez, Matthew Cristaldi, Mark Esposito, Hassan Fathallah-Shaykh, Philip Odonkor, Don Seitz, Jeffrey Zhao Department Princeton Innovation
01:09:13 GSS17August2021_Hakim GSS17August2021_Hakim	GSS17August2021_Hakim pppl scheme energy equation equations space velocity field step algorithm phase volume schemes problem position motion conservation delta square thing paper From PPPL Admins 0 likes 22 plays
51:26 GSS16August2021_Wright GSS16August2021_Wright	GSS16August2021_Wright pppl field side hand plasma stellarator device coils confinement model transform physics optimization engineering lot symmetry particles series phase density surfaces From PPPL Admins 0 likes 51 plays
01:06:08 SULI16June2021_James SULI16June2021_James	SULI16June2021_James pppl plasma electrons velocity electron thing waves wave things ions lot field picture equation omega phase side oscillation ion physics oscillations From PPPL Admins 0 likes 82 plays
01:27:20 Moiré Magic 3.0 Moiré Magic 3.0	Moiré Magic 3.0 Pablo Jarillo-Herrero - Massachusetts Institute of Technology superconductivity field graphene density superconducting electrons layer superconductors temperature displacement compressibility factor angle phase diagram coupling function layers bit limit From prz prz-media 0 likes 58 plays Date June 10th, 2021 Speaker Pablo Jarillo-Herrero - Massachusetts Institute of Technology
01:14:06 Quantum hall bilayers with a twist-skyrmion… Quantum hall bilayers with a twist-skyrmion mediated superconductivity	Quantum hall bilayers with a twist-skyrmion mediated superconductivity Michael P. Zaletel - University of California, Berkeley superconductivity layer spin model layers hall charge problem energy density field phase level superconductor electron physics lambda zemin quantum thing From prz prz-media 0 likes 11 plays Date June 9th, 2021 Speaker Michael P. Zaletel - University of California, Berkeley Department PRISM
01:27:19 How Tunneling Reveals Interlayer Correlations in… How Tunneling Reveals Interlayer Correlations in Quantum Hall Bilayers	How Tunneling Reveals Interlayer Correlations in Quantum Hall Bilayers James P. Eisenstein - California Institute of Technology tunneling field electron layers layer energy phase gap question thing momentum curve voltage effect sample fermi density temperature things suppression From prz prz-media 0 likes 17 plays Date June 9th, 2021 Speaker James P. Eisenstein - California Institute of Technology Department PRISM
01:30:01 Correlated States in Ultra-Pure Oxides Correlated States in Ultra-Pure Oxides	Correlated States in Ultra-Pure Oxides Joseph Falson, California Institute of Technology field temperature crystal spin resistance density charge phase parameter transition kind question oxide bit point transport fermi physics function zinc energy From prz prz-media 0 likes 86 plays Date June 8th, 2021 Speaker Joseph Falson, California Institute of Technology Department PRISM
01:30:42 Exciton Condensation in Quantum Hall Bilayers… Exciton Condensation in Quantum Hall Bilayers Overview	Exciton Condensation in Quantum Hall Bilayers Overview James P. Eisenstein - California Institute of Technology layer hall layers electrons effect tunneling phase electron currents question field voltage sample exit bulk energy gap condensate resistance conductivity From prz prz-media 0 likes 37 plays Date June 9th, 2021 Speaker James P. Eisenstein - California Institute of Technology Department PRISM
01:36:17 Magnons and Valley Isospin in Bilayer Graphene Magnons and Valley Isospin in Bilayer Graphene	Magnons and Valley Isospin in Bilayer Graphene Jun Zhu - The Pennsylvania State University spin energy field layer graphene fact gap phase dispersion levels valley wave direction antiferromagnetic lot experiment spins symmetry band excitations From prz prz-media 0 likes 45 plays Date June 9th, 2021 Speaker Jun Zhu - The Pennsylvania State University Department PRISM
01:17:12 Gapless Spin Liquid and Emergent Gauge Field Gapless Spin Liquid and Emergent Gauge Field	Gapless Spin Liquid and Emergent Gauge Field Patrick A. Lee - Massachusetts Institute of Technology field spin gauge theory term problem flux kind liquid lattice question model gap point energy phase electron bit lot idea From prz prz-media 0 likes 8 plays Date June 8th, 2021 Speaker Patrick A. Lee - Massachusetts Institute of Technology Department PRISM