Search for tag: "shape"

33 Media

Tissue Sculpture: How Do Our Lungs Form? Jake J.… duration 3 minutes 12 seconds Tissue Sculpture: How Do Our Lungs Form? Jake J.… Tissue Sculpture: How Do Our Lungs Form? Jake J. Klimek, UG '24 (5C795CAC)	Tissue Sculpture: How Do Our Lungs Form? Jake J. Klimek, UG '24 (5C795CAC) Our lungs are beautifully designed and energetically efficient gas-exchange systems that are formed by complex, tree-like networks. However, sometimes lungs do not form correctly during embryonic… prd24 lungs lung branches adhesion blood oxygen tissue microscope embryos signals cell cells feet adhesions shape sacks tissues organ properties From Research Princeton Research Day 13 likes 69 plays Date May 3rd, 2024 Speaker Jake J. Klimek, UG '24 (5C795CAC) Department Chemical and Biological Engineering
Is it an Animal?: Reconstructing Ancient Fossils… duration 2 minutes 49 seconds Is it an Animal?: Reconstructing Ancient Fossils… Is it an Animal?: Reconstructing Ancient Fossils with Machine Learning, Advik Eswaran, UG '27 (7B7798F6)	Is it an Animal?: Reconstructing Ancient Fossils with Machine Learning, Advik Eswaran, UG '27 (7B7798F6) My research project was on generating a 3D reconstruction of ancient fossils (565 million years old) from Siberia. Working with over 2000 cross-sectional images of the fossil sample, which is encased… prd24 fossils animals sponges evidence shape sample rock change machine samples edges regularity fossil image process approach cross shapes climate explosion From Research Princeton Research Day 10 likes 84 plays Date May 3rd, 2024 Speaker Advik Eswaran, UG '27 (7B7798F6) Department Geosciences
Fiber Formation Based on Nonequilibrated Aqueous… duration 2 minutes 55 seconds Fiber Formation Based on Nonequilibrated Aqueous… Fiber Formation Based on Nonequilibrated Aqueous Two-phase Systems, Maria Luisa Parada, UG '26 (751583FB)	Fiber Formation Based on Nonequilibrated Aqueous Two-phase Systems, Maria Luisa Parada, UG '26 (751583FB) Liquid-liquid phase separation is a fascinating and ever-evolving phenomenon that has captured renewed attention, particularly in the fields of biology and material synthesis. Our focus has been on… prd24 flow fiber concentration streaks change initiator polymer solution delivery drug surface shape pattern polarization comparison beginning amount difference features From Research Princeton Research Day 3 likes 31 plays Date May 3rd, 2024 Speaker Maria Luisa Parada, UG '26 (751583FB) Department Physics
Analyzing How Neural Networks Manipulate the… duration 2 minutes 47 seconds Analyzing How Neural Networks Manipulate the… Analyzing How Neural Networks Manipulate the Shape of Data, Reuel Williams, UG '24 (9C22A282)	Analyzing How Neural Networks Manipulate the Shape of Data, Reuel Williams, UG '24 (9C22A282) Understanding the mathematical shape of data that neural networks learn from can provide valuable insights into their inner workings. In my senior thesis, I delve into this concept using a… prd24 shape network digits images machine computer component task networks science donut coffee thing shapes dogs classification intelligence math areas dates From Research Princeton Research Day 3 likes 39 plays Date May 3rd, 2024 Speaker Reuel Williams, UG '24 (9C22A282) Department Mathematics
Inverse Neural Rendering for Explainable… duration 3 minutes 0 seconds Inverse Neural Rendering for Explainable… Inverse Neural Rendering for Explainable Multi-Object Tracking, Tanushree Banerjee, UG '24 (611179F4)	Inverse Neural Rendering for Explainable Multi-Object Tracking, Tanushree Banerjee, UG '24 (611179F4) Today, most methods for image understanding tasks rely on feed-forward neural networks. While this approach has allowed for empirical accuracy, efficiency, and task adaptation via fine-tuning, it… prd24 object properties image graphics cars tracking approach prediction appearance shape pipeline driving model feed features input frames problem approaches computer From Research Princeton Research Day 5 likes 379 plays Date May 3rd, 2024 Speaker Tanushree Banerjee, UG '24 (611179F4) Department Computer Science
Tracking the Evolution of Emarginated Primary… duration 3 minutes 26 seconds Tracking the Evolution of Emarginated Primary… Tracking the Evolution of Emarginated Primary Feathers with Flight Style, Lilia Burtonpatel, UG '27 (A6DA3782)	Tracking the Evolution of Emarginated Primary Feathers with Flight Style, Lilia Burtonpatel, UG '27 (A6DA3782) This project explores how a special type of flight feather on birds - emarginated primary feathers - have evolved different shapes across evolutionary history. These feathers make up the wingtips of… prd24 flight style birds feather species feathers bird primaries pelicans swans differences length ratios base margination shape proportions pair swan hypothesis From Research Princeton Research Day 2 likes 43 plays Date May 3rd, 2024 Speaker Lilia Burtonpatel, UG '27 (A6DA3782) Department Ecology and Evolutionary Biology
NJ AI Summit - Closing Remarks duration 3 minutes 57 seconds NJ AI Summit - Closing Remarks NJ AI Summit - Closing Remarks	NJ AI Summit - Closing Remarks hub safety event committee faculty dean president vice moment government innovation society conversations contribution shape industry partners events convening series From Broadcast Broadcast Center Staff 0 likes 32 plays
JPP12October2023_JBall duration 50 minutes 14 seconds JPP12October2023_JBall JPP12October2023_JBall	JPP12October2023_JBall ppplonly triangularity mode confinement simulations point flux shape effect values turbulence ratio power drift curvature plasma effects region modes tcv trangularity From PPPL Admins 0 likes 29 plays
OURSIP Intern - Ron Shvartsman duration 3 minutes 20 seconds OURSIP Intern - Ron Shvartsman OURSIP Intern - Ron Shvartsman	OURSIP Intern - Ron Shvartsman Sedimenting Elastic Filaments Advised by: Prof. Howard Stone, Mechanical and Aerospace Engineering Rodolfo Brandão Macena Lira, Mechanical and Aerospace Engineering model filament shape problem filaments sheet limit force resistance wind paper fluid mentor appearance wrinkles w. bent gravity elasticity behaviors From our Undergraduate Research 0 likes 46 plays Date July 30th, 2023 Speaker Ron Shvartsman Department Office of Undergraduate Research
OURSIP Intern - Maria Luisa Parada duration 2 minutes 55 seconds OURSIP Intern - Maria Luisa Parada OURSIP Intern - Maria Luisa Parada	OURSIP Intern - Maria Luisa Parada Fiber Formation Based on Nonequilibrated Aqueous Two-phase Systems Advised by: Prof. Howard Stone, Mechanical and Aerospace Engineering Niki Abbasi, Mechanical and Aerospace Engineering flow fiber concentration initiator foot streaks change patterns polymer solution delivery drug surface listening shape pattern polarization comparison beginning amount From our Undergraduate Research 0 likes 22 plays Date July 16th, 2023 Speaker Maria Luisa Parada Department Office of Undergraduate Research
von Fellenberg, Sabastiano, February 10, 2023… duration 27 minutes 37 seconds von Fellenberg, Sabastiano, February 10, 2023… von Fellenberg, Sabastiano, February 10, 2023 "A Characteristic Flare Shape for NIR and X-Ray Flares of Sgr A*"	von Fellenberg, Sabastiano, February 10, 2023 "A Characteristic Flare Shape for NIR and X-Ray Flares of Sgr A*" flare flares ray flux thing component gravity min spectrum power star model curve light secretaries spitzer minutes point shape talk sabastiano von fellenberg pcts improving black hole accretion models with plasma theory From Broadcast Broadcast Center Staff 0 likes 4 plays Date February 10th, 2023 Speaker Sabastiano von Fellenberg Department PCTS Location Jadwin
APS29November2022_SYatom duration 1 hour 6 minutes APS29November2022_SYatom APS29November2022_SYatom	APS29November2022_SYatom ppplonly plasma liquid signal scattering laser density thomson thompson alpha temperature point water calibration lot air diagnostics shape systems plasmas lifetime From PPPL Admins 0 likes 17 plays
DataX PPPL Workshop 5-2022_Smirnov duration 50 minutes 22 seconds 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 10 plays
1.44 Lessons from Hajj Khutbah 9_9_2016 duration 23 minutes 9 seconds 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 2 plays
Towards Developing a Closed-Loop System to… duration 2 minutes 59 seconds 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 82 plays Date April 27th, 2022 Speaker Mina Musthafa, UG '22 Department Neuroscience
Using Light to Build New Drugs: Synthesis of… duration 2 minutes 59 seconds Using Light to Build New Drugs: Synthesis of… Using Light to Build New Drugs: Synthesis of Cyclic Peptides by Photoredox Chemistry, Cecilia Kim, UG '23 (3950214)	Using Light to Build New Drugs: Synthesis of Cyclic Peptides by Photoredox Chemistry, Cecilia Kim, UG '23 (3950214) The emergence of new diseases, the rise of drug resistance, and the continued prevalence of chronic conditions that remain difficult to treat, such as cancer and Alzheimer’s, create a growing… cyclic peptides macrocycles cyclosporin a immunosuppressant membrane permeable peptide coupling iridium photoredox chemistry free radicals schrodinger macromodel peptides chain molecules shape peptide 3d reactions molecule class drugs electron atoms radicals chemistry nose ends chance ring end cycle From Research Princeton Research Day 4 likes 130 plays Date April 27th, 2022 Speaker Cecilia Kim Department Chemistry