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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
Join(t)ing the Past and Present: The History,… duration 2 minutes 56 seconds Join(t)ing the Past and Present: The History,… Join(t)ing the Past and Present: The History, Construction, and Structural Properties of the Traditional Japanese Daimochi Tsugi Timber Joint, Akaneh Wang, UG '24 (7BC529DA)	Join(t)ing the Past and Present: The History, Construction, and Structural Properties of the Traditional Japanese Daimochi Tsugi Timber Joint, Akaneh Wang, UG '24 (7BC529DA) Heritage structures serve as a record of the past and symbolize enduring connections between a community’s culture and history. While historical Japanese timber joints built by miyadaiku… prd24 joint timber construction hand preservation structures heritage properties history effort model failure analysis context load techniques population carpenters joints joinery From Research Princeton Research Day 0 likes 34 plays Date May 3rd, 2024 Speaker Akaneh Wang, UG '24 (7BC529DA) Department Civil and Environmental Engineering
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
SOS09March2024_AStacey duration 1 hour 20 minutes SOS09March2024_AStacey SOS09March2024_AStacey	SOS09March2024_AStacey ppplonly diamond quantum things thing physics bit carbon lot atoms question electrons hydrogen earth cell space temperature properties sensor diamonds pressure From PPPL Admins 0 likes 1 plays
JPP29February2024_AGleason duration 55 minutes 21 seconds JPP29February2024_AGleason JPP29February2024_AGleason	JPP29February2024_AGleason ppplonly spin material iron materials shock properties ray foam pressure laser energy physics compression rays conditions pulse diffraction lcls science earth From PPPL Admins 0 likes 0 plays
JPP25January2024_RGreif duration 35 minutes 57 seconds JPP25January2024_RGreif JPP25January2024_RGreif	JPP25January2024_RGreif ppplonly network potential model grid density properties prediction dynamics correction simulation scale simulations step resolution size physics flux scheme space models From PPPL Admins 0 likes 15 plays
Trends in Soil Properties Across the… duration 12 minutes 28 seconds Trends in Soil Properties Across the… Trends in Soil Properties Across the Minneapolis-St. Paul Metropolitan Area - Implications for Ecosystem Services	Trends in Soil Properties Across the Minneapolis-St. Paul Metropolitan Area - Implications for Ecosystem Services soil ecosystems food carbon areas land phosphorus production centimeters cities grass plots categories kilograms plot cover surface properties garden meter sites From kirtid Das 0 likes 1 plays Speaker Jelinski, Pearson, LaBine, LaShae and Nicklay
CBE Majors \| Colin Brown duration 6 minutes 55 seconds CBE Majors \| Colin Brown CBE Majors \| Colin Brown	CBE Majors \| Colin Brown CBE senior Colin Brown relates his experience using chemical engineering to study atomically thin superconducting materials for advanced computing and biotechnologies. materials lot chemistry things student engineering scale material properties semiconductor aspect chemical nanometers silicon atoms leadership position devices friends array From Scott Lyon 0 likes 54 plays Department Chemical and Biological Engineering
OURSIP Intern - Elie Belkin duration 3 minutes 4 seconds OURSIP Intern - Elie Belkin OURSIP Intern - Elie Belkin	OURSIP Intern - Elie Belkin How Topology Controls the Dynamics of Physics: Hamiltonian Floer Homology and the Arnold Conjecture Advised by: Prof. Peter Ozsváth, Mathematics action function points space spaces energy homology theory geometry physics cylinders morse loops problem paths floor properties flare inequality arnold From our Undergraduate Research 0 likes 75 plays Date July 30th, 2023 Speaker Elie Belkin Department Office of Undergraduate Research
ReMatch+ Intern - Zhiwen Wu duration 3 minutes 26 seconds ReMatch+ Intern - Zhiwen Wu ReMatch+ Intern - Zhiwen Wu	ReMatch+ Intern - Zhiwen Wu Synthesis of New Biphasic Transition Metal Chalcogenides for Energy Storage Advised by: Prof. Leslie Schoop, Chemistry Joseph W. Stiles, Chemistry sodium lithium ion battery acid sulfide peaks structure iron storage concentration ethanol compound batteries elements lab solution composition disulphide properties From our Undergraduate Research 0 likes 22 plays Date July 30th, 2023 Speaker Zhiwen Wu Department Office of Undergraduate Research
OURSIP Intern- Emily Lee duration 3 minutes 21 seconds OURSIP Intern- Emily Lee OURSIP Intern- Emily Lee	OURSIP Intern- Emily Lee The Structural Basis of Dynamin Regulation by Amphiphysin During Endocytosis Advised by: Prof. John Jimah, Molecular Biology Seraya Jones-Nelson, Molecular Biology protein cell endocytosis membrane proteins fission dynamin assay structure pit amphiphasin process images properties size chromatography purification sample electron imaging From our Undergraduate Research 1 likes 31 plays Date July 30th, 2023 Speaker Emily Lee Department Office of Undergraduate Research
OURSIP Intern - Nick Zhu duration 3 minutes 51 seconds OURSIP Intern - Nick Zhu OURSIP Intern - Nick Zhu	OURSIP Intern - Nick Zhu Simulation Study of Monolayer Vibrations Advised by: Prof. Aditya Sood, Mechanical and Aerospace EngineeringTouhid Ahmed, Mechanical and Aerospace Engineering peaks wave structure nanoparticles heat atoms diffraction angle satellite phonons result vibrations frequencies direction waves phonon flashlight properties amount surface From our Undergraduate Research 0 likes 37 plays Date July 29th, 2023 Speaker Nick Zhu Department Office of Undergraduate Research
CITP Seminar-Jakob Mökander - Auditing Large… duration 46 minutes 32 seconds CITP Seminar-Jakob Mökander - Auditing Large… CITP Seminar-Jakob Mökander - Auditing Large Language Models	CITP Seminar-Jakob Mökander - Auditing Large Language Models The emergence of large language models (LLMs) represents a major advance in artificial intelligence (AI) research. However, the widespread use of LLMs is also coupled with significant ethical and… large language models artificial intelligence (ai) ethics model language audit auditing models procedures audits systems governance ai e.g. application methods science properties studies impact lot researchers labs From CI Center for Information Technology Policy 0 likes 11 plays Date March 28th, 2023 Speaker Jakob Mokander Department Center for Information Technology Policy Location 306 Sherrerd Hall
RF Sensor Systems for Resilient Smart… duration 3 minutes 5 seconds RF Sensor Systems for Resilient Smart… RF Sensor Systems for Resilient Smart Infrastructure, Bryan Boyd, UG '24 (2263555)	RF Sensor Systems for Resilient Smart Infrastructure, Bryan Boyd, UG '24 (2263555) Modern day displacement sensors can measure displacement due to cracks in concrete structures at most in 2-dimensions, and can mainly measure the displacements very close to the sensor itself. This… prd23 princeton research day undergraduate research forbes college civil and environmental engineering displacement data science design and engineering sensors structures sensor structure cracks concrete pressure properties infrastructure future tests blocks wave factors environment temperature humidity signals play From Research Princeton Research Day 4 likes 119 plays Date May 4th, 2023 Speaker Bryan Boyd, UG '24 Department Civil and Environmental Engineering
Computational Insights into the Atomic-Scale… duration 3 minutes 34 seconds Computational Insights into the Atomic-Scale… Computational Insights into the Atomic-Scale Properties of Amorphous Solid Dispersions of Cannabidiol, Stephanie Monson, UG '23 (2277961)	Computational Insights into the Atomic-Scale Properties of Amorphous Solid Dispersions of Cannabidiol, Stephanie Monson, UG '23 (2277961) Cannabidiol (CBD) has been gaining popularity as a therapeutic, targeting diseases such as epilepsy and Alzheimer’s. Like many other small molecule drugs, CBD has low solubility and… design and engineering simulations characterization molecule characterizations drug level formulation dispersions properties insights bonds hydrogen materials cbd lab acknowledgments formulations dynamics energy molecules From Research Princeton Research Day 2 likes 38 plays Date May 4th, 2023 Speaker Stephanie Monson, UG '23 (2277961) Department Chemical and Biological Engineering
Exploring New Defects in Diamond for Quantum… duration 3 minutes 6 seconds Exploring New Defects in Diamond for Quantum… Exploring New Defects in Diamond for Quantum Networks, Sounak Mukherjee, GS (2474952)	Exploring New Defects in Diamond for Quantum Networks, Sounak Mukherjee, GS (2474952) Quantum communication offers higher security compared to traditional encryption by virtue of the fundamental laws of Physics. But quantum states are fragile. To be able to send qubits across long… prd23 princeton research day electrical and computer engineering electrical engineering quantum information quantum networks quantum quantum science defects photons coherence properties defect diamond structure times diamonds network size telecommunication bulk charge silicon networks spins photoluminescence atoms atom From Research Princeton Research Day 2 likes 50 plays Date May 3rd, 2023 Speaker Sounak Mukherjee, GS (2474952) Department Electrical and Computer Engineering