Search for tag: "quantum"

18 Media

01:04:09 JPP15September2022_YShi JPP15September2022_YShi	JPP15September2022_YShi ppplonly quantum problem computer plasma equation linear physics approach problems hardware computing thing point hamiltonian wave function computers space gates things From PPPL Admins 0 likes 13 plays
03:06 ReMatch Intern – Wilder ( Alexander)… ReMatch Intern – Wilder ( Alexander) Crosier	ReMatch Intern – Wilder ( Alexander) Crosier molecules lab laser sidebands light crystal eom frequency levels problems computers quantum power strength voltage frequencies lasers energy structure molecule From our Undergraduate Research 0 likes 28 plays Speaker Wilder ( Alexander) Crosier Department Office of Undergraduate Research
03:01 OURSIP Intern - Jhonelle Moore OURSIP Intern - Jhonelle Moore	OURSIP Intern - Jhonelle Moore light fiber laser chip cascade quantum fibers microvolts sample lasers electricity loss spot device step source lasing coupling question voltage From our Undergraduate Research 1 likes 33 plays Speaker Jhonelle Moore Department Office of Undergraduate Research
01:14:33 MS02June2022_APSQ12Kits MS02June2022_APSQ12Kits	MS02June2022_APSQ12Kits ppplonly physics things laser students ball atoms idea thing quantum force activities mass science questions teachers end lot atom bit activity From PPPL Admins 0 likes 5 plays
01:09:27 HD02June2022_APSQ12ClassroomKits HD02June2022_APSQ12ClassroomKits	HD02June2022_APSQ12ClassroomKits physics things atoms students laser lot ball quantum science teachers questions atom pendulum bit sort cooling direction experiment motion kids ppplonly From PPPL Admins 0 likes 7 plays
02:02 Characterization of Mid-Infrared Semiconductor… Characterization of Mid-Infrared Semiconductor Disordered Hyperuniform Quasi-Material Films, Mary Catherine Lorio, UG '22 (3966587)	Characterization of Mid-Infrared Semiconductor Disordered Hyperuniform Quasi-Material Films, Mary Catherine Lorio, UG '22 (3966587) We present an experimental characterization of novel mid-infrared, semiconductor, disordered hyperuniform (DHU) quasi-material films. Using Fourier Transform-Infrared (FT-IR) spectroscopy, we perform… disordered hyperuniform (dhu) materials photonic crystals uniform scattering isotropic anisotropic edge detection image differentiation mid-infrared semiconductor indium gallium arsenide and aluminium indium arsenide semiconductors pillar dhu hole dhu quantum cascade materials applications detection crystals structures range arsenide indium frequency differentiation crystal edge properties angle material discovery dag d0 insight concern From Research Princeton Research Day 0 likes 50 plays Date April 27th, 2022 Speaker Mary Catherine Lorio Department Physics
03:22 Modelling of Lead Titanate -- From Impressionism… Modelling of Lead Titanate -- From Impressionism to Realism, Pinchen Xie, G4 (3935964)	Modelling of Lead Titanate -- From Impressionism to Realism, Pinchen Xie, G4 (3935964) We modelled the material lead titanate based on the underlying quantum mechanics of our world with the help of machine learning. Our approach depicted the lead titanate with accurate details like a… material science machine learning #prd22 material atoms titanate modeling lead theory mechanics quantity landau quantum equation impression lab property computer defects condition curve fact lies From Research Princeton Research Day 1 likes 12 plays Date April 27th, 2022 Speaker Pinchen Xie Department Applied and Computational Mathematics
01:50:46 ECE Graduate Student Visit March 9, 2022 ECE Graduate Student Visit March 9, 2022	ECE Graduate Student Visit March 9, 2022 materials faculty students lot things department devices physics engineering quantum professor princeton courses lab systems thing student computing computer question From Broadcast Broadcast Center Staff 0 likes 38 plays Date March 9th, 2022 Department ECE Location Friend 101
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 85 plays
48:29 Engage 2021 - Next Generation Quantum Computing Engage 2021 - Next Generation Quantum Computing	Engage 2021 - Next Generation Quantum Computing This session, moderated by Naveen Verma of the Keller Center, featured leading faculty researchers Andrew Houck, Nathalie de Leon, Ali Yazdani and Jeff Thompson in a discussion on the future of… princeton lot things ways kind technologies companies sort engineers startups industry systems field materials problems quantum science thing andrew professor From Innovation Innovation Communication 0 likes 14 plays Date December 1st, 2021 Speaker Nathalie de Leon, Andrew Houck, Jeff Thompson, Naveen Verma, Ali Yazdani Department Princeton Innovation
02:52 ReMatch+ Intern - Evan Chandran ReMatch+ Intern - Evan Chandran	ReMatch+ Intern - Evan Chandran Robust Frequency Offset Locking for Chirped Laser Slowing of CaF molecules physics laser photons frequency experiments lab superconductors systems computers quantum direction circuit chamber setup fluoride calcium lasers chuck professor From our Undergraduate Research 1 likes 52 plays Date July 29th, 2021 Speaker Evan Chandran Department Department of Physics
14:15 OURSIP Intern - Inci Karaaslan OURSIP Intern - Inci Karaaslan	OURSIP Intern - Inci Karaaslan Cross-Entropy-Style Benchmarking of a 13 ns Perfect Entangler cubits fidelity quantum error qubit computer gate gates computers bit experiment google cycle crosstalk types energy cubit superconducting entropy methods From our Undergraduate Research 1 likes 20 plays Date July 27th, 2021 Speaker Inci Karaaslan Department Department of Electrical Engineering
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 13 plays Date June 9th, 2021 Speaker Michael P. Zaletel - University of California, Berkeley Department PRISM
05:06 ReMatch+ intern - Daniel Knapp ReMatch+ intern - Daniel Knapp	ReMatch+ intern - Daniel Knapp Summer Research Colloquium Research Summary - Quantum Simulation of Many-Body Systems with Ultracold Molecules pendulum control controller pid output circuit gravity point operating force bit behavior laser term molecules fluoride calcium quantum input components From our Undergraduate Research 1 likes 16 plays Date July 30th, 2020 Speaker Daniel Knapp Department The Office of Undergraduate Research
17:33 OURSIP intern - Youqi Gang and Hoang Le OURSIP intern - Youqi Gang and Hoang Le	OURSIP intern - Youqi Gang and Hoang Le Summer Research Colloquium Research Summary - Towards understanding loss in superconducting qubits resonator ratio participation field loss geometry interface things interfaces metal quantum resonators left energy matrix geometries substrate cubit metals properties From our Undergraduate Research 1 likes 12 plays Date July 30th, 2020 Department The Office of Undergraduate Research
05:47 Alejandro Rodriguez Alejandro Rodriguez	Alejandro Rodriguez captions_8_20_2020 light devices instance photonics systems sources scale telecommunication applications nano developments components effects structures materials electromagnetism quantum parameters parametrization computer From Broadcast Broadcast Center Staff 0 likes 1,312 plays