Search for tag: "quantum"

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03:33 Revolutionizing Clean Energy: How IG Processed… Revolutionizing Clean Energy: How IG Processed Superconducting Super Magnets Could Save the Planet, Sushma Miryala, UG '25 (2771013)	Revolutionizing Clean Energy: How IG Processed Superconducting Super Magnets Could Save the Planet, Sushma Miryala, UG '25 (2771013) The consequences of global warming are being felt worldwide, and rising temperatures are having catastrophic effects through the forms of heatwaves, floods, wildfires, sea level rises, droughts, and… prd23 princeton research day undergraduate research mathey college materials science and engineering ai artificial intelligence design and engineering energy and the environment quantum science superconductivity global warming superconducting energy process temperature magnets grain material warming planet mri systems transportation applications y123 kelvin sample discovery source experimentation phase From Research Princeton Research Day 10 likes 90 plays Date May 5th, 2023 Speaker Sushma Miryala, UG '25 Department Materials Science and Engineering
02:45 Quantum Photonic Transformer (QPT), Alkin Kaz, UG… Quantum Photonic Transformer (QPT), Alkin Kaz, UG '23 (2262501)	Quantum Photonic Transformer (QPT), Alkin Kaz, UG '23 (2262501) You might have wondered what underlying mechanism and models does the famous ChatGPT, the Artificial Intelligence (AI) chat assistant employs. The T of the GPT, that is the Generative Pre-trained… prd23 princeton research day undergraduate research rockefeller college rocky college electrical engineering chatgpt ai artificial intelligence data science quantum science attention model circuitry input function tokens mechanism transformer opt speed photonic softmax vectors query multiplications matrix sentence circuits future multiplication From Research Princeton Research Day 2 likes 62 plays Date May 4th, 2023 Speaker Alkin Kaz, UG '23 Department Electrical Engineering
03:06 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 39 plays Date May 3rd, 2023 Speaker Sounak Mukherjee, GS (2474952) Department Electrical and Computer Engineering
03:37 Accelerating Design Space Exploration with… Accelerating Design Space Exploration with Differentiable Surrogate Models, Shikhar Tuli, GS (2278304)	Accelerating Design Space Exploration with Differentiable Surrogate Models, Shikhar Tuli, GS (2278304) Researchers constantly strive to explore large and complex search spaces in various scientific studies and physical experiments. These could include searching the exponentially large set of… graduate research electrical and computer engineering active learning neural networks surrogate modeling ai artificial intelligence quantum science prd23 princeton research day quantum computing input performance model characteristics output experiments models space box device circuits instance computers quantum magnitude orders hardware backpropagation optimization network From Research Princeton Research Day 3 likes 35 plays Date April 30th, 2023 Speaker Shikhar Tuli, GS Department Electrical and Computer Engineering
03:00 Mirrors in Science: The Best Discoveries Cannot… Mirrors in Science: The Best Discoveries Cannot Be Planned, André Koch Liston, UG '23 (2262642)	Mirrors in Science: The Best Discoveries Cannot Be Planned, André Koch Liston, UG '23 (2262642) When an unusual phenomenon crosses our work in the lab, the pressure of academic productivity asks us to ignore it if it doesn't relate directly to our research. I think this arrangement is… new college west chemistry mirror electronic structure design and engineering quantum science energy and the environment glass mystery electrons point melting metal heat kid chrome science wonders child curiosity pressure left deadline cynicism waste definition From Research Princeton Research Day 2 likes 36 plays Date April 30th, 2023 Speaker André Koch Liston, UG '23 (2262642) Department Chemistry
03:07 How string theory can guide our search for dark… How string theory can guide our search for dark energy, David Shlivko, GS (2265886)	How string theory can guide our search for dark energy, David Shlivko, GS (2265886) Over the past century, astronomical observations have taught us that the observable universe—that is, the fabric of space itself—is expanding. For most of the universe's… physics cosmology bobservable universe observable universe hubble hubble telescope hubble horizon dark energy string theory planck planck length axions quantum physics quantum science bob energy universe horizon rubber rim trampoline length string substance space darkness story nature goal progress step mystery From Research Princeton Research Day 3 likes 54 plays Date April 27th, 2023 Speaker David Shlivko, GS Department Physics
02:15 2023 Porter Ogden Jacobus Fellow - Lila Rodgers 2023 Porter Ogden Jacobus Fellow - Lila Rodgers	2023 Porter Ogden Jacobus Fellow - Lila Rodgers computer pieces experiment problems kinds quantum chemists groups field surface diamond proteins physics problem frontier ideas challenges fields expertise crime From Broadcast Broadcast Center Staff 0 likes 0 plays
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 27 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 42 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 44 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 69 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 15 plays Date April 27th, 2022 Speaker Pinchen Xie Department Applied and Computational Mathematics
01:05:23 Hamilton Colloquium Series_Netta Engelhardt Hamilton Colloquium Series_Netta Engelhardt	Hamilton Colloquium Series_Netta Engelhardt gravity entropy hole calculation surface theory quantum neumann paradox curve replica regime bit field unitarity temperature universe holes problem alice From Julio Lopez 0 likes 15 plays
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 39 plays Date March 9th, 2022 Department ECE Location Friend 101