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TS18April2024YGhai duration 38 minutes 56 seconds TS18April2024YGhai TS18April2024YGhai	TS18April2024YGhai ppplonly energy angle pitch electrons whistler energies frequency question whistlers electron fields waves analysis range peaks particles respect frequencies interactions wave From PPPL Admins 0 likes 0 plays
Department of Physics 47th Annual Donald R.… duration 1 hour 5 minutes Department of Physics 47th Annual Donald R.… Department of Physics 47th Annual Donald R. Hamilton Lecture: "The Many use of Emergent Perfection in Large Quantum Systems" by Joel E. Moore	Department of Physics 47th Annual Donald R. Hamilton Lecture: "The Many use of Emergent Perfection in Large Quantum Systems" by Joel E. Moore joel e moore joel moore department of physics donald r hamilton lecture 47th annual the many uses of emergent perfection in large quantum systems quantum things bit physics matter spin kind particles temperature particle materials computers lot superconductors problem spins point problems field mechanics From Broadcast Broadcast Center Staff 0 likes 0 plays Date April 18th, 2024 Speaker Joel E. Moore Department Department of Physics
JPP04April2024STrinczek duration 49 minutes 29 seconds JPP04April2024STrinczek JPP04April2024STrinczek	JPP04April2024STrinczek particle flux particles flow transport gradient density region variation velocity side poloidal picture energy theory equation field trap equations gradients ppplonly From PPPL Admins 0 likes 0 plays
FIPPApril2024 duration 1 hour 32 minutes FIPPApril2024 FIPPApril2024	FIPPApril2024 dust plasma particles plasmas particle physics applications field paper instance space topic question conditions phenomena electron charge processes fields surface ppplonly From PPPL Admins 0 likes 0 plays
JPP28March2024_AMelzer duration 51 minutes 12 seconds JPP28March2024_AMelzer JPP28March2024_AMelzer	JPP28March2024_AMelzer particles dust force particle plasma separation phase size cloud species experiments density experiment geometry field forces micrometer plasmas diffusion gradient ppplonly From PPPL Admins 0 likes 3 plays
OLTP02April2024_LMatthews duration 58 minutes 27 seconds OLTP02April2024_LMatthews OLTP02April2024_LMatthews	OLTP02April2024_LMatthews ppplonly dust plasma particles ions charge surface electrons ion chain grains grain model star potential density structure experiment chains force cloud From PPPL Admins 0 likes 2 plays
FIPPFebruary2024 duration 1 hour 11 minutes FIPPFebruary2024 FIPPFebruary2024	FIPPFebruary2024 ppplonly drift term energization equation curvature energy things reconnection particles field particle acceleration simulation simulations plasma point function thing space From PPPL Admins 0 likes 14 plays
JPP15February2024_VDuarte duration 47 minutes 58 seconds JPP15February2024_VDuarte JPP15February2024_VDuarte	JPP15February2024_VDuarte ppplonly resins distribution function particles rate collisions theory drag wave interaction plasma dynamics bar modes growth resonance energy transport mode equation From PPPL Admins 0 likes 18 plays
TS09February2024_TBarberis duration 1 hour 19 minutes TS09February2024_TBarberis TS09February2024_TBarberis	TS09February2024_TBarberis ppplonly modes plasma wall mode function distribution frequency particles respect energy idea jet fact direction displacement currents instability relation dispersion density From PPPL Admins 0 likes 3 plays
JPP08February2024_MFitzgerald duration 51 minutes 42 seconds JPP08February2024_MFitzgerald JPP08February2024_MFitzgerald	JPP08February2024_MFitzgerald ppplonly particles alpha modes mode plasma particle heating beam distribution power frequency jet electron experiments energy physics fusion temperature wave core From PPPL Admins 0 likes 27 plays
OLTP06February2024_JTeunissen duration 1 hour 1 minute OLTP06February2024_JTeunissen OLTP06February2024_JTeunissen	OLTP06February2024_JTeunissen ppplonly particle model simulations electrons grid field particles collision cell models bit energy collisions electron density streamer streamers talk cross From PPPL Admins 0 likes 24 plays
WC31January2024_EKostadinova duration 1 hour 16 minutes WC31January2024_EKostadinova WC31January2024_EKostadinova	WC31January2024_EKostadinova ppplonly plasma electrons island islands heat point experiments space question particles experiment field temperature atmosphere hypothesis shield energy model models From PPPL Admins 0 likes 8 plays
JPP01February2024_SXu duration 42 minutes 23 seconds JPP01February2024_SXu JPP01February2024_SXu	JPP01February2024_SXu ppplonly diffusion field particle direction mirror turbulence particles mhd energy fields space angle scales scale picture rays motion lines fact mechanism From PPPL Admins 0 likes 16 plays
Vanishing Magnetic Fields Improve Chip… duration 1 minute 32 seconds Vanishing Magnetic Fields Improve Chip… Vanishing Magnetic Fields Improve Chip Manufacturing - Ahmed Diallo, CPI 2023	Vanishing Magnetic Fields Improve Chip Manufacturing - Ahmed Diallo, CPI 2023 mirror particles tin solution light droplets chips computer challenges science application cost productivity lifetime strategy plasma student graduate surfaces fields From Innovation Innovation Communication 0 likes 4 plays
Vanishing magnetic fields improve chip… duration 1 minute 32 seconds Vanishing magnetic fields improve chip… Vanishing magnetic fields improve chip manufacturing — Ahmed Diallo, Celebrate Princeton Innovation 2023	Vanishing magnetic fields improve chip manufacturing — Ahmed Diallo, Celebrate Princeton Innovation 2023 Semiconductor chips — which make our smartphones, cars, medical equipment and many other devices possible — are getting smaller and smaller, and today contain features that are so tightly… mirror particles tin solution light droplets chips computer challenges science application cost productivity lifetime strategy plasma student graduate surfaces fields From Innovation Innovation Communication 0 likes 10 plays
JPP21December2023_MGrech duration 56 minutes 43 seconds JPP21December2023_MGrech JPP21December2023_MGrech	JPP21December2023_MGrech ppplonly field laser energy particle production photon photons electron parameter rate model pairs pair showers incident particles gamma quantum beam emission From PPPL Admins 0 likes 6 plays