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Patrick Singleton 2020 REU final presentation duration 14 minutes 23 seconds Patrick Singleton 2020 REU final presentation Patrick Singleton 2020 REU final presentation	Patrick Singleton 2020 REU final presentation Zoom Recording ID: 97214601225 UUID: fKT+tB9xS9G0Vwu20ZfE7Q== Meeting Time: 2020-08-06T16:51:44Z bigger nozzle cad design metal flanges birth rate chemical elements higher order individual atoms long time knowledge symmetry break lattice constant reducing agents materials science sad moment group rates pro camera m.b. system concepts in physics time scale scale ability electron arc shape waiting room substrate electron count oxygen charge carriers 120 degrees crystal growth rotation averaging theoretical structure effective communication anions general manager measurement crystallography ray diffraction musical quintets open source program fluid dynamics cell biology inorganic chemistry lower angles chemical properties atomic physics actual data spintronics conditions existing nozzle spray painting emerging technologies data points high quality constructive voltage bias magazines published in new york city properties mechanical engineer computational neuroscience length interesting 333 peaks stainless steel intensity signal symmetry bad conditions molecular beam and uncertainty wonderful thing thin film learning bias voltage transition metals higher quality images drama anime and manga band structure temperature abstract algebra mechanical parts linear equations rates fluid mechanics pattern formation artificial intelligence ultra high machine learning algorithm experimental structure painting techniques physical quantities systematic oxygen rich samples 1st place machine learning atomic structure red box shaped nozzle transition temperature inch diameter demonstrate metal organic lower shaft energy levels sample symmetry breaking crystals neural network caption complete information finalized designs single crystal good thing periodic table application green dot growth rate precursor gas circles literature fusion cells musical quartets equal story demonstrating elementary geometry electronic properties structure dotted lines unsupported courts fusion cell scripting languages diffraction exponential decay inch wafer rotational symmetry consistency thermodynamic properties From James Overhiser 38 plays
Chase Hanson 2020 REU final presentation duration 16 minutes 9 seconds Chase Hanson 2020 REU final presentation Chase Hanson 2020 REU final presentation	Chase Hanson 2020 REU final presentation Zoom Recording ID: 97214601225 UUID: fKT+tB9xS9G0Vwu20ZfE7Q== Meeting Time: 2020-08-06T16:51:44Z bigger nozzle cad design metal flanges birth rate chemical elements higher order individual atoms long time knowledge symmetry break stainless steel reducing agents materials science sad moment group rates pro camera m.b. system time scale scale ability electron arc shape compound waiting room condensed matter physics electron count charge carriers 120 degrees crystal growth rotation averaging theoretical structure effective communication anions general manager measurement crystallography ray diffraction musical quintets open source program fluid dynamics cell biology inorganic chemistry lower angles chemical properties atomic physics functional theory experiment biology and pharmacology of chemical elements spintronics existing nozzle spray painting emerging technologies data points high quality concepts in aesthetics voltage bias relaxation magazines published in new york city properties superconductor mechanical engineer interpersonal relationships computational neuroscience transition length 333 peaks inch wafer intensity signal symmetry bad conditions molecular beam and uncertainty wonderful thing thin film learning bias voltage transition metals higher quality images drama anime and manga band structure temperature abstract algebra mechanical parts linear equations question rates fluid mechanics pattern formation artificial intelligence ultra high machine learning algorithm experimental structure english-language journals virtue physical quantities systematic oxygen rich samples 1st place machine learning atomic structure red box shaped nozzle transition temperature inch diameter metal organic lower shaft calculation symmetry breaking crystals neural network caption complete information finalized designs single crystal good thing periodic table green dot growth rate precursor gas circles musical quartets elementary arithmetic equal story characters elementary geometry electronic properties structure dotted lines fermi level unsupported courts fusion cell scripting languages energy levels exponential decay actual data rotational symmetry thermodynamic properties From James Overhiser 17 plays
Jacob Steele 2020 REU final presentation duration 12 minutes 50 seconds Jacob Steele 2020 REU final presentation Jacob Steele 2020 REU final presentation	Jacob Steele 2020 REU final presentation Zoom Recording ID: 97214601225 UUID: fKT+tB9xS9G0Vwu20ZfE7Q== Meeting Time: 2020-08-06T16:51:44Z deductive reasoning bigger nozzle cad design metal flanges distortion birth rate chemical elements questions higher order individual atoms long time increase knowledge symmetry break stainless steel reducing agents molecular beam presentation green dot materials science sad moment group rates pro camera m.b. system time scale scale ability electron arc shape determine waiting room substrate electron count charge carriers 120 degrees inorganic chemistry rotation averaging theoretical structure effective communication anions biological processes energy general manager growth rate constant oscillations theories ray diffraction musical quintets open source program fluid dynamics cell biology crystal growth lower angles chemical properties atomic physics actual data particles spintronics conditions existing nozzle spray painting emerging technologies data points interactions marketing high quality voltage bias magazines published in new york city reaction mechanical engineer computational neuroscience length 333 peaks inch wafer symmetry bad conditions public speaking communication and uncertainty wonderful thing thin film learning bias voltage constant transition metals electronic higher quality images drama anime and manga band structure temperature abstract algebra mechanical parts linear equations rates pattern formation artificial intelligence red box ultra high direction emergence machine learning algorithm experimental structure matter physical quantities systematic oxygen rich samples 1st place intensity machine learning atomic structure intensity signal shaped nozzle transition temperature inch diameter metal organic lower shaft measurement exponential decay symmetry breaking crystals neural network caption complete information finalized designs crystallography single crystal good thing periodic table suboxone growth rate precursor gas circles musical quartets equal story elementary geometry electronic properties fluid mechanics dotted lines unsupported courts fusion cell philosophical concepts scripting languages energy levels analysis materials rotational symmetry thermodynamic properties chemical kinetics From James Overhiser 35 plays
Sophia Madelone 2020 REU final presentation duration 13 minutes 50 seconds Sophia Madelone 2020 REU final presentation Sophia Madelone 2020 REU final presentation	Sophia Madelone 2020 REU final presentation Zoom Recording ID: 97214601225 UUID: fKT+tB9xS9G0Vwu20ZfE7Q== Meeting Time: 2020-08-06T16:51:44Z bigger nozzle cad design metal flanges birth rate chemical elements industrial processes higher order individual atoms long time knowledge symmetry break stainless steel reducing agents materials science sad moment group rates pro camera m.b. system concepts in physics time scale scale ability arc shape vacuum waiting room electron count molybdenum charge carriers 120 degrees crystal growth rotation averaging theoretical structure effective communication anions understood general manager design measurement crystallography ray diffraction steels musical quintets open source program fluid dynamics cell biology inorganic chemistry lower angles chemical properties atomic physics actual data spintronics drama anime and manga existing nozzle spray painting emerging technologies data points high quality deposition voltage bias magazines published in new york city manufacturing manufacturer building materials mechanical engineer abstract algebra computational neuroscience connection 333 peaks inch wafer intensity signal symmetry bad conditions molecular beam and uncertainty wonderful thing thin film learning bias voltage roofing materials transition metals higher quality images utility band structure mechanical engineering mechanical parts linear equations system gases rates pattern formation artificial intelligence systems engineering machine learning algorithm experimental structure fusion cell understand physical quantities systematic oxygen rich samples 1st place machine learning atomic structure red box shaped nozzle transition temperature inch diameter metal organic fabrications ultra high lower shaft symmetry breaking crystals neural network caption complete information finalized designs single crystal good thing periodic table length thermodynamic properties green dot growth rate precursor gas circles musical quartets equal story elementary geometry electronic properties fluid mechanics dotted lines unsupported courts paradigm scripting languages energy levels exponential decay rotational symmetry chemistry From James Overhiser 51 plays
William Taranto 2020 REU final presentation duration 14 minutes 16 seconds William Taranto 2020 REU final presentation William Taranto 2020 REU final presentation	William Taranto 2020 REU final presentation Zoom Recording ID: 97214601225 UUID: fKT+tB9xS9G0Vwu20ZfE7Q== Meeting Time: 2020-08-06T16:51:44Z bigger nozzle cad design metal flanges birth rate chemical elements machine learning algorithm higher order individual atoms long time knowledge symmetry break stainless steel point reducing agents materials science sad moment group rates pro camera m.b. system concepts in physics time scale scale ability arc shape waiting room electron count charge carriers 120 degrees crystal growth rotation averaging vision theoretical structure effective communication anions general manager measurement crystallography ray diffraction musical quintets open source program fluid dynamics cell biology inorganic chemistry lower angles chemical properties atomic physics actual data spintronics existing nozzle spray painting emerging technologies high quality component elementary shapes relationship voltage bias magazines published in new york city collaborators mechanical engineer computational neuroscience region length 333 peaks inch wafer intensity signal probability bad conditions molecular beam and uncertainty wonderful thing symmetry thin film learning bias voltage transition metals higher quality images drama anime and manga band structure abstract algebra mechanical parts linear equations rates pattern formation artificial intelligence ultra high direction data points covariance experimental structure systematic physical quantities digital photography systematic oxygen rich samples 1st place machine learning atomic structure red box shaped nozzle transition temperature inch diameter distribution metal organic aesthetics lower shaft columbia records artists symmetry breaking crystals neural network caption complete triangle information finalized designs single crystal good thing periodic table green dot interpretable growth rate precursor gas circles musical quartets equal story dimensions sony bmg artists elementary geometry electronic properties fluid mechanics dotted lines unsupported courts fusion cell reflection scripting languages energy levels exponential decay rotational symmetry correlation thermodynamic properties From James Overhiser 48 plays
Joseph Dill 2020 REU final presentation duration 16 minutes 0 seconds Joseph Dill 2020 REU final presentation Joseph Dill 2020 REU final presentation	Joseph Dill 2020 REU final presentation Zoom Recording ID: 97214601225 UUID: fKT+tB9xS9G0Vwu20ZfE7Q== Meeting Time: 2020-08-06T16:51:44Z bigger nozzle cad design metal flanges birth rate chemical elements questions higher order geography long time knowledge symmetry break stainless steel reducing agents molecules presentation materials science sad moment group rates pro camera m.b. system time scale oxides scale ability arc shape waiting room bigger substrate electron count charge carriers 120 degrees inorganic chemistry rotation averaging constraints theoretical structure cartography effective communication anions general manager design measurement crystallography ray diffraction musical quintets open source program fluid dynamics cell biology crystal growth lower angles chemical properties atomic physics actual data particles spintronics individual atoms existing nozzle spray painting emerging technologies data points marketing high quality voltage bias magazines published in new york city mechanical engineer computational neuroscience industry simulation length 333 peaks inch wafer diameter symmetry bad conditions molecular beam and uncertainty wonderful thing thin film learning bias voltage transition metals higher quality images drama anime and manga band structure abstract algebra mechanical parts linear equations rates pattern formation percentage operations research red box ultra high artificial intelligence machine learning algorithm experimental structure simulate matter physical quantities systematic oxygen equation rich samples 1st place machine learning atomic structure intensity signal shaped nozzle transition temperature inch diameter distribution metal organic lower shaft nozzle sample symmetry breaking crystals neural network caption complete information finalized designs single crystal good thing periodic table percent thermodynamic properties green dot growth rate precursor gas circles musical quartets equal story optical spectrum elementary geometry electronic properties fluid mechanics dotted lines unsupported courts fusion cell center scripting languages energy levels exponential decay business software rotational symmetry elementary mathematics paradigm From James Overhiser 66 plays
Deidre Grogan 2020 REU final presentation duration 13 minutes 10 seconds Deidre Grogan 2020 REU final presentation Deidre Grogan 2020 REU final presentation	Deidre Grogan 2020 REU final presentation Zoom Recording ID: 97214601225 UUID: fKT+tB9xS9G0Vwu20ZfE7Q== Meeting Time: 2020-08-06T16:51:44Z bigger nozzle labels cad design metal flanges birth rate chemical elements identify higher order individual atoms long time nociception knowledge parameters symmetry break stainless steel reducing agents materials science sad moment group rates pro camera m.b. system time scale scale ability arc shape waiting room molten electron count university charge carriers 120 degrees inorganic chemistry rotation averaging food storage containers vision circles effective communication anions general manager measurement crystallography ray diffraction musical quintets open source program atomic structure fluid dynamics cell biology crystal growth lower angles chemical properties atomic physics actual data scientists conditions existing nozzle spray painting emerging technologies segmentation data points high quality elementary shapes voltage bias magazines published in new york city carbide equations mechanical engineer computational neuroscience length advertising 333 peaks inch wafer intensity signal symmetry bad conditions molecular beam image and uncertainty wonderful thing thin film learning bias voltage transition metals image processing higher quality images drama anime and manga band structure abstract algebra mechanical parts linear equations rates pattern formation elementary algebra artificial intelligence red box ultra high plant reproduction machine learning algorithm experimental structure english-language television programs project management physical quantities digital photography systematic oxygen equation rich samples 1st place machine learning project crystal shaped nozzle transition temperature inch diameter metal organic spintronics control lower shaft symmetry breaking crystals neural network caption complete information finalized designs firing techniques single crystal good thing periodic table green dot furnace growth rate precursor gas breakdown musical quartets equal story computer graphics theoretical structure elementary geometry electronic properties class fluid mechanics dotted lines unsupported courts fusion cell scripting languages bottom energy levels exponential decay rotational symmetry thermodynamic properties From James Overhiser 19 plays
2019_NNCI_REU_Presentations_-_Carolyn Fenele duration 10 minutes 15 seconds 2019_NNCI_REU_Presentations_-_Carolyn Fenele 2019_NNCI_REU_Presentations_-_Carolyn Fenele	2019_NNCI_REU_Presentations_-_Carolyn Fenele state functions superconducting strontium concepts in physics resistance superconducting thin film measurement filename extensions crystallography ray diffraction caption complete heat transfer temperature growth process cooper pairs atomic physics quantum mechanics reducing agents systems spintronics super conduct capping layer materials science unconventional superconductivity structure material electron project management systems theory superconductor physical quantities substrate diffraction characteristic charge carriers chemical elements science experiments length room temperature transition temperature correlation elementary mathematics electronic transport measurements characterizing From James Overhiser 2 plays
Growth of Ruthenates—CaRuO3, SrRuO3,… duration 52 minutes 23 seconds Growth of Ruthenates—CaRuO3, SrRuO3,… Growth of Ruthenates—CaRuO3, SrRuO3, Ca2RuO4, Sr2RuO4-(Schlom)	Growth of Ruthenates—CaRuO3, SrRuO3, Ca2RuO4, Sr2RuO4-(Schlom) 2019 Cornell Summer School 1st person 204 structure high temperature concepts in physics chemical elements stable phase calcium resonate reasoning g.m. ozone pressure heat transfer free energies high pressure reducing agents m.b.e. materials science substrate temperature p.l.d. oxides oxygen point effects phases of matter free path lower density philosophical terminology crystallography gallium arsenide absorption controlled regime psychology chemical properties oral communication super kind spintronics p.l.t. higher temperature insulator transition calcium written pressure disinfectants calcium oxide building materials extremely sensitive science experiments pretty darn good logic growth window front row a.f.m. mineralogy semiconductors team resonate causal inference thin film problem solving composition control cambridge group screw dislocation temperature growth front gases single phase system calculation team written phase transitions small region common oxide glass components volatile constituent threshold temperatures physical quantities condensed matter physics negative pressure dietary minerals transition temperature hydrostatic pressure crystal structure delta doping unit cell real data metals super connectivity interesting interesting crystals caption complete single crystal oxidizing agents strontium resonate scientific method super lattice superconductivity metal insulator transition transport properties agricultural buildings t.m. superconducting film strong reason p.l.d. films m.b. educational psychology primitive types oxide gas room temperature absorption control routine earmarks From James Overhiser 367 plays
2017 REU Vibha Vijayakumar CNF HHMI KEP PARADIM… duration 17 minutes 35 seconds 2017 REU Vibha Vijayakumar CNF HHMI KEP PARADIM… 2017 REU Vibha Vijayakumar CNF HHMI KEP PARADIM REU Nano-Convocation	2017 REU Vibha Vijayakumar CNF HHMI KEP PARADIM REU Nano-Convocation point polarization concepts in physics popper phase chemical elements strontium oxide n.p.t. electricity oxide layer reducing agents materials science super lot structural quality material magnetic field dielectric iron gallium film cognition elementary geometry electric field dipole moments plain dielectric philosophical terminology magnetic moment dielectric loss measurement electric and magnetic fields in matter crystallography ray diffraction modulating frequency signals vibrating sample measurements reu cnf device application dielectric constant $4.00 phase cornell university 2nd half magnetism topology gallium film strontium tightly magnetic properties geometry rocking curve molecular beam magneto electric bottom electrode measuring instruments thin film iron gallium mechanical engineering dielectric measurements alkaline earth metals electric properties sailboats nickel ferrite project management plain dielectric loss physical quantities chrome gold electrodes xing group transition temperature history sloop small layer lecture properties strong written magnetostatics dielectrics electronics terminology surface roughness metals corner electrode high dielectric education metaphysics caption complete post-transition metals magnetic devices polarization promising material review websites 124 phase diameter pads super lattice circles electric iron oxide $13.00 phase barium tightly mediasite structure electromagnetism r.p. oil campaign of world war ii p.i.m.p. broadcasting temperature universities and colleges elementary mathematics From James Overhiser 37 plays
2017 REU Margaret Anderson 2017 CNF HHMI KEP… duration 14 minutes 5 seconds 2017 REU Margaret Anderson 2017 CNF HHMI KEP… 2017 REU Margaret Anderson 2017 CNF HHMI KEP PARADIM REU Nano-Convocation	2017 REU Margaret Anderson 2017 CNF HHMI KEP PARADIM REU Nano-Convocation point polarization concepts in physics chemical elements strontium oxide n.p.t. electricity oxide layer reducing agents materials science super lot structural quality magnetic field oxides iron gallium film electric field dipole moments circles philosophical terminology magnetic moment dielectric loss measurement electric and magnetic fields in matter crystallography ray diffraction modulating frequency signals cross-platform software vibrating sample reu cnf device application dielectric constant $4.00 phase oil campaign of world war ii 2nd half magnetism topology lecture properties chrome gold electrodes geometry rocking curve molecular beam magneto electric bottom electrode measuring instruments thin film iron gallium mechanical engineering dielectric measurements electric properties cornell university sun microsystems software sailboats nickel ferrite physical quantities magnetic properties transition temperature history sloop small layer gallium film strong written magnetostatics dielectrics electronics terminology surface roughness metals corner electrode crystals metaphysics caption complete post-transition metals magnetic devices promising material 124 phase diameter pads super lattice plain dielectric iron oxide $13.00 phase barium tightly mediasite alkaline earth metals electromagnetism r.p. p.i.m.p. broadcasting elementary mathematics From James Overhiser 14 plays
2017 PARADIM CNF HHMI KEP REU Nano-Convocation -… duration 34 minutes 22 seconds 2017 PARADIM CNF HHMI KEP REU Nano-Convocation -… 2017 PARADIM CNF HHMI KEP REU Nano-Convocation - Session 4	2017 PARADIM CNF HHMI KEP REU Nano-Convocation - Session 4 magnetostatics rocking curve point polarization electronics terminology reu molecular beam magneto electric philosophical terminology concepts in physics magnetic moment metals broadcasting bottom electrode chemical elements dielectric constant thin film measurement dielectrics crystallography ray diffraction metaphysics corner electrode caption complete post-transition metals strontium oxide super lattice circles iron gallium mechanical engineering magnetic devices electricity vibrating sample oxide layer modulating frequency signals cnf promising material dielectric measurements electric properties diameter pads reducing agents electromagnetism surface roughness device application transition temperature plain dielectric materials science oil campaign of world war ii $4.00 phase super lot iron oxide structural quality chrome gold electrodes cornell university magnetic field $13.00 phase magnetism dielectric loss n.p.t. electric and magnetic fields in matter sailboats 2nd half mediasite nickel ferrite alkaline earth metals topology physical quantities r.p. gallium film iron gallium film 124 phase magnetic properties geometry measuring instruments p.i.m.p. electric field dipole moments history sloop small layer elementary mathematics lecture properties strong written barium tightly From James Overhiser 19 plays