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Video catalog

 

Included in this catalog are videos of PARADIM lectures and tutorials presented through Education and Outreach Summer School programs.  All videos are housed in Cornell Video On Demand.
Supporting Material
Lectures on experimental signatures of topology (2 of 2) [slides only, no audio] Joe Checkelsky
Frontiers of Quantum Magnetism Theory Gang Chen
2016
Supporting Material
Welcome and Introductions to 2016 summer school Tyrel M. McQueen and Facility Staff
History and Status of Crystal Growth and Its Applications Prof. Robert S. Feigelson
Modeling of Bulk Crystal Growth Processes (1 of 3) Prof. Jeffrey J. Derby
Modeling of Bulk Crystal Growth Processes (2 of 3) Prof. Jeffrey J. Derby
Modeling of Bulk Crystal Growth Processes (3 of 3) Prof. Jeffrey J. Derby
Crystal Growth of Materials (1 of 3) Dr. Geetha Balakrishnan
Characterization of Defects in Materials (1 of 3) Prof. Michael Dudley
Crystal Growth of Materials (2 of 3) Dr. Geetha Balakrishnan
Characterization of Defects in Materials (2 of 3) Prof. Michael Dudley
Crystal Growth of Materials (3 of 3) Dr. Geetha Balakrishnan
Characterization of Defects in Materials (3 of 3) Prof. Michael Dudley
Rational Materials Design Tyrel M. McQueen
2017
Supporting Material
Welcome and Introductions to 2017 summer school Tyrel M. McQueen and W. Adam Phelan
The Science of Quantum Materials Discovery Facility Staff
Perspectives on Topological Materials Facility Staff
Lectures on theory of topology (1 of 2) David Vanderbilt
Lectures on theory of topology (2 of 2) David Vanderbilt
Lectures on experimental signatures of topology (1 of 2) [slides only, no audio] Joe Checkelsky
Lectures on design and synthesis of topological materials (1 of 2) Leslie Schoop
Lectures on design and synthesis of topological materials (2 of 2) Leslie Schoop
Lectures on real-space topology (Skyrmions, 1 of 2) Geoff Beach
Lectures on real-space topology (Skyrmions, 2 of 2) Geoff Beach
ARPES and Topology Kyle Shen
Transport and topology Lu Li
2018
Supporting Material
Synthetic Methods for Quantum Materials Tyrel M. McQueen
The PARADIM Data Collective David Elbert
Synthesis and Discovery of Quantum Spin Liquid Candidates Young Lee
Spectroscopy of Quantum Spin Liquid Candidates Young Lee
Theoretical Aspects of Quantum Magnetism (1 of 2) Oleg Tchernyshyov
Theoretical Aspects of Quantum Magnetism (2 of 2) Oleg Tchernyshyov
Towards Theoretical Spectroscopy and Theory Assisted Material Design (1 of 2) Gabi Kotliar
Towards Theoretical Spectroscopy and Theory Assisted Material Design (2 of 2) Gabi Kotliar
Metallic Quantum Magnets and Quantum Criticality Satoru Nakatsuji
Transport Physics of Quantum Magnets Satoru Nakatsuji
Welcome and Introductions to 2018 sumer school W. Adam Phelan
Synthesis of Magnetic Pyrochlores Bruce Gaulin
Neutron Spectroscopy of Magnetic Pyrochlores (No Video Available) Bruce Gaulin
2019
Supporting Material
Smart Metrics for High-Performance Material-Design Kamal Choudhary
Lunch Seminar: Design and Discovery of Near Room Temperature Superconductivity Russ Hemley
Materials Data-Driven Discovery ( Phelan) Adam Phelan
Lessons from Big Data in Related Scientific Fields (Lemson) Gerard Lemson
Chemical Design of Materials Discovery (McQueen) Tyrel McQueen
Chemical by Design (2 of 3) (McQueen-Lecture2) Tyrel McQueen
High Throughput Experimental Methods for Materials Discovery Eric Toberer
2020
Supporting Material
History of Superconductivity Paul Canfield
Discovery of Nickelate Superconductivity Harold Hwang
Discovery of New Superconductors    Weiwei Xie
Future of Superconductivity  Paul Canfield
Routes to Superconductivity Johnpierre Paglione
Zero Field Half-flux State in beta-PdBi2 Yufan Li
THz and Microwave Studies of Superconductivity  N.P. Armitage
STM Studies of Superconductivity  Vidya Madhavan
Computational Design of Room Temperature Superconductors Warren Pickett
Frontiers of Superconductivity Tyrel McQueen
2021
Supporting Material
Synthesis of Quantum Magnets (1 of 2) Alannah Hallas
DFT of Quantum Magnets Roser Valenti
Analytical Theory of Magnets (1 of 2) Lucile Savary
RIXS on spin-orbit-entangled j=1/2 materials Markus Greninger
Analytical Theory of Magnets (2 of 2) Lucile Savary
Synthesis of Quantum Magnets (2 of 2) Alannah Hallas
Neutron Scattering (1 of 2)  Collin Broholm
The Landscape of Quantum Materials Tyrel McQueen
Neutron Scattering (2 of 2)  Collin Broholm
History and Context of Frustrated Magnetism Leon Galents
2022
Supporting Material
The convergence of quantum materials and quantum information science Tyrel McQueen
A Theoretical Perspective on Novel Superconductors Qimio Si
Optical Spectroscopy of Superconductors N.P. Armitage
ML/AI Applied to Superconductor Discovery Tyrel McQueen
DFT And Predictions of Superconductivity Alexandru Georgescu
Probing Thermodynamic Responses of Superconductors Art Ramirez
From Superconductors to Qubits Nathalie DeLeon
Transport Characterization of Superconductors Brad Ramshaw
New Advances in Nickelate Superconductivity Julia Mundy
New Techniques for Superconductors: RUS and pairing symmeteries Brad Ramshaw
2023
Supporting Material
Directions in Machine Learning Tyrel McQueen
Physics-based and machine-learning models for materials discovery  Alejandro Strachan
Materials repositories and platforms (Part I)  Alejandro Strachan
Materials repositories and platforms (Part 2) Alejandro Strachan
Superconducting Materials Properties Prediction Chris Stiles
Computational Materials Design Taylor Sparks
Future Directions in Structure Prediction Eva Zurek
XtalOpt Eva Zurek
Computational Materials Discovery Corey Oses
High Throughput Materials Design Mahshid Ahmadi
Building ML Models Crash Course Tyrel McQueen
High Throughput Materials Design Rama Vasudevan
ML-Ready Data and Ecosystems for Materials Discovery Ben Blaiszik, Logan Ward, K.J. Schmidt
ML and Frontiers Tyrel McQueen
2024
Supporting Material
Nanoscale Devices and the Properties of Materials: a Semiconductors Perspective Jim Speck
Introduction to Ultra-Wide Band-Gap Semiconductors for High-Power Electronics – History & Current Topics of Interests Mike Spencer
Computational modeling and AI/ML for semiconductor design & understanding of materials for future electronics Maria Chan
Ultrafast Metrology for Nanolithography Peter Kraus
A Connection between condensed matter physics and future electronic technologies Stuart Parkin
TEM/EELS Characterization of Wide Gap Semiconductor Heterostructures Lourdes Salamanca Riba
From III-V (GaN) to 2D TMD semiconductors and beyond Joan Redwing
New Materials Directions Tyrel McQueen
Making the business case for a new product development or proposal Heather Curran
Quantum Technologies and Collaborative Leadership Etka Bhatia/Satyavolu Papa Rao
Group 1 Presentation Participants
Group 2 Presentation Participants
Group 3 Presentation Participants
Group 4 Presentation Participants
Welcome and Introductions Staff
Introduction to the CHIPS Act and the Future of Semiconductors Eric K. Lin
2019
Supporting Material
Molecular Beam Epitaxy of High Mobility ZnO-based Heterostructures Joseph Falson
From Einstein's Photoelectric Effect to Band Mapping. Kyle Shen
From Particles to Quasiparticles : Understanding and Measuring Interactions by ARPES. Kyle Shen
ARPES Studies of Quantum Materials : Unconventional Superconductors and Topological Materials. Kyle Shen
Frontiers in ARPES : Spin & Time-resolved ARPES; thin films, and micro-ARPES. Luca Moreschini
Tips for Writing a PARADIM User proposal Adam Phelan
2019 Welcome to PARADIM Darrell Schlom
Greatest Hits of MBE (Schlom) Darrell Schlom
Welcome to PARADIM Summer Schools Darrell Schlom
Greatest Hits of MBE Darrell Schlom
Nuts and Bolts of Oxide MBE #1—Growth Conditions, Sources, and Crucibles Darrell Schlom
Nuts and Bolts of Oxide MBE #2—Composition Control and Calibration Darrell Schlom
Nuts and Bolts of Oxide MBE #3—Epitaxy, Substrates, and Crystal Growth Darrell Schlom
Growth of Ruthenates—CaRuO3, SrRuO3, Ca2RuO4, Sr2RuO4 Darrell Schlom
2020
Supporting Material
New Capabilities 2020: Thin Film Darrell Schlom
2022
Supporting Material
Lecture 10: Frontiers in ARPES: Spin & Time-resolved ARPES; thin films, and micro-ARPES – Kyle Shen Kyle Shen Lecture #10 slides (Frontiers)
Lecture 1: Greatest Hits of MBE Darrell Schlom Lecture #1
Lecture 2: Nuts and Bolts of Oxide MBE I - growth conditions, source and crucibles Darrell Schlom Lecture #2 slides
Lecture 3: Nuts and Bolts of Oxide MBE II - composition, control and calibration (2019) Darrell Schlom Lecture #3 slides
Lecture 4: Nuts and Bolts of Oxide MBE III - Epitaxy, substrates and crystal growth Darrell Schlom Lecture #4 slides
Lecture 5: Suboxide MBE Darrell Schlom Lecture #5 slides
Lecture 6: High Purity Synthesis of Binary Oxides Joseph Falson Lecture #6 slides (Falson)
Lecture 7: From Einstein’s Photoelectric Effect to Band Mapping Kyle Shen ARPES Lecture slides #7
Lecture 8: From Particles to Quasiparticles : Understanding and Measuring Interactions by ARPES  Kyle Shen ARPES Lecture slides #8
Lecture 9: ARPES Studies of Quantum Materials: Unconventional Superconductors and Topological Materials  Kyle Shen Lecture #4 slides (Quasitparticles)
2017
Supporting Material
Tomography Theory Peter Ercius, Lawerence Berkley Lab
Practical Tomography Robert Hovden, University of Michigan
Diffractive Imaging - Part 1 David Muller, Cornell University Agenda
Diffractive Imaging - Part 2 David Muller, Cornell University
Electron Microscopy Workshops - A historical perspective John Silcox, Cornell University
Intro to TEM David Muller, Cornell University
Linear Imaging Theory Robert Hovden, University of Michigan
Ronchigrams Peter Ercius, Lawerence Berkley Lab
Intro to EELS - Part 1 Paolo Longo, Gatan, Inc.
Intro to EELS - Part 2 Paolo Longo, Gatan, Inc.
Core loss EELS Lena Kourkoutis, Cornell University
Core loss EELS simulations Frank de Groot, Utrecht University
Low loss EELS David Muller, Cornell University
2020
Supporting Material
New Capabilities EM 2020 David Muller
2021
Supporting Material
Linear Imaging Theory Robert Hovden Agenda
 Introduction to Scanning Transmission Electron Microscopy Lena Kourkoutis
Diffraction David Muller
Multiple scattering, channeling and multislice Robert Hovden
Atomic Resolution Spectroscopy Lena Kourkoutis
Measuring electronic structure with EELS Lena Kourkoutis
4D-STEM and detectors David Muller
Measuring fields, potentials and ptychography David Muller
 In situ and cryogenic STEM Lena Kourkoutis
Big and deep data Peter Ercius / Pinshane Huang
Rochigrams Peter Ercius
2024
Supporting Material
Diffraction Robert Hovden
Welcome and Introduction to S/TEM David A. Muller
Scattering and Multislice Simulations David Muller
Linear Imaging Theory and Ronchigrams Robert Hovden
Atomic-resolution spectroscopy Berit Goodge
Diffraction Robert Hovden
EELS and EDX mapping - part II David Muller
Scattering and Multislice Simulations David A. Muller
Tutorial 5b: Valence and Low-Loss EELS staff
Atomic-resolution spectroscopy Berit Goodge
4-D STEM Steve Zeltmann
EELS and EDX mapping - part II David A. Muller
Fields and Phases by 4D-STEM David Muller
Valence and Low-Loss EELS Electron Microscopy Lecturers
Detectors and Data Collection Staff
4-D STEM Steven Zeltmann
Ptychography David Muller
Fields and Phases by 4D-STEM David A. Muller
In situ and cryo-STEM Berit Goodge
Detectors and Data Collection Electron Microscopy Lecturers
Ptychography David A. Muller
In situ and cryo-STEM Berit Goodge
Welcome and Introduction to S/TEM David Muller
Linear Imaging Theory and Ronchigrams Robert Hovden
Quantitative Image Analysis Berit Goodge
2025
Supporting Material
MEP - Experimental Design Jim LeBeau & Colin Gilgenbach
Detectors David Muller
Artifacts Jim LeBeau, David Muller, Steve Zeltmann
Fields & Phases David Muller
Quantification Jim LeBeau
Ptychography INTRO David Muller Workshop agenda
Linear Imaging Theory Steve Zeltmann
Scattering and Multislice David Muller
Ronchigrams Jim LeBeau
Low-dose Methods Steve Zeltmann
MEP - Theory & Depth Resolution David Muller
Supporting Material
Bring the Analysis to the Data David Elbert
2018
Supporting Material
PARADIM Big Data (Elbert) David Elbert
PARADIM JHU Data Meeting Group
2019
Supporting Material
PARADIM Data Collective David Elbert
Materials and Metadata David Elbert
Structural Analysis and Partial Orders from Big Data (1 of 2) Andrew Goodwin
High Throughput Experimental Methods for Materials Discovery (Toberer) Eric Toberer
Structural Analysis and Partial Orders from Big Data (2 of 2) Andrew Goodwin
Smart Metrics for High-Performance Material Design (Choudhary) Kamal Choudhary
How Data Changes Materials and Synthesis by Design (3 of 3) Tyrel McQueen
PARADIM Data Collective (Elbert-Lecture1) David Elbert
Materials and Metadata (Elbert-Lecture 2) David Elbert
Structural Analysis and Partial Order from Big Data (Goodwin) Andrew Goodwin
Complexity By Design (Goodwin-Lecture 2) Andrew Goodwin
How Data Changes Materials and Synthesis by Design ( McQueen) Tyrel McQueen
Design and Discovery of Near Room temperature Superconductivity (Hemley) Russ Hemley
2019 JHU Group2-DFT Participants
2019 JHU Group3-TEDesign Participants
2019 JHU Group4-JARVIS Participants
2020
Supporting Material
2DDF JHU Workshop 1 (Chandler Becker) Chandler Becker
2DDF JHU Workshop 2 (Daniel Wheeler) Daniel Wheeler
2DDF JHU Workshop 3 (Jonathan Buyer) Jonathan Buyer
2018 2DDF JHU Workshop 4 (Gretchen Greene) Gretchen Greene
2DDF Workshop JHU 5 (Dave Elbert) David Elbert
2DDF Workshop JHU 6 (Nick Carey) Nick Carey
2DDF JHU Workshop 7 (Kamal Choudhary) Kamal Choudhary
2023
Supporting Material
The Interoperable Data Future of Materials Design David Elbert
2016
Supporting Material
5.1) Band structures & optical spectra - Lecture 5.1 Dr. Feliciano Giustino
5.2) Limitations of DFT and post-DFT methods- Lecture 5.2 Dr. Feliciano Giustino
Tutorial 1.1 Connecting to MARCC, basic Linux commands, and a test run Feliciano Giustino
Tutorial 2.1 Equilibrium structure of a diatomic molecule and a bulk crystal Feliciano Giustino
Tutorial 3.1 Automatic optimization of crystal structure and elastic constants Feliciano Giustino
Tutorial 4.1 Phonon Dispersion Feliciano Giustino
Tutorial 5.1 Band structure and visualization of Kohn-Sham wavefunctions Feliciano Giustino
1.1) An introduction (Ab initio) to materials modelling Lecture 1.1 Dr. Feliciano Giustino
1.2) Schrodinger equation and mean-field approximation - Lecture 1.2 Dr. Feliciano Giustino
2.1) Density Functional Theory - Lecture 2.1 Dr. Feliciano Giustino
2.2) Plane Waves and Pseudopotentials - Lecture 2.2 Dr. Feliciano Giustino
3.1) Equilibrium structures of materials - Lecture 3.1 Dr. Feliciano Giustino
3.2) Elastic properties of materials - Lecture 3.2 Dr. Feliciano Giustino
4.1) Vibrational properties and phonons in DFT (Lecture 4.1) Dr. Feliciano Giustino
4.2) IR spectra & dielectric constants - Lecture 4.2 Dr. Feliciano Giustino
2018
Supporting Material
5.2) DFT: Limitations of Density Functional Theory (DFT) and post-DFT methods (Lecture 5.2) Dr. Feliciano Giustino
DFT:Basic Linux commands, compilation of the Quantum Espresso package, and an example Si calculation (Tutorial 1.1) (Giustino) Feliciano Giustino
DFT: Equilibrium structure and binding energy of a diatomic molecule Cl2 (Tutorial 2.1) (Giustino) Feliciano Giustino
FT: Automatic optimization of atomic coordinates of Cl2 and unit cell of graphite, elastic constants of diamond (Tutorial 3.1) Dr Betul Pamuk
DFT: Stretching frequency of a diatomic molecule Cl2, phonon dispersion relations of diamond, and LO-TO splitting, IR activity, and dielectric constant of GaAs (4.1 Tutorial) Dr. Betul Pamuk
DFT:Band structure, and visualizing Kohn-Sham wavefunctions of Si, and calculation of UV/Vis spectra of GaAs (Tutorial 5.1) Betul Pamuk
1.1) DFT: Ab initio Materials Modeling (Lecture 1.1) Dr. Feliciano Giustino
1.2) DFT: Many Body Problem (Lecture 1.2) Dr. Feliciano Giustino
2.1) DFT: Conceptual foundations of Density Functional Theory (Lecture 2.1) Feliciano Giustino
2.2) DFT: Plane Waves and Pseudopotentials (Lecture 2.2) Feliciano Giustino
3.1) DFT: Equilibrium structures (Lecture 3.1) Feliciano Giustino
3.2) DFT: Elastic Properties (Lecture 3.2) Feliciano Giustino
4.1) DFT: Phonons in Density Functional Theory (Lecture 4.1) Feliciano Giustino
4.2) DFT: IR Spectra and Dielectric constants (Lecture 4.2) Feliciano Giustino
5.1) DFT: Band Structure and Optical Spectra (Lecture 5.1) Feliciano Giustino
2020
Supporting Material
New Capabilities Theory 2020 Betul Pamuk
2021
Supporting Material
DFT Beyond the LDA Feliciano Guistino
Ab initio materials modeling Feliciano Guistino
Many-body problem Feliciano Guistino
Density-functional theory Feliciano Guistino
Planewaves and pseudopotentials Feliciano Guistino
Equilibrium Structures Feliciano Guistino
Elastic properties Feliciano Guistino
Phonons in DFT Feliciano Guistino
IR spectra & Dielectric Constants Feliciano Guistino
Band Structures & Optical spectra Feliciano Guistino
2023
Supporting Material
Theory Lecture 1 - Ab initio materials modeling Tomás Arias Lecture 1 slides
Theory Lecture 2 - Many-body problem Tomás Arias Lecture #2 slides
Theory Lecture 3 - Density-functional theory  Tomás Arias Lecture #3 slides
Theory Lecture 4 - Planewaves and pseudopotentials  Tomás Arias Lecture #4 slides
Theory Lecture 5 - Equilibrium structures Tomás Arias Lecture #5 slides
Theory Lecture 6 - Elastic Properties Tomás Arias Lecture #6 slides
Theory Lecture 7 - Phonons in DFT Tomás Arias Lecture #7 slides
Theory Lecture 8 - Band Structures and Wannier Functions  Tomás Arias Lecture #8 slides
Theory Lecture 9 - Optical Absorption Spectra Tomás Arias Lecture #9 slides
Theory Lecture 10 - Mismatched Interface Theory for Misfit Materials Tomás Arias Lecture #10 slides
Supporting Material
Managing and Leveraging Conflict Jack A. Goncalo
Sharing knowledge in interdisciplinary teams Jack A. Goncalo
Team building collaborative skills Lynne C. Vincent
Managing and Leveraging Conflict Jack A. Goncalo
Communicating Creative Ideas Jack A. Goncalo
Sharing Knowledge in Interdisciplinary Teams Jack A. Goncalo
Lectures on effective collaboration (1 of 3) Lynne C. Vincent
Lectures on effective collaboration (3 of 3) [Slides Only Lynne C. Vincent
Teambuilding collaborative skills Lynne C. Vincent
Effective collaboration (1 of 2) [slides only, no audio] Lynne C. Vincent
Biases and Idea Recognition Jack A. Goncalo
Communicating Creative Ideas Jack A. Goncalo
Communicating Creative Ideas (lecture starts at 27:05) Jack A. Goncalo
Effective collaboration (2 of 2) [slides only, no audio] Lynne C. Vincent
Lectures on effective collaboration (1 of 3) Lynne C. Vincent
Managing and Leveraging Conflict Jack A. Goncalo
2016
Supporting Material
Managing and Leveraging Conflict Jack Goncalo
Communicating Creative Ideas Jack Goncalo
Communicating Creative Ideas Jack Goncalo
Idea Recognition (Goncalo) Jack Goncalo
Knowledge Sharing and Groups Jack Goncalo
LeveragingConflict Jack Goncalo
Managing and Leveraging Conflict Jack Goncalo
Communicating Creative Ideas Jack Goncalo
Knowledge Sharing and Groups Jack Goncalo
Biases and Idea Recognition Jack Goncalo
2017
Supporting Material
Effective Collaboration 1 JHU 2017 (no audio/slides only) Lynne Vincent
Effective Collaboration 3 Lynne Vincent
Team Building and Collaborative Skills 2017 Lynne Vincent
Team Building and Collaborative Skills 2017 Lynne Vincent
2018
Supporting Material
Collaboration-Team Building 2018 Lynne Vincent
Collaboration-Team Building 2018 Lynne Vincent
2019
Supporting Material
Increasing the Effectiveness of Research Collaboration (Vincent-Lecture 1) Lynne Vincent
Increasing Collaboration in research (Vincent - Lecture 2) Lynne Vincent
Effective Collaboration in Research (Vincent - Lecture3) Lynne Vincent
Interdisciplinary Collaboration Session 1 (Vincent) Lynne Vincent
Interdisciplinary Collaboration Session 1 Lynne Vincent
Lectures on effective collaboration (1 of 3) Lynne Vincent
Lectures on effective collaboration (2 of 3) Lynne Vincent
Lectures on effective collaboration (3 of 3) Lynne Vincent
2024
Supporting Material
What does it mean to work as a team, really? Tyrel McQueen
2020
Supporting Material
Bulk Crystal Growth new capabilities 2020 Tyrel McQueen
Thin Film new capabilities 2020 Darrell Schlom
New Capabilities 2020: Microscopy David Muller
New capabilities 2020: Theory Betul Pamuk
Tips for Writing a PARADIM User Proposal PARADIM staff
Title Presenter Event Type Area
Teambuilding collaborative skills Lynne C. Vincent Collaboration
Bring the Analysis to the Data David Elbert Data Collective
Effective collaboration (1 of 2) [slides only, no audio] Lynne C. Vincent Collaboration
Biases and Idea Recognition Jack A. Goncalo Collaboration
Communicating Creative Ideas Jack A. Goncalo Collaboration
Communicating Creative Ideas (lecture starts at 27:05) Jack A. Goncalo Collaboration
Effective collaboration (2 of 2) [slides only, no audio] Lynne C. Vincent Collaboration
Lectures on experimental signatures of topology (2 of 2) [slides only, no audio] Joe Checkelsky Bulk Crystal Growth
Lectures on effective collaboration (1 of 3) Lynne C. Vincent Collaboration
Managing and Leveraging Conflict Jack A. Goncalo Collaboration
Managing and Leveraging Conflict Jack A. Goncalo Collaboration
Sharing knowledge in interdisciplinary teams Jack A. Goncalo Collaboration
Team building collaborative skills Lynne C. Vincent Collaboration
Frontiers of Quantum Magnetism Theory Gang Chen Bulk Crystal Growth
History of Superconductivity Paul Canfield JHU Summer School Bulk Crystal Growth
DFT of Quantum Magnets Roser Valenti JHU Summer School Bulk Crystal Growth
From Superconductors to Qubits Nathalie DeLeon JHU Summer School Bulk Crystal Growth
Materials repositories and platforms (Part I)  Alejandro Strachan JHU Summer School Bulk Crystal Growth
Discovery of Nickelate Superconductivity Harold Hwang JHU Summer School Bulk Crystal Growth
Analytical Theory of Magnets (1 of 2) Lucile Savary JHU Summer School Bulk Crystal Growth
Transport Characterization of Superconductors Brad Ramshaw JHU Summer School Bulk Crystal Growth
Materials repositories and platforms (Part 2) Alejandro Strachan JHU Summer School Bulk Crystal Growth
Discovery of New Superconductors    Weiwei Xie JHU Summer School Bulk Crystal Growth
RIXS on spin-orbit-entangled j=1/2 materials Markus Greninger JHU Summer School Bulk Crystal Growth
New Advances in Nickelate Superconductivity Julia Mundy JHU Summer School Bulk Crystal Growth
Superconducting Materials Properties Prediction Chris Stiles JHU Summer School Bulk Crystal Growth
Future of Superconductivity  Paul Canfield JHU Summer School Bulk Crystal Growth
Analytical Theory of Magnets (2 of 2) Lucile Savary JHU Summer School Bulk Crystal Growth
New Techniques for Superconductors: RUS and pairing symmeteries Brad Ramshaw JHU Summer School Bulk Crystal Growth
Computational Materials Design Taylor Sparks JHU Summer School Bulk Crystal Growth
Routes to Superconductivity Johnpierre Paglione JHU Summer School Bulk Crystal Growth
Synthesis of Quantum Magnets (2 of 2) Alannah Hallas JHU Summer School Bulk Crystal Growth
Future Directions in Structure Prediction Eva Zurek JHU Summer School Bulk Crystal Growth
Tips for Writing a PARADIM User Proposal PARADIM staff JHU Summer School New Capabilities
XtalOpt Eva Zurek JHU Summer School Bulk Crystal Growth
Zero Field Half-flux State in beta-PdBi2 Yufan Li JHU Summer School Bulk Crystal Growth
Computational Materials Discovery Corey Oses JHU Summer School Bulk Crystal Growth
THz and Microwave Studies of Superconductivity  N.P. Armitage JHU Summer School Bulk Crystal Growth
High Throughput Materials Design Mahshid Ahmadi JHU Summer School Bulk Crystal Growth
STM Studies of Superconductivity  Vidya Madhavan JHU Summer School Bulk Crystal Growth
Building ML Models Crash Course Tyrel McQueen JHU Summer School Bulk Crystal Growth
Computational Design of Room Temperature Superconductors Warren Pickett JHU Summer School Bulk Crystal Growth
High Throughput Materials Design Rama Vasudevan JHU Summer School Bulk Crystal Growth
Frontiers of Superconductivity Tyrel McQueen JHU Summer School Bulk Crystal Growth
The convergence of quantum materials and quantum information science Tyrel McQueen JHU Summer School Bulk Crystal Growth
ML-Ready Data and Ecosystems for Materials Discovery Ben Blaiszik, Logan Ward, K.J. Schmidt JHU Summer School Bulk Crystal Growth
Neutron Scattering (1 of 2)  Collin Broholm JHU Summer School Bulk Crystal Growth
A Theoretical Perspective on Novel Superconductors Qimio Si JHU Summer School Bulk Crystal Growth
The Interoperable Data Future of Materials Design David Elbert JHU Summer School Data Collective
The Landscape of Quantum Materials Tyrel McQueen JHU Summer School Bulk Crystal Growth
Optical Spectroscopy of Superconductors N.P. Armitage JHU Summer School Bulk Crystal Growth
ML and Frontiers Tyrel McQueen JHU Summer School Bulk Crystal Growth
Neutron Scattering (2 of 2)  Collin Broholm JHU Summer School Bulk Crystal Growth
ML/AI Applied to Superconductor Discovery Tyrel McQueen JHU Summer School Bulk Crystal Growth
History and Context of Frustrated Magnetism Leon Galents JHU Summer School Bulk Crystal Growth
DFT And Predictions of Superconductivity Alexandru Georgescu JHU Summer School Bulk Crystal Growth
Directions in Machine Learning Tyrel McQueen JHU Summer School Bulk Crystal Growth
Synthesis of Quantum Magnets (1 of 2) Alannah Hallas JHU Summer School Bulk Crystal Growth
Probing Thermodynamic Responses of Superconductors Art Ramirez JHU Summer School Bulk Crystal Growth
Physics-based and machine-learning models for materials discovery  Alejandro Strachan JHU Summer School Bulk Crystal Growth
Communicating Creative Ideas Jack Goncalo JHU Summer School Collaboration
Group 3 Presentation Participants JHU Summer School Bulk Crystal Growth
Effective Collaboration 1 JHU 2017 (no audio/slides only) Lynne Vincent JHU Summer School Collaboration
Structural Analysis and Partial Orders from Big Data (1 of 2) Andrew Goodwin JHU Summer School Data Collective
Welcome and Introductions Staff JHU Summer School Bulk Crystal Growth
Group 4 Presentation Participants JHU Summer School Bulk Crystal Growth
Structural Analysis and Partial Orders from Big Data (2 of 2) Andrew Goodwin JHU Summer School Data Collective
Introduction to the CHIPS Act and the Future of Semiconductors Eric K. Lin JHU Summer School Bulk Crystal Growth
Tips for Writing a PARADIM User proposal Adam Phelan JHU Summer School Thin Film Growth
What does it mean to work as a team, really? Tyrel McQueen JHU Summer School Collaboration
Materials Data-Driven Discovery ( Phelan) Adam Phelan JHU Summer School Bulk Crystal Growth
How Data Changes Materials and Synthesis by Design (3 of 3) Tyrel McQueen JHU Summer School Data Collective
Nanoscale Devices and the Properties of Materials: a Semiconductors Perspective Jim Speck JHU Summer School Bulk Crystal Growth
Lunch Seminar: Design and Discovery of Near Room Temperature Superconductivity Russ Hemley JHU Summer School Bulk Crystal Growth
Introduction to Ultra-Wide Band-Gap Semiconductors for High-Power Electronics –… Mike Spencer JHU Summer School Bulk Crystal Growth
Computational modeling and AI/ML for semiconductor design & understanding of ma… Maria Chan JHU Summer School Bulk Crystal Growth
Managing and Leveraging Conflict Jack Goncalo JHU Summer School Collaboration
Ultrafast Metrology for Nanolithography Peter Kraus JHU Summer School Bulk Crystal Growth
A Connection between condensed matter physics and future electronic technologies Stuart Parkin JHU Summer School Bulk Crystal Growth
TEM/EELS Characterization of Wide Gap Semiconductor Heterostructures Lourdes Salamanca Riba JHU Summer School Bulk Crystal Growth
High Throughput Experimental Methods for Materials Discovery Eric Toberer JHU Summer School Bulk Crystal Growth
From III-V (GaN) to 2D TMD semiconductors and beyond Joan Redwing JHU Summer School Bulk Crystal Growth
Smart Metrics for High-Performance Material-Design Kamal Choudhary JHU Summer School Bulk Crystal Growth
New Materials Directions Tyrel McQueen JHU Summer School Bulk Crystal Growth
Making the business case for a new product development or proposal Heather Curran JHU Summer School Bulk Crystal Growth
Quantum Technologies and Collaborative Leadership Etka Bhatia/Satyavolu Papa Rao JHU Summer School Bulk Crystal Growth
PARADIM Data Collective David Elbert JHU Summer School Data Collective
Group 1 Presentation Participants JHU Summer School Bulk Crystal Growth
Materials and Metadata David Elbert JHU Summer School Data Collective
Group 2 Presentation Participants JHU Summer School Bulk Crystal Growth
Idea Recognition (Goncalo) Jack Goncalo JHU Summer School Collaboration
Lessons from Big Data in Related Scientific Fields (Lemson) Gerard Lemson JHU Summer School Bulk Crystal Growth
LeveragingConflict Jack Goncalo JHU Summer School Collaboration
Biases and Idea Recognition Jack Goncalo JHU Summer School Collaboration
Effective Collaboration 3 Lynne Vincent JHU Summer School Collaboration
High Throughput Experimental Methods for Materials Discovery (Toberer) Eric Toberer JHU Summer School Data Collective
Communicating Creative Ideas Jack Goncalo JHU Summer School Collaboration
Smart Metrics for High-Performance Material Design (Choudhary) Kamal Choudhary JHU Summer School Data Collective
Managing and Leveraging Conflict Jack Goncalo JHU Summer School Collaboration
Chemical Design of Materials Discovery (McQueen) Tyrel McQueen JHU Summer School Bulk Crystal Growth
PARADIM Big Data (Elbert) David Elbert JHU Summer School Data Collective
Increasing the Effectiveness of Research Collaboration (Vincent-Lecture 1) Lynne Vincent JHU Summer School Collaboration
Chemical by Design (2 of 3) (McQueen-Lecture2) Tyrel McQueen JHU Summer School Bulk Crystal Growth
Increasing Collaboration in research (Vincent - Lecture 2) Lynne Vincent JHU Summer School Collaboration
PARADIM Data Collective (Elbert-Lecture1) David Elbert JHU Summer School Data Collective
Materials and Metadata (Elbert-Lecture 2) David Elbert JHU Summer School Data Collective
Effective Collaboration in Research (Vincent - Lecture3) Lynne Vincent JHU Summer School Collaboration
Managing and Leveraging Conflict Jack A. Goncalo JHU Summer School Collaboration
Structural Analysis and Partial Order from Big Data (Goodwin) Andrew Goodwin JHU Summer School Data Collective
Communicating Creative Ideas Jack A. Goncalo JHU Summer School Collaboration
Sharing Knowledge in Interdisciplinary Teams Jack A. Goncalo JHU Summer School Collaboration
Complexity By Design (Goodwin-Lecture 2) Andrew Goodwin JHU Summer School Data Collective
Biases and Idea Recognition Jack A. Goncalo JHU Summer School
Tips for Writing a PARADIM User Proposal (Phelan) Adam Phelan JHU Summer School
Lectures on effective collaboration (1 of 3) Lynne C. Vincent JHU Summer School Collaboration
How Data Changes Materials and Synthesis by Design ( McQueen) Tyrel McQueen JHU Summer School Data Collective
Lectures on effective collaboration (3 of 3) [Slides Only Lynne C. Vincent JHU Summer School Collaboration
Design and Discovery of Near Room temperature Superconductivity (Hemley) Russ Hemley JHU Summer School Data Collective
2019 JHU Group1-MachineLearning Participants JHU Summer School
2019 JHU Group2-DFT Participants JHU Summer School Data Collective
2019 JHU Group3-TEDesign Participants JHU Summer School Data Collective
2019 JHU Group4-JARVIS Participants JHU Summer School Data Collective
Diffraction David Muller Cornell Summer School Microscopy
Theory Lecture 4 - Planewaves and pseudopotentials  Tomás Arias Cornell Summer School Density Functional Theory
Multiple scattering, channeling and multislice Robert Hovden Cornell Summer School Microscopy
Theory Lecture 5 - Equilibrium structures Tomás Arias Cornell Summer School Density Functional Theory
Atomic Resolution Spectroscopy Lena Kourkoutis Cornell Summer School Microscopy
Theory Lecture 6 - Elastic Properties Tomás Arias Cornell Summer School Density Functional Theory
Ptychography David A. Muller Cornell Summer School Microscopy
Measuring electronic structure with EELS Lena Kourkoutis Cornell Summer School Microscopy
Theory Lecture 7 - Phonons in DFT Tomás Arias Cornell Summer School Density Functional Theory
In situ and cryo-STEM Berit Goodge Cornell Summer School Microscopy
Linear Imaging Theory Steve Zeltmann Cornell Summer School Microscopy
4D-STEM and detectors David Muller Cornell Summer School Microscopy
Lecture 1: Greatest Hits of MBE Darrell Schlom Cornell Summer School Thin Film Growth
Theory Lecture 8 - Band Structures and Wannier Functions  Tomás Arias Cornell Summer School Density Functional Theory
Scattering and Multislice David Muller Cornell Summer School Microscopy
Ab initio materials modeling Feliciano Guistino Cornell Summer School Density Functional Theory
Measuring fields, potentials and ptychography David Muller Cornell Summer School Microscopy
Lecture 2: Nuts and Bolts of Oxide MBE I - growth conditions, source and crucib… Darrell Schlom Cornell Summer School Thin Film Growth
Theory Lecture 9 - Optical Absorption Spectra Tomás Arias Cornell Summer School Density Functional Theory
Ronchigrams Jim LeBeau Cornell Summer School Microscopy
Many-body problem Feliciano Guistino Cornell Summer School Density Functional Theory
 In situ and cryogenic STEM Lena Kourkoutis Cornell Summer School Microscopy
Lecture 3: Nuts and Bolts of Oxide MBE II - composition, control and calibrati… Darrell Schlom Cornell Summer School Thin Film Growth
Theory Lecture 10 - Mismatched Interface Theory for Misfit Materials Tomás Arias Cornell Summer School Density Functional Theory
Low-dose Methods Steve Zeltmann Cornell Summer School Microscopy
Density-functional theory Feliciano Guistino Cornell Summer School Density Functional Theory
Big and deep data Peter Ercius / Pinshane Huang Cornell Summer School Microscopy
Lecture 4: Nuts and Bolts of Oxide MBE III - Epitaxy, substrates and crystal gr… Darrell Schlom Cornell Summer School Thin Film Growth
MEP - Theory & Depth Resolution David Muller Cornell Summer School Microscopy
Planewaves and pseudopotentials Feliciano Guistino Cornell Summer School Density Functional Theory
Rochigrams Peter Ercius Cornell Summer School Microscopy
Lecture 5: Suboxide MBE Darrell Schlom Cornell Summer School Thin Film Growth
MEP - Experimental Design Jim LeBeau & Colin Gilgenbach Cornell Summer School Microscopy
Equilibrium Structures Feliciano Guistino Cornell Summer School Density Functional Theory
Lecture 6: High Purity Synthesis of Binary Oxides Joseph Falson Cornell Summer School Thin Film Growth
Detectors David Muller Cornell Summer School Microscopy
Elastic properties Feliciano Guistino Cornell Summer School Density Functional Theory
Lecture 7: From Einstein’s Photoelectric Effect to Band Mapping Kyle Shen Cornell Summer School Thin Film Growth
Artifacts Jim LeBeau, David Muller, Steve Zeltmann Cornell Summer School Microscopy
Phonons in DFT Feliciano Guistino Cornell Summer School Density Functional Theory
Lecture 8: From Particles to Quasiparticles : Understanding and Measuring Inter… Kyle Shen Cornell Summer School Thin Film Growth
Fields & Phases David Muller Cornell Summer School Microscopy
IR spectra & Dielectric Constants Feliciano Guistino Cornell Summer School Density Functional Theory
Lecture 9: ARPES Studies of Quantum Materials: Unconventional Superconductors a… Kyle Shen Cornell Summer School Thin Film Growth
Quantification Jim LeBeau Cornell Summer School Microscopy
Band Structures & Optical spectra Feliciano Guistino Cornell Summer School Density Functional Theory
Lecture 10: Frontiers in ARPES: Spin & Time-resolved ARPES; thin films, and mic… Kyle Shen Cornell Summer School Thin Film Growth
Theory Lecture 1 - Ab initio materials modeling Tomás Arias Cornell Summer School Density Functional Theory
DFT Beyond the LDA Feliciano Guistino Cornell Summer School Density Functional Theory
Theory Lecture 2 - Many-body problem Tomás Arias Cornell Summer School Density Functional Theory
 Introduction to Scanning Transmission Electron Microscopy Lena Kourkoutis Cornell Summer School Microscopy
Theory Lecture 3 - Density-functional theory  Tomás Arias Cornell Summer School Density Functional Theory
Welcome and Introductions to 2016 summer school Tyrel M. McQueen and Facility Staff Cornell Summer School Bulk Crystal Growth
In situ and cryo-STEM Berit Goodge Cornell Summer School Microscopy
Diffractive Imaging - Part 1 David Muller, Cornell University Cornell Summer School Microscopy
Ptychography INTRO David Muller Cornell Summer School Microscopy
1.1) DFT: Ab initio Materials Modeling (Lecture 1.1) Dr. Feliciano Giustino Cornell Summer School Density Functional Theory
Introduction to PARADIM Darrell Schlom Cornell Summer School
Welcome and Introduction to S/TEM David Muller Cornell Summer School Microscopy
1.1) An introduction (Ab initio) to materials modelling Lecture 1.1 Dr. Feliciano Giustino Cornell Summer School Density Functional Theory
Linear Imaging Theory and Ronchigrams Robert Hovden Cornell Summer School Microscopy
Quantitative Image Analysis Berit Goodge Cornell Summer School Microscopy
Intro to TEM David Muller, Cornell University Cornell Summer School Microscopy
Welcome and Introduction to S/TEM David A. Muller Cornell Summer School Microscopy
Diffraction Robert Hovden Cornell Summer School Microscopy
Collaboration-Team Building 2018 Lynne Vincent Cornell Summer School Collaboration
Scattering and Multislice Simulations David Muller Cornell Summer School Microscopy
Welcome and Introductions to 2018 sumer school W. Adam Phelan Cornell Summer School Bulk Crystal Growth
Communicating Creative Ideas Jack Goncalo Cornell Summer School Collaboration
Linear Imaging Theory Robert Hovden Cornell Summer School Microscopy
Atomic-resolution spectroscopy Berit Goodge Cornell Summer School Microscopy
Team Building and Collaborative Skills 2017 Lynne Vincent Cornell Summer School Collaboration
EELS and EDX mapping - part II David Muller Cornell Summer School Microscopy
Knowledge Sharing and Groups Jack Goncalo Cornell Summer School Collaboration
Interdisciplinary Collaboration Session 1 (Vincent) Lynne Vincent Cornell Summer School Collaboration
Tutorial 5b: Valence and Low-Loss EELS staff Cornell Summer School Microscopy
Welcome and Introductions to 2017 summer school Tyrel M. McQueen and W. Adam Phelan Cornell Summer School Bulk Crystal Growth
2019 Welcome to PARADIM Darrell Schlom Cornell Summer School Thin Film Growth
4-D STEM Steve Zeltmann Cornell Summer School Microscopy
Fields and Phases by 4D-STEM David Muller Cornell Summer School Microscopy
DFT:Basic Linux commands, compilation of the Quantum Espresso package, and an e… Feliciano Giustino Cornell Summer School Density Functional Theory
Welcome to PARADIM Summer Schools Darrell Schlom Cornell Summer School Thin Film Growth
Detectors and Data Collection Staff Cornell Summer School Microscopy
Tutorial 1.1 Connecting to MARCC, basic Linux commands, and a test run Feliciano Giustino Cornell Summer School Density Functional Theory
Collaboration-Team Building 2018 Lynne Vincent Cornell Summer School Collaboration
Ptychography David Muller Cornell Summer School Microscopy
Tutorial 2.1 Equilibrium structure of a diatomic molecule and a bulk crystal Feliciano Giustino Cornell Summer School Density Functional Theory
History and Status of Crystal Growth and Its Applications Prof. Robert S. Feigelson Cornell Summer School Bulk Crystal Growth
1.2) DFT: Many Body Problem (Lecture 1.2) Dr. Feliciano Giustino Cornell Summer School Density Functional Theory
1.2) Schrodinger equation and mean-field approximation - Lecture 1.2 Dr. Feliciano Giustino Cornell Summer School Density Functional Theory
Linear Imaging Theory Robert Hovden, University of Michigan Cornell Summer School Microscopy
Linear Imaging Theory and Ronchigrams Robert Hovden Cornell Summer School Microscopy
Synthesis of Magnetic Pyrochlores Bruce Gaulin Cornell Summer School Bulk Crystal Growth
The Science of Quantum Materials Discovery Facility Staff Cornell Summer School Bulk Crystal Growth
DFT: Equilibrium structure and binding energy of a diatomic molecule Cl2 (Tutor… Feliciano Giustino Cornell Summer School Density Functional Theory
Interdisciplinary Collaboration Session 1 Lynne Vincent Cornell Summer School Collaboration
FT: Automatic optimization of atomic coordinates of Cl2 and unit cell of graphi… Dr Betul Pamuk Cornell Summer School Density Functional Theory
Greatest Hits of MBE Darrell Schlom Cornell Summer School Thin Film Growth
Tutorial 3.1 Automatic optimization of crystal structure and elastic constants Feliciano Giustino Cornell Summer School Density Functional Theory
Modeling of Bulk Crystal Growth Processes (1 of 3) Prof. Jeffrey J. Derby Cornell Summer School Bulk Crystal Growth
Knowledge Sharing and Groups Jack Goncalo Cornell Summer School Collaboration
2.1) DFT: Conceptual foundations of Density Functional Theory (Lecture 2.1) Feliciano Giustino Cornell Summer School Density Functional Theory
2.1) Density Functional Theory - Lecture 2.1 Dr. Feliciano Giustino Cornell Summer School Density Functional Theory
Ronchigrams Peter Ercius, Lawerence Berkley Lab Cornell Summer School Microscopy
Quantitative Image Analysis Berit Goodge Cornell Summer School
Neutron Spectroscopy of Magnetic Pyrochlores (No Video Available) Bruce Gaulin Cornell Summer School Bulk Crystal Growth
Greatest Hits of MBE (Schlom) Darrell Schlom Cornell Summer School Thin Film Growth
Perspectives on Topological Materials Facility Staff Cornell Summer School Bulk Crystal Growth
DFT: Stretching frequency of a diatomic molecule Cl2, phonon dispersion relatio… Dr. Betul Pamuk Cornell Summer School Density Functional Theory
Nuts and Bolts of Oxide MBE #1—Growth Conditions, Sources, and Crucibles Darrell Schlom Cornell Summer School Thin Film Growth
Tutorial 4.1 Phonon Dispersion Feliciano Giustino Cornell Summer School Density Functional Theory
Modeling of Bulk Crystal Growth Processes (2 of 3) Prof. Jeffrey J. Derby Cornell Summer School Bulk Crystal Growth
2.2) DFT: Plane Waves and Pseudopotentials (Lecture 2.2) Feliciano Giustino Cornell Summer School Density Functional Theory
2.2) Plane Waves and Pseudopotentials - Lecture 2.2 Dr. Feliciano Giustino Cornell Summer School Density Functional Theory
Intro to EELS - Part 1 Paolo Longo, Gatan, Inc. Cornell Summer School Microscopy
Synthetic Methods for Quantum Materials Tyrel M. McQueen Cornell Summer School Bulk Crystal Growth
Lectures on theory of topology (1 of 2) David Vanderbilt Cornell Summer School Bulk Crystal Growth
Lectures on theory of topology (2 of 2) David Vanderbilt Cornell Summer School Bulk Crystal Growth
DFT:Band structure, and visualizing Kohn-Sham wavefunctions of Si, and calculat… Betul Pamuk Cornell Summer School Density Functional Theory
Nuts and Bolts of Oxide MBE #2—Composition Control and Calibration Darrell Schlom Cornell Summer School Thin Film Growth
Tutorial 5.1 Band structure and visualization of Kohn-Sham wavefunctions Feliciano Giustino Cornell Summer School Density Functional Theory
Modeling of Bulk Crystal Growth Processes (3 of 3) Prof. Jeffrey J. Derby Cornell Summer School Bulk Crystal Growth
3.1) DFT: Equilibrium structures (Lecture 3.1) Feliciano Giustino Cornell Summer School Density Functional Theory
3.1) Equilibrium structures of materials - Lecture 3.1 Dr. Feliciano Giustino Cornell Summer School Density Functional Theory
Diffraction Robert Hovden Cornell Summer School Microscopy
Intro to EELS - Part 2 Paolo Longo, Gatan, Inc. Cornell Summer School Microscopy
The PARADIM Data Collective David Elbert Cornell Summer School Bulk Crystal Growth
Lectures on experimental signatures of topology (1 of 2) [slides only, no audio] Joe Checkelsky Cornell Summer School Bulk Crystal Growth
Nuts and Bolts of Oxide MBE #3—Epitaxy, Substrates, and Crystal Growth Darrell Schlom Cornell Summer School Thin Film Growth
Crystal Growth of Materials (1 of 3) Dr. Geetha Balakrishnan Cornell Summer School Bulk Crystal Growth
3.2) DFT: Elastic Properties (Lecture 3.2) Feliciano Giustino Cornell Summer School Density Functional Theory
3.2) Elastic properties of materials - Lecture 3.2 Dr. Feliciano Giustino Cornell Summer School Density Functional Theory
Scattering and Multislice Simulations David A. Muller Cornell Summer School Microscopy
Core loss EELS Lena Kourkoutis, Cornell University Cornell Summer School Microscopy
Atomic-resolution spectroscopy Berit Goodge Cornell Summer School Microscopy
Synthesis and Discovery of Quantum Spin Liquid Candidates Young Lee Cornell Summer School Bulk Crystal Growth
Growth of Ruthenates—CaRuO3, SrRuO3, Ca2RuO4, Sr2RuO4 Darrell Schlom Cornell Summer School Thin Film Growth
Characterization of Defects in Materials (1 of 3) Prof. Michael Dudley Cornell Summer School Bulk Crystal Growth
4.1) DFT: Phonons in Density Functional Theory (Lecture 4.1) Feliciano Giustino Cornell Summer School Density Functional Theory
4.1) Vibrational properties and phonons in DFT (Lecture 4.1) Dr. Feliciano Giustino Cornell Summer School Density Functional Theory
Core loss EELS simulations Frank de Groot, Utrecht University Cornell Summer School Microscopy
EELS and EDX mapping - part II David A. Muller Cornell Summer School Microscopy
Spectroscopy of Quantum Spin Liquid Candidates Young Lee Cornell Summer School Bulk Crystal Growth
Theoretical Aspects of Quantum Magnetism (1 of 2) Oleg Tchernyshyov Cornell Summer School Bulk Crystal Growth
Lectures on design and synthesis of topological materials (1 of 2) Leslie Schoop Cornell Summer School Bulk Crystal Growth
Molecular Beam Epitaxy of High Mobility ZnO-based Heterostructures Joseph Falson Cornell Summer School Thin Film Growth
Crystal Growth of Materials (2 of 3) Dr. Geetha Balakrishnan Cornell Summer School Bulk Crystal Growth
4.2) DFT: IR Spectra and Dielectric constants (Lecture 4.2) Feliciano Giustino Cornell Summer School Density Functional Theory
4.2) IR spectra & dielectric constants - Lecture 4.2 Dr. Feliciano Giustino Cornell Summer School Density Functional Theory
Low loss EELS David Muller, Cornell University Cornell Summer School Microscopy
Valence and Low-Loss EELS Electron Microscopy Lecturers Cornell Summer School Microscopy
Theoretical Aspects of Quantum Magnetism (2 of 2) Oleg Tchernyshyov Cornell Summer School Bulk Crystal Growth
Lectures on design and synthesis of topological materials (2 of 2) Leslie Schoop Cornell Summer School Bulk Crystal Growth
From Einstein's Photoelectric Effect to Band Mapping. Kyle Shen Cornell Summer School Thin Film Growth
Characterization of Defects in Materials (2 of 3) Prof. Michael Dudley Cornell Summer School Bulk Crystal Growth
5.1) DFT: Band Structure and Optical Spectra (Lecture 5.1) Feliciano Giustino Cornell Summer School Density Functional Theory
5.1) Band structures & optical spectra - Lecture 5.1 Dr. Feliciano Giustino Cornell Summer School Density Functional Theory
Tomography Theory Peter Ercius, Lawerence Berkley Lab Cornell Summer School Microscopy
4-D STEM Steven Zeltmann Cornell Summer School Microscopy
Practical Tomography Robert Hovden, University of Michigan Cornell Summer School Microscopy
Fields and Phases by 4D-STEM David A. Muller Cornell Summer School Microscopy
Towards Theoretical Spectroscopy and Theory Assisted Material Design (1 of 2) Gabi Kotliar Cornell Summer School Bulk Crystal Growth
Lectures on real-space topology (Skyrmions, 1 of 2) Geoff Beach Cornell Summer School Bulk Crystal Growth
From Particles to Quasiparticles : Understanding and Measuring Interactions by … Kyle Shen Cornell Summer School Thin Film Growth
Crystal Growth of Materials (3 of 3) Dr. Geetha Balakrishnan Cornell Summer School Bulk Crystal Growth
5.2) DFT: Limitations of Density Functional Theory (DFT) and post-DFT methods (… Dr. Feliciano Giustino Cornell Summer School Density Functional Theory
5.2) Limitations of DFT and post-DFT methods- Lecture 5.2 Dr. Feliciano Giustino Cornell Summer School Density Functional Theory
Detectors and Data Collection Electron Microscopy Lecturers Cornell Summer School Microscopy
Towards Theoretical Spectroscopy and Theory Assisted Material Design (2 of 2) Gabi Kotliar Cornell Summer School Bulk Crystal Growth
Lectures on real-space topology (Skyrmions, 2 of 2) Geoff Beach Cornell Summer School Bulk Crystal Growth
ARPES Studies of Quantum Materials : Unconventional Superconductors and Topolog… Kyle Shen Cornell Summer School Thin Film Growth
Characterization of Defects in Materials (3 of 3) Prof. Michael Dudley Cornell Summer School Bulk Crystal Growth
Diffractive Imaging - Part 2 David Muller, Cornell University Cornell Summer School Microscopy
ARPES and Topology Kyle Shen Cornell Summer School Bulk Crystal Growth
Frontiers in ARPES : Spin & Time-resolved ARPES; thin films, and micro-ARPES. Luca Moreschini Cornell Summer School Thin Film Growth
Rational Materials Design Tyrel M. McQueen Cornell Summer School Bulk Crystal Growth
Electron Microscopy Workshops - A historical perspective John Silcox, Cornell University Cornell Summer School Microscopy
Metallic Quantum Magnets and Quantum Criticality Satoru Nakatsuji Cornell Summer School Bulk Crystal Growth
Transport and topology Lu Li Cornell Summer School Bulk Crystal Growth
Transport Physics of Quantum Magnets Satoru Nakatsuji Cornell Summer School Bulk Crystal Growth
High Temp. Magnetism and Charge Ordering in Multiferroic..... Jan Musfeldt User Meeting User meetings
Growth and Characterization of Single Crystal Boron Carbide Mike Spencer User Meeting User meetings
Bulk Crystal Growth new capabilities 2020 Tyrel McQueen User Meeting New Capabilities
Thin Film new capabilities 2020 Darrell Schlom User Meeting New Capabilities
New Capabilities 2020: Microscopy David Muller User Meeting New Capabilities
New capabilities 2020: Theory Betul Pamuk User Meeting New Capabilities
New Capabilities 2020: Thin Film Darrell Schlom User Meeting Thin Film Growth
2019 User meeting introduction Darrell Schlom User Meeting User meetings
New Capabilities EM 2020 David Muller User Meeting Microscopy
Investigating the Structure and Chemistry of Human Enamel Karen DeRocher User Meeting User meetings
New Capabilities Theory 2020 Betul Pamuk User Meeting Density Functional Theory
High Oxygen Pressure Growth of PrNiO3 crystals John Mitchell User Meeting User meetings
New Capabilities 2020: Theory Betul Pamuk User Meeting User meetings
Epitaxial Stabilization of Nickelate Superlattices Julia Mundy User Meeting User meetings
New Capabilities 2020: Microscopy David Muller User Meeting User meetings
Remote Epitaxy on Halide Perovskites Jian Shi User Meeting User meetings
New Capabilities: Bulk Crystal Growth 2020 Tyrel McQueen User Meeting User meetings
2020 User meeting webinar Lena Kourkoutis/Darrell Schlom User Meeting User meetings
New Capabilities 2020: Thin Film Darrell Schlom User Meeting User meetings
2DDF JHU Workshop 1 (Chandler Becker) Chandler Becker Data Collective Data Collective
2DDF JHU Workshop 2 (Daniel Wheeler) Daniel Wheeler Data Collective Data Collective
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2018 2DDF JHU Workshop 4 (Gretchen Greene) Gretchen Greene Data Collective Data Collective
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Lectures on effective collaboration (3 of 3) Lynne Vincent Collaboration Videos Collaboration
Lectures on effective collaboration (1 of 3) Lynne Vincent Collaboration Videos Collaboration
Lectures on effective collaboration (2 of 3) Lynne Vincent Collaboration Videos Collaboration
Team Building and Collaborative Skills 2017 Lynne Vincent Collaboration Videos Collaboration

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