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 |
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 |
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 |
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 |
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 |
Biases and Idea Recognition |
Jack Goncalo |
JHU Summer School |
Collaboration |
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 |
Communicating Creative Ideas |
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 |
Managing and Leveraging Conflict |
Jack Goncalo |
JHU Summer School |
Collaboration |
Smart Metrics for High-Performance Material Design (Choudhary) |
Kamal Choudhary |
JHU Summer School |
Data Collective |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
Equilibrium Structures |
Feliciano Guistino |
Cornell Summer School |
Density Functional Theory |
Linear Imaging Theory |
Robert Hovden |
Cornell Summer School |
Microscopy |
Lecture 6: High Purity Synthesis of Binary Oxides |
Joseph Falson |
Cornell Summer School |
Thin Film Growth |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
The PARADIM Data Collective |
David Elbert |
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 |
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 |
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 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 |
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 |
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 (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 |
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 |
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 |
5.2) 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 |
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 |
Diffractive Imaging - Part 1 |
David Muller, Cornell University |
Cornell Summer School |
Microscopy |
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 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 |
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 |
2DDF JHU Workshop 1 (Chandler Becker) |
Chandler Becker |
Data Collective |
Data Collective |
2DDF JHU Workshop 2 (Daniel Wheeler) |
Daniel Wheeler |
Data Collective |
Data Collective |
2DDF JHU Workshop 3 (Jonathan Buyer) |
Jonathan Buyer |
Data Collective |
Data Collective |
2018 2DDF JHU Workshop 4 (Gretchen Greene) |
Gretchen Greene |
Data Collective |
Data Collective |
2DDF Workshop JHU 5 (Dave Elbert) |
David Elbert |
Data Collective |
Data Collective |
2DDF Workshop JHU 6 (Nick Carey) |
Nick Carey |
Data Collective |
Data Collective |
2DDF JHU Workshop 7 (Kamal Choudhary) |
Kamal Choudhary |
Data Collective |
Data Collective |
PARADIM JHU Data Meeting |
Group |
Data Collective |
Data Collective |
Lectures on effective collaboration (1 of 3) |
Lynne Vincent |
Collaboration Videos |
Collaboration |
Lectures on effective collaboration (2 of 3) |
Lynne Vincent |
Collaboration Videos |
Collaboration |
Lectures on effective collaboration (3 of 3) |
Lynne Vincent |
Collaboration Videos |
Collaboration |
Team Building and Collaborative Skills 2017 |
Lynne Vincent |
Collaboration Videos |
Collaboration |