00:54
Focus on Materials Magazine Promo Spring 2024
10:26
2024 Millennium Café Elevator Pitch Competition Top 5 Winners
03:36
Jahangir Lodhi and Yongwen Sun Interview - Live from Materials Day
29:52
After Café: How Rough is my Surface? It Depends.
13:08
After Café: Methods for Determining Crystallite and Single Crystal Orientation
01:32
Josephine Wee Interview - Live from Materials Day
25:20
After Café: Mapping Elemental Composition and Chemical Bonding at the Nanoscale
02:05
Emily Rowan Interview - Live from Materials Day
51:17
Multi-dimensional snapshots of many-body quantum dynamics: from atoms to 2D semiconductors
26:22
After Café: Spectroscopic Methods for Electronic Property Characterization
01:33
Joshua Robinson Interview - Live from Materials Day
50:15
Two-Dimensional Ferroic Materials and Devices
20:23
After Café: 3D Imaging of Materials Across Length Scales Using Complementary Techniques
02:20
Jo Laura Interview - Live from Materials Day
01:33
Geoffrey White Interview - Live from Materials Day
18:27
After Café: Basic Machine Learning Approaches to Simplify Image Analysis
00:29
A 2023 Holiday Greeting from the Materials Research Institute
59:10
Designer 2D materials for multiplexed biosensing and machine-learning assisted characterization
21:25
After Café: Improving Device Quality and Reproducibility: Thin Film Adhesion Failures
01:47
Zoubeida Ounaies Interview - Live from Materials Day 2023
58:52
Advances in superconductor-semiconductor hybrid systems for quantum devices
01:02:50
Spontaneous breaking of rotational and time-reversal symmetry in multi-layer graphene
13:03
After Café: Controlled Temperature and/or Atmosphere for Materials Characterization
19:27
After Café: Studying Biological and Soft Matter Materials in Their Native Hydrated State
24:21
After Café: Characterization of Organic Thin Films and Surfaces
54:46
Data-Driven Computational Synthesis of 2D van der Waals Materials with Organic Molecules
23:41
After Café: 101 Ways to Measure Film Thickness
05:30
LEO | Lesson 6: Validating and Contesting Transactions
02:48
LEO | Lesson 5: Tool Control
05:41
LEO | Lesson 4: Log in and out of a Lab
04:34
LEO | Lesson 3: Log in and out of a Tool
02:35
LEO | Lesson 2: Make a Reservation
03:53
LEO | Lesson 1: Navigating the Calendar
03:48
Materials Research Institute Undergraduate Fellowship Program
00:41
Parameter-free prediction of phase transition in PbTiO3
13:05
2023 Millennium Café Elevator Pitch Competition Top 5 Winners
00:41
Focus on Materials Promo Spring 2023
01:37
Focus on Materials - Shadi Nazarian Talks Transitional Materials for Exploring Mars
59:10
The Carbon Scaffold: Building Next-Generation Materials and Devices on Quasi-freestanding Epitaxial
01:25
Penn State Materials Day 2023 - Save the Date - Registration Is Now Open!
44:39
Thermal Hall effect in insulating van der Waals magnets
52:44
In-situ Spectroscopic Ellipsometry as a Tool to Monitor Growth and to Optimize Structures
44:20
Layered magnetic topological materials (MnBi2Te4)(Bi2Te3)m
01:01
How Materials Research Guides the Future of Semiconductors
01:03
A 2022 Holiday Greeting from the Materials Research Institute
00:45
Focus on Materials Promo Fall 2022
55:41
2D moiré quantum materials
41:00
Mechanical Perturbation of Topological Materials
51:46
Epitaxy of 2D mono-, di- and trichalcogenides with a focus on rotational domains
01:12
Penn State Materials Day 2022 - Register Today!
05:45
Cold Sintering Catalyzes a Sustainable Energy Future
12:47
2022 Millennium Café Elevator Pitch Competition Top 6 Winners
04:56
Pioneers of Materials at Penn State
36:51
Atomistic-scale simulations of realistic, complex, reactive materials
02:23
Building STEM Diversity at Penn State and Beyond
50:37
Sensing, Computing, Storage, and Hardware Security Devices based on Two-dimensional (2D) Materials
55:19
Research Data Infrastructure for Accelerated Materials Science
46:16
An Overview of 2D Research in the Advanced Materials Group
09:08
Introduction to Laser Diffraction
07:49
Introduction to Optical Profilometry
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About
Penn State's Materials Research Institute (MRI) is a catalyst for multidisciplinary education and innovations in materials.
Materials research links to virtually every field of science and engineering. The discovery and development of new materials enable advances across diverse technologies, from computer chips to consumer electronics to building materials, energy, and transportation. These discoveries in advanced materials contribute to economic progress by lowering the cost and increasing the performance of technologies.
The Millennium Science Complex building houses our labs and bridges materials research and life sciences. With our capabilities in electronic materials and devices, functional polymers, and nanoscience, Penn State is uniquely positioned to solve critical challenges of the future.
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