Skip to main content

Latest News

Cover art from Advanced Materials highlights a PARADIM user project revealing the breakdown of conventional charge transport models in complex oxides. Image courtesy of PARADIM/Wiley-VCH.
News · Dec 1, 2020
Cornell University

PARADIM User Project Featured on Advanced Materials Cover

By PARADIM News

A PARADIM-supported study on electronic charge transport in spinels was selected for the frontispiece of Advanced Materials in December 2020.

Jisung Park. Image courtesy of PARADIM.
News · Nov 30, 2020
Cornell University

PARADIM Postdoctoral Associate Jisung Park Receives 2nd Place in 2020 APL Materials Excellence in Research Award

By PARADIM News

Jisung Park was awarded second place in the 2020 APL Materials Excellence in Research Award for his work on fully transparent field-effect transistors.

A Classic Model for Oxides gets a much-needed Update
A PARADIM for Jumpstarting Academic Careers
Highlight · Nov 1, 2020
Cornell University

A PARADIM for Jumpstarting Academic Careers

Materials Innovation Platforms provide free access and training at state-of-the-art equipment. Based on accepted projects to use PARADIM, our User Program is particularly interesting for young researchers and faculty at the start of their own research group, when required equipment or well-trained personnel might not be readily available at their home institutions.

Breakdown of early careers launched by PARADIM

Figure:  Pie chart representing the distribution of academic ranks among PARADIM's 66 external PIs, Scientists 8%, Assistant Professors 32%, Associate Professors 24%, and Full Professors 36%. Portraits of 5 examples of Assistant Professors whose success at PARADIM led to subsequent funding.

Details of Presented Examples:

Prof. Samaresh Guchhait (Howard): NSF MRI, “Acquisition of a Physical Property Measurement System to Study Quantum, Magnetic and Functional Materials and Quantum Devices,” https://www.nsf.gov/awardsearch/showAward?AWD_ID=2018579.

Prof. Jason Kawasaki (U Wisconsin-Madison): AFOSR YIP: "Topological superconductivity and induced phase transitions in strained Heusler membranes and twisted bilayers,” https://www.afrl.af.mil/News/Article-Display/Article/2406086/afosr-awards-grants-to-36-scientists-and-engineers-through-its-young-investigat/.

Prof. Martin Mourigal (Georgia Tech): NSF-DMR: “CAREER: Anomalous spin dynamics in triangular quantum magnets: from materials discovery to quantitative neutron spectroscopy,” https://www.nsf.gov/awardsearch/showAward?AWD_ID=1750186 and DOE-BES: “New Controlling quantum coherence in frustrated spin-orbit magnets“ (DE-SC0018660).

Prof. Jian Shi (RPI): PARADIM provided important results for obtaining tenure at home institution and the following grants: NSF award CMMI #2024972, “Scalable Manufacturing of Single Crystalline Halide Perovskite Film via Interface Engineering,” https://www.nsf.gov/awardsearch/showAward?AWD_ID=2024972;  NSF award EPMD #2031692 “Symmetry-protected spin dynamics in ferroelectric spin device” https://www.nsf.gov/awardsearch/showAward?AWD_ID=2031692; and ARO STIR.

Prof. Vladan Stevanovic (Colorado School of Mines): NSF-DMR: “CAREER: Toward Rational Discovery and Design of Metastable Materials” https://www.nsf.gov/awardsearch/showAward?AWD_ID=1945010.

User Data Statistics.

66 PIs and their research groups from universities and research centers across the US (only non-PARADIM institutions) received access to PARADIM based on reviewed proposals: Full Professor: 24 (36%), Assoc. Prof.: 16 (24%), Assist. Prof.: 21(32%), Scientist: 5 (8%)

Research Highlight
Darrell Schlom. Image courtesy of PARADIM.
News · Oct 20, 2020
Cornell University

Darrell Schlom Receives 2021 APS James C. McGroddy Prize for New Materials

By PARADIM News

PARADIM Director Darrell Schlom was honored with the 2021 James C. McGroddy Prize for New Materials by the American Physical Society.

Structural models of hexagonal and cubic LiZnSb showing polymorphism during epitaxial growth on GaSb. Image courtesy of PARADIM.
News · Sep 29, 2020
Cornell University

PARADIM Users Win NAMBE 2019 Best Journal Paper Award

By PARADIM News

Dongxue Du, Patrick Strohbeen, and Jason Kawasaki received the NAMBE 2019 Best Journal Paper Award for their work on polymorphism control in LiZnSb thin films.

News · Sep 5, 2020
University of California, Santa Barbara

Accelerating Research

The Center for Scientific Computing at UCSB is utilizing a $400,000 NSF grant to enhance scientific computing through a new GPU cluster. This technology supports research in bio-based materials and other projects, benefiting collaborations like the BioPACIFIC MIP, established with a $23.7 million NSF grant.
Periodic table map showing oxide volatility and suitability for molecular-beam epitaxy, featured on the August 2020 cover of APL Materials. Image courtesy of PARADIM/AIP Publishing.
News · Aug 24, 2020
Cornell University

PARADIM Researchers Publish Thermodynamic Roadmap for Oxide MBE Sources

By PARADIM News

A comprehensive thermodynamic study by PARADIM in-house researchers evaluates the volatility of 128 binary oxides to guide source material selection for oxide MBE. Featured as an Editor’s Pick, the paper was also selected as the cover article for the August 2020 issue of APL Materials.

David Elbert. Image courtesy of PARADIM.
News · Aug 24, 2020
Cornell University

David Elbert Delivers Talk "Streaming Towards Our Quantum Future" at 2020 Kafka Summit

By PARADIM News

PARADIM Chief Data Officer David Elbert delivered a talk at the 2020 Kafka Summit titled “Streaming Towards Our Quantum Future.”

Figure 1: Rutile-GeO2, a promising material: identified by theory—realized at PARADIM. a) Reaction coordinate energy diagram for common phases of GeO2, including quartz GeO2, glass GeO2, and rutile GeO2, and the volatile species GeO. b) Band structure of rutile GeO2 with the direct bad gap of 4.64 eV indicated. c) Phase diagram of substrate temperature and ozone pressure used for the growth of various samples. Property of the achieved sample (crystalline or amorphous) is indicated.
Highlight · Aug 21, 2020
Cornell University

Realizing a New Semiconductor for Power Electronic Applications 

John T. Heron and Emmanouil Kioupakis, University of Michigan

Materials discovery is more than calculating the properties that a material should have if the atoms were in desired positions. It is also key to get the atoms into those desired positions, to see what the properties really are, and thus realize the potential benefit of a new material. Making this happen takes a combination of ideas, capabilities, and execution—as the recent success by a team led by Assistant and Associate Professors from the University of Michigan illustrates.