Resolving Quantum Oscillations in Insulating YbB12 (MIP #89)
Strain or Defects? An important question for the nickelate superconductors answered via a Platform—A User Facility that Facilitates Collaboration (MIP #85)
Imaging Nanotextures in Real Space by Inverting X-Ray Diffraction Data (MIP #84)
Emergent layer stacking arrangements in c-axis confined MoTe2 (MIP #83)
Instabilities of Heavy Magnons in an Anisotropic Magnet (MIP #82)
Suboxide Molecular-Beam Epitaxy—Translating a new Concept into b-Ga2O3 Transistors (MIP #80)
A thermally robust transverse thermoelectric (MIP #78)
Topological Surface States in a Kondo Insulator(MIP #75)
Nanomolding of metastable Mo4P3 (MIP #73)
The Multiplicative Effect of Knowledge Sharing (MIP #72)
PARADIM – an Incubator for Collaborations III (MIP #71)
X-ray micro-computed tomography informs materials discovery (MIP #70)
Modulating Catalytic Activity using a Ferroelectric (MIP #69)
Electrical Control of Inversion Symmetry (MIP #67)
Realizing a New Rutile Substrate for Epitaxial Film Growth (MIP #64)
Giant Pyroelectric Effect (MIP #63)
Discovery of Multimagnon Bound States in FeI2 (MIP #61)
The Dawn of a New Generation of High-Brightness Electron Sources (MIP #59)
Polytype Engineering—A new Route to Accessing 2D Quantum States (MIP #57)
A PARADIM for Jumpstarting Academic Careers—Update 2022 (MIP #56)
Metal Selenide-Carbon Nanofiber Composites for Battery Anodes (MIP #54)
Quantum View of a Superconductor-Semiconductor Junction (MIP #53)
Remote Epitaxy of 3D functional semiconductors and oxides using Graphene as the Interface layer (MIP #51)
PARADIM – an Incubator for Collaborations II (MIP #50)
Stromataxy – Enabling the (otherwise) Unreachable (MIP #49)
PARADIM – an Incubator for Collaborations (MIP #47)
Unit-Cell-Thick Domains in Quasi-2D Ferroelectric Material (MIP #44)
Transverse Thermoelectrics—A Route to more Efficient Energy Conversion (MIP #41)
Synchrotron diagnostic imaging of crystal growth processes (MIP #40)
Beyond Terfenol-D (MIP #39)
Suboxide Molecular Beam Epitaxy—A new Thin Film Growth PARADIM (MIP #38)
Realizing a New Semiconductor for Power Electronic Applications (MIP #32)
A PARADIM for Jumpstarting Academic Careers (MIP #31)
A Classic Model for Oxides gets a much-needed Update (MIP #30)
Accelerating Materials Discovery by Empowering Users—the MIP Difference(MIP #28)
PARADIM accelerates discovery of nanoscale chemical gradients in human enamel crystallites (MIP #26)
Materials Enabling a Magnetic “Midas Touch” (MIP #25)
Mollifying Barriers to Enhance Self Assembly (MIP #19)
Floating Zone Crystal Growth at Record Oxygen Pressure to Create a PrNiO3 Single Crystal (MIP #18)
Growth of Stoichiometric B4C Single Crystal by Laser Floating-Zone Method (MIP #9)
