Foundation president, Harvey Fineberg, and chairman emeritus and co-founder, Gordon Moore, discuss the Statement of Founders’ Intent with staff.
Our ability to take risks and make long-term and relatively large commitments often allow us to undertake challenges not accessible to many other organizations.
University of California, Santa Barbara, Materials Department
$1,150,000
36 months
Developing a Two-Dimensional Topological Materials Platform
Jul 2023
Princeton University, Department of Physics
$1,444,508
A Novel Far-infrared Optical Spectroscopy And Nanoscale Microscopy Platform To Study Two-dimensional Quantum Materi…
Jun 2023
University of California, Los Angeles Department of Physics and Astronomy
$1,035,011
Increasing Energy Resolution and Beam Brightness in Electron Energy Loss Spectroscopy
May 2023
Massachusetts Institute of Technology, Department of Materials Science and Engineering
$1,094,375
Making High-Temperature Superconductors at Ambient Pressure
Apr 2023
University of British Columbia, Department of Physics & Astronomy
$1,479,160
48 months
Exploring High-temperature Topological Superconductivity in Twisted Cuprate Structures
May 2022
University of Illinois at Urbana-Champaign, Department of Physics
$1,599,461
Novel Double Angle-Resolved Photoemission Spectrometer to Probe Electron Correlations in Quantum Materials
Apr 2022
$675,000
Predicting Zero-Magnetic-Field Fractional Topological States in Twisted Graphene Systems
Columbia University, Department of Mechanical Engineering
$1,339,351
New Techniques for In-situ Manipulation of van der Waals Materials
Jul 2021
University of California, Santa Barbara Department of Physics
$1,296,058
Investigating Spatially Resolved Electrical Transport in Strange Metals
Jun 2021
Harvard University, Department of Physics
$1,955,251
A Novel Micro-cantilever Microscope for Zeptowatt Measurements of Quantum Fluctuations in Correlated Materials.
University of California, Irvine Department of Physics and Astronomy
$923,084
Novel terahertz spectrometer for investigations of emergent quantum states in strongly correlated materials.
Apr 2021
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