Foundation president, Harvey Fineberg, and chairman emeritus and co-founder, Gordon Moore, discuss the Statement of Founders’ Intent with staff.
To gain fundamental understanding of the mechanisms of correlated oxide artificial synapses at the nanoscale after an electrical pulse, and to achieve control over their thermodynamic and quantum properties. Artificially replicating this synaptic architecture and communication would be a critical step toward building computers that emulate brain-like performance, or neuromorphic computing.
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University of Georgia Research Foundation
$1,333,009
60 months
Nanoscale Probing of Thermodynamic and Quantum Phenomena in Correlated Oxide Synapses
Jul 2023
University of Georgia, Department of Marine Sciences
$700,000
30 months
New Tools for Advancing Model Systems in Aquatic Symbiosis
Apr 2020
$1,383,528
42 months
Assessing the Movement of Carbon Currencies Between Marine Microbes
Sep 2016
$504,363
18 months
Testing a novel ecosystem model of the Amazon River-to-ocean continuum
Nov 2011
$2,569,301
39 months
Microbial community function along a tropical river-to-ocean continuum
Jan 2010
University of Georgia Foundation
$3,444,832
49 months
Lab of Mary Ann Moran, PhD
Sep 2008
$2,141,564
Sep 2004
Creating positive outcomes for future generations.
