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Skip to content
  • About
    • Overview
    • Partner Institutions
    • Our Facilities
    • MMLI Fellowship Program
    • MATRIX Fellowship Program
    • Job Openings
    • Opportunities for MMLI Trainees
  • People
    • Overview
    • Leadership
    • External Advisory Board
    • Industrial Partners
    • MMLI Community Spotlights
  • Research
    • Overview
    • Synthesis Planning
    • Catalyst Discovery
    • Molecule & Material Manufacturing
    • Molecule & Material Discovery
  • Education & Workforce Development
    • Overview
    • Become an Education Partner
    • Education Resources
    • Projects
    • Escape Room – Lab 217
    • Molecule Maker Lab in a Box
    • Digital Molecule Maker
  • Resources
    • Publications
    • AlphaSynthesis
    • Source Code
    • Data Sets
  • MMLI Symposium
    • MMLI Symposium 2025
    • Agenda
    • Location
    • Speakers
    • Posters
AlphaSynthesis Enabled Discovery of Novel Molecules & Materials
NEWS & EVENTS CONTACT

THRUST 4

Organic photovoltaics (OPV) are next-generation devices for harvesting renewable energy that are becomingly increasingly desired over traditional silicon solar cells. The two primary challenges preventing the widespread adoption of OPV relative to silicon-based solar cells are inferior power conversion efficiency and apparent instability to sunlight. Therefore, the main goal of this Thrust is to develop new machine learning tools to guide the discovery of highly efficient and indefinitely stable organic photovoltaics via automated synthesis, manufacture, and testing at the device level.

CURRENT PROJECTS

Autonomous Materials Discovery for Organic Solar Cells
Achieve fully-closed loop autonomous materials discovery for organic solar cells to realize AI-guided inverse design of OPV molecules that meet the '10-10' target

LEAD RESEARCHERS

Burke_0
Martin D. Burke
Thrust 3 Leader
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Ying Diao
Thrust 4 Leader
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Nick Jackson
Assistant Professor
Schroeder
Charles M. Schroeder
Executive Committee
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The Molecule Maker Lab Institute is an AI Institute for Molecular Discovery, Synthesis Strategy, and Manufacturing supported by the U.S. National Science Foundation under Award No. 2019897 and 2505932. Any opinions, findings and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the U.S. National Science Foundation.

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