Impact


FLEET PATHWAY
TO IMPACT

since 2017


FLEET envisions extending the information technology revolution sustainably into the future through a new, more energy-efficient electronic technology developed in Australia.

To achieve its mission, FLEET conducts research into new, atomically-thin, electronic materials and new topological physics that will allow transmittal and switching of electrical currents with minimal energy dissipation.

Since its commencement in June 2017, the Centre has made remarkable progress in placing Australia at the forefront of international electronic technology research through the development of the scientific foundation and intellectual property for future low-energy electronic systems.

Inputs

$0M
Commonwealth Funding
$0M
CASH INVESTMENT FROM COLLABORATING ORGANISATIONS
$0M
IN-KIND CONTRIBUTION FROM COLLABORATING ORGANISATIONS
0
AUSTRALIAN UNIVERSITIES
0
PARTNER ORGANISATIONS
0
INVESTIGATORS

Activities

$0M
STRATEGIC FUNDING INVESTED
0
WORKSHOPS AND CONFERENCES HOSTED
0
RESEARCH SEMINARS HELD
0
SKILL DEVELOPMENT WORKSHOPS HELD
0
HOME SCIENCE ACTIVITIES DEMONSTRATED
0
TEACHERS RESOURCES DEMONSTRATED
0
HOURS INVESTED IN OUTREACH ACTIVITIES
0
TEACHERS AND STUDENTS REACHED VIA OUTREACH ACTIVITIES

Outputs

0
PUBLICATIONS
0
Patents
0
RESEARCH PRESENTATIONS GIVEN
0
MEDIA MENTIONS
0
HIGHER-DEGREE RESEARCH STUDENTS TRAINED
0
PhD COMPLETIONS BY JUNE 2024
0
POSTDOCTORAL RESEARCHERS TRAINED
0
% POSTDOCTORAL RESEARCHERS RETAINED IN ACADEMIA

Outcomes

0
2 SPIN OFFS & 1 TECHNOLOGY LICENSED
0
CITATIONS @ JUNE 2024
0
H-Index @ JUNE 2024
0
INDUSTRY FUNDED PROJECTS
0
LINKAGE PROJECTS
0
"TOPOLOGICAL TRANSISTORS" INCLUDED IN THE INTERNATIONAL ROADMAP FOR DEVICES AND SYSTEMS – BEYOND CMOS
$0M
ADDITIONAL FUNDING SECURED VIA OTHER SCHEMES
0
Competitive fellowships won by FLEET researchers
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Impact

  • Capacity for world-leading research in quantum electronic materials and devices
  • Australian leadership in beyond-CMOS device research
  • Foundational IP for new device concepts and processes
  • New technologies using quantum electronic materials
  • Innovations for inclusive, diverse and collaborative STEM culture
  • Researchers trained in electronics of tomorrow
  • Improved public awareness of areas of FLEET science
  • Increased student literacy in STEM.