FLEET: ARC Centre of Excellence in Future Low-Energy Electronics Technologies

FLEET is an ARC-funded research centre developing ultra-low energy electronics to address a grand challenge: reducing the energy used in information and communication technology (ICT).

FLEET will develop electronic devices in which electrical current can flow with near-zero resistance. The work is built on the science of two-dimensional (2D) ‘atomically thin’ materials and nanofabrication.

FLEET is an Australian Research Council Centre of Excellence.

Upcoming (0)

Sorry, there are no upcoming events

Past (27)

Got PhD, What Next? YouRforum @RMIT primary image

Got PhD, What Next? YouRforum @RMIT

Mon, Jul 8, 12:00 PM

Free

Alex Hamilton: Semiconductor holes: More spin for your buck primary image

Alex Hamilton: Semiconductor holes: More spin for your buck

Mon, Nov 26, 2:00 PM

Free

Got PhD, What Next? @UNSW primary image

Got PhD, What Next? @UNSW

Wed, Oct 17, 10:00 AM

Free

Amadeo L. Vázquez de Parga: Graphene as playground for molecules: from physisorption to catalysis primary image

Amadeo L. Vázquez de Parga: Graphene as playground for molecules: from physisorption to catalysis

Tue, Sep 18, 11:00 AM

Free

Three Years of Winter: The (Scientific) Story Behind Shelley’s Frankenstein primary image

Three Years of Winter: The (Scientific) Story Behind Shelley’s Frankenstein

Thu, Aug 16, 7:00 PM

Free

Would you survive on Mars? primary image

Would you survive on Mars?

Mon, Aug 13, 7:00 PM

Free

Atsushi Fujimori: Soft x-ray spectroscopy of magnetic materials for spintronics primary image

Atsushi Fujimori: Soft x-ray spectroscopy of magnetic materials for spintronics

Wed, Aug 8, 11:00 AM

Free

Shaffique Adam: On why strongly interacting Dirac fermions in two dimensions appear weakly interacting primary image

Shaffique Adam: On why strongly interacting Dirac fermions in two dimensions appear weakly interacting

Fri, Jul 20, 1:00 PM

Free

Amadeo L. Vázquez de Parga: Graphene as playground for molecules: from physisorption to catalysis primary image

Amadeo L. Vázquez de Parga: Graphene as playground for molecules: from physisorption to catalysis

Tue, May 8, 11:00 AM

Free

Aravind Vijayaraghavan: Graphene-based Capacitive Sensors primary image

Aravind Vijayaraghavan: Graphene-based Capacitive Sensors

Thu, Apr 5, 11:00 AM

Free

Jennifer MacLeod: Molecular nanoarchitectures from on-surface reactions and assembly primary image

Jennifer MacLeod: Molecular nanoarchitectures from on-surface reactions and assembly

Thu, Mar 22, 2:00 PM

Free

Camille Thomson: Tall Poppy Science Awards primary image

Camille Thomson: Tall Poppy Science Awards

Wed, Mar 21, 12:00 PM

Free

Got PhD, What Next? YouRforum @RMIT primary image

Got PhD, What Next? YouRforum @RMIT

Mon, Jul 8, 12:00 PM

Free

Alex Hamilton: Semiconductor holes: More spin for your buck primary image

Alex Hamilton: Semiconductor holes: More spin for your buck

Mon, Nov 26, 2:00 PM

Free

Got PhD, What Next? @UNSW primary image

Got PhD, What Next? @UNSW

Wed, Oct 17, 10:00 AM

Free

Amadeo L. Vázquez de Parga: Graphene as playground for molecules: from physisorption to catalysis primary image

Amadeo L. Vázquez de Parga: Graphene as playground for molecules: from physisorption to catalysis

Tue, Sep 18, 11:00 AM

Free

Three Years of Winter: The (Scientific) Story Behind Shelley’s Frankenstein primary image

Three Years of Winter: The (Scientific) Story Behind Shelley’s Frankenstein

Thu, Aug 16, 7:00 PM

Free

Would you survive on Mars? primary image

Would you survive on Mars?

Mon, Aug 13, 7:00 PM

Free

Atsushi Fujimori: Soft x-ray spectroscopy of magnetic materials for spintronics primary image

Atsushi Fujimori: Soft x-ray spectroscopy of magnetic materials for spintronics

Wed, Aug 8, 11:00 AM

Free

Shaffique Adam: On why strongly interacting Dirac fermions in two dimensions appear weakly interacting primary image

Shaffique Adam: On why strongly interacting Dirac fermions in two dimensions appear weakly interacting

Fri, Jul 20, 1:00 PM

Free

Amadeo L. Vázquez de Parga: Graphene as playground for molecules: from physisorption to catalysis primary image

Amadeo L. Vázquez de Parga: Graphene as playground for molecules: from physisorption to catalysis

Tue, May 8, 11:00 AM

Free

Aravind Vijayaraghavan: Graphene-based Capacitive Sensors primary image

Aravind Vijayaraghavan: Graphene-based Capacitive Sensors

Thu, Apr 5, 11:00 AM

Free

Jennifer MacLeod: Molecular nanoarchitectures from on-surface reactions and assembly primary image

Jennifer MacLeod: Molecular nanoarchitectures from on-surface reactions and assembly

Thu, Mar 22, 2:00 PM

Free

Camille Thomson: Tall Poppy Science Awards primary image

Camille Thomson: Tall Poppy Science Awards

Wed, Mar 21, 12:00 PM

Free

FLEET is an ARC-funded research centre developing ultra-low energy electronics to address a grand challenge: reducing the energy used in information and communication technology (ICT).

FLEET will develop electronic devices in which electrical current can flow with near-zero resistance. The work is built on the science of two-dimensional (2D) ‘atomically thin’ materials and nanofabrication.

FLEET is an Australian Research Council Centre of Excellence.

Events

Sorry, there are no upcoming events
Got PhD, What Next? YouRforum @RMIT primary image

Got PhD, What Next? YouRforum @RMIT

Mon, Jul 8, 12:00 PM

Free

Alex Hamilton: Semiconductor holes: More spin for your buck primary image

Alex Hamilton: Semiconductor holes: More spin for your buck

Mon, Nov 26, 2:00 PM

Free

Got PhD, What Next? @UNSW primary image

Got PhD, What Next? @UNSW

Wed, Oct 17, 10:00 AM

Free

Amadeo L. Vázquez de Parga: Graphene as playground for molecules: from physisorption to catalysis primary image

Amadeo L. Vázquez de Parga: Graphene as playground for molecules: from physisorption to catalysis

Tue, Sep 18, 11:00 AM

Free

Three Years of Winter: The (Scientific) Story Behind Shelley’s Frankenstein primary image

Three Years of Winter: The (Scientific) Story Behind Shelley’s Frankenstein

Thu, Aug 16, 7:00 PM

Free

Would you survive on Mars? primary image

Would you survive on Mars?

Mon, Aug 13, 7:00 PM

Free

Atsushi Fujimori: Soft x-ray spectroscopy of magnetic materials for spintronics primary image

Atsushi Fujimori: Soft x-ray spectroscopy of magnetic materials for spintronics

Wed, Aug 8, 11:00 AM

Free

Shaffique Adam: On why strongly interacting Dirac fermions in two dimensions appear weakly interacting primary image

Shaffique Adam: On why strongly interacting Dirac fermions in two dimensions appear weakly interacting

Fri, Jul 20, 1:00 PM

Free

Amadeo L. Vázquez de Parga: Graphene as playground for molecules: from physisorption to catalysis primary image

Amadeo L. Vázquez de Parga: Graphene as playground for molecules: from physisorption to catalysis

Tue, May 8, 11:00 AM

Free

Aravind Vijayaraghavan: Graphene-based Capacitive Sensors primary image

Aravind Vijayaraghavan: Graphene-based Capacitive Sensors

Thu, Apr 5, 11:00 AM

Free

Jennifer MacLeod: Molecular nanoarchitectures from on-surface reactions and assembly primary image

Jennifer MacLeod: Molecular nanoarchitectures from on-surface reactions and assembly

Thu, Mar 22, 2:00 PM

Free

Camille Thomson: Tall Poppy Science Awards primary image

Camille Thomson: Tall Poppy Science Awards

Wed, Mar 21, 12:00 PM

Free

Got PhD, What Next? YouRforum @RMIT primary image

Got PhD, What Next? YouRforum @RMIT

Mon, Jul 8, 12:00 PM

Free

Alex Hamilton: Semiconductor holes: More spin for your buck primary image

Alex Hamilton: Semiconductor holes: More spin for your buck

Mon, Nov 26, 2:00 PM

Free

Got PhD, What Next? @UNSW primary image

Got PhD, What Next? @UNSW

Wed, Oct 17, 10:00 AM

Free

Amadeo L. Vázquez de Parga: Graphene as playground for molecules: from physisorption to catalysis primary image

Amadeo L. Vázquez de Parga: Graphene as playground for molecules: from physisorption to catalysis

Tue, Sep 18, 11:00 AM

Free

Three Years of Winter: The (Scientific) Story Behind Shelley’s Frankenstein primary image

Three Years of Winter: The (Scientific) Story Behind Shelley’s Frankenstein

Thu, Aug 16, 7:00 PM

Free

Would you survive on Mars? primary image

Would you survive on Mars?

Mon, Aug 13, 7:00 PM

Free

Atsushi Fujimori: Soft x-ray spectroscopy of magnetic materials for spintronics primary image

Atsushi Fujimori: Soft x-ray spectroscopy of magnetic materials for spintronics

Wed, Aug 8, 11:00 AM

Free

Shaffique Adam: On why strongly interacting Dirac fermions in two dimensions appear weakly interacting primary image

Shaffique Adam: On why strongly interacting Dirac fermions in two dimensions appear weakly interacting

Fri, Jul 20, 1:00 PM

Free

Amadeo L. Vázquez de Parga: Graphene as playground for molecules: from physisorption to catalysis primary image

Amadeo L. Vázquez de Parga: Graphene as playground for molecules: from physisorption to catalysis

Tue, May 8, 11:00 AM

Free

Aravind Vijayaraghavan: Graphene-based Capacitive Sensors primary image

Aravind Vijayaraghavan: Graphene-based Capacitive Sensors

Thu, Apr 5, 11:00 AM

Free

Jennifer MacLeod: Molecular nanoarchitectures from on-surface reactions and assembly primary image

Jennifer MacLeod: Molecular nanoarchitectures from on-surface reactions and assembly

Thu, Mar 22, 2:00 PM

Free

Camille Thomson: Tall Poppy Science Awards primary image

Camille Thomson: Tall Poppy Science Awards

Wed, Mar 21, 12:00 PM

Free