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Explainer: why is a drought contributing to the silicon chip shortage?

Explainer: why is a drought contributing to the silicon chip shortage?
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South australiaUniversity of south australiaDuy phu tranMichael fuhrerEnergy electronics technologiesCentre of excellenceMonash universityIndustries instituteFuture low energy electronics technologiesFuture industries instituteதெற்கு ஆஸ்திரேலியாபல்கலைக்கழகம் ஆஃப் தெற்கு ஆஸ்திரேலியாமைக்கேல் ஃபுரர்ஆற்றல் மின்னணுவியல் தொழில்நுட்பங்கள்மையம் ஆஃப் சிறப்பானதுமோனாஷ் பல்கலைக்கழகம்

Power/Performance Bits: June 1

Power/Performance Bits: June 1
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United statesOhio state universityTorben daenekeNoeloikeau charlotPatjaree aukarasereenontDaniel gauthierAli zavabetiPotomac researchAustralian national universityEnergy electronics technologiesDeakin universityUniversity of new south walesUniversity of melbourneFuture low energy electronics technologiesNew south walesஒன்றுபட்டது மாநிலங்களில்

Surpassing the lower limit on computing energy consumption

E-Mail IMAGE: The postage-stamp sized chip at the heart of an iPhone 5 has around one billion transistors. view more Credit: Errol Hunt (FLEET) New FLEET research confirms the potential for topological materials to substantially reduce the energy consumed by computing. The collaboration of FLEET researchers from University of Wollongong, Monash University and UNSW have shown in a theoretical study that using topological insulators rather than conventional semiconductors to make transistors could reduce the gate voltage by half, and the energy used by each transistor by a factor of four. To accomplish this, they had to find a way to overcome the famous Boltzmann s tyranny that puts a lower limit on transistor switching energy.

Dimi culcerMichael fuhrer monashLudwig boltzmannEnergy electronics technologiesCentre of excellenceMonash universityMuhammad nadeem university of wollongongUniversity of new south walesUniversity of wollongongFuture low energy electronics technologiesMuhammad nadeemXiaolin wangMichael fuhrerTopological quantum field effectNano lettersNew south wales

Fast p-type oxide semiconductor rolled into life with liquid metal

Fast p-type oxide semiconductor rolled into life with liquid metal
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Australian capital territoryTorben daenekePatjaree aukarasereenontAustralian national universityDeakin universityNature electronicsUniversity royal melbourne institute of technologyEnergy electronics technologies fleetUniversity of melbourneUniversity of new south wales kensingtonArc centre of excellenceParc centreFuture low energy electronics technologiesRoyal melbourne instituteTechnology universityNew south wales kensington

Target identified : teaching a machine how to identify imperfections in 2D materials

Credit: FLEET Just as James Cameron s Terminator-800 was able to discriminate between clothes, boots, and a motorcycle , machine-learning could identify different areas of interest on 2D materials. The simple, automated optical identification of fundamentally different physical areas on these materials (eg, areas displaying doping, strain, and electronic disorder) could significantly accelerate the science of atomically-thin materials. Atomically-thin (or 2D) layers of matter are a new, emerging class of materials that will serve as the basis for next-generation energy-efficient computing, optoelectronics and future smart-phones. Without any supervision, machine-learning algorithms were able to discriminate between differently perturbed areas on a 2D semiconducting material, explains lead author Dr Pavel Kolesnichenko. This can lead to fast, machine-aided characterization of 2D materials in the future, accelerating application of these materials in next-generation low-energy

Pavel kolesnichenkoEnergy electronics technologiesCentre of excellenceLund universityProf michael fuhrer monash universityProf jeffrey davis swinburne university of technologyJames cameronProf jeffrey davisSwinburne universityProf davisFuture low energy electronics technologiesProf michael fuhrerMonash universityChemistry physics materials sciencesSuperconductors semiconductorsElectrical engineering electronics