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Negative capacitance is the key to reducing global energy consumption, say Aussie researchers

Australian researchers have discovered a way to reduce global energy consumption from electronics and computers.

San franciscoUnited statesOleg zhukovEnergy electronics technologiesCentre of excellenceMonash university professor michael fuhrerInternational electron devices meetingFuture low energy electronics technologiesNegative capacitanceMonash universityProfessor michael fuhrerNegative capacitance

Negative capacitance is the key to reducing global energy consumption, say Aussie researchers

Australian researchers have discovered a way to reduce global energy consumption from electronics and computers.

San franciscoUnited statesOleg zhukovEnergy electronics technologiesCentre of excellenceMonash university professor michael fuhrerInternational electron devices meetingFuture low energy electronics technologiesNegative capacitanceMonash universityProfessor michael fuhrerNegative capacitance

Negative capacitance is the key to reducing global energy consumption, say Aussie researchers

Australian researchers have discovered a way to reduce global energy consumption from electronics and computers.

San franciscoUnited statesOleg zhukovEnergy electronics technologiesCentre of excellenceMonash university professor michael fuhrerInternational electron devices meetingFuture low energy electronics technologiesNegative capacitanceMonash universityProfessor michael fuhrerNegative capacitance

Negative capacitance is the key to reducing global energy consumption, say Aussie researchers

Australian researchers have discovered a way to reduce global energy consumption from electronics and computers.

San franciscoUnited statesOleg zhukovEnergy electronics technologiesCentre of excellenceMonash university professor michael fuhrerInternational electron devices meetingFuture low energy electronics technologiesNegative capacitanceMonash universityProfessor michael fuhrerNegative capacitance

Losing Isn t Always Bad: Gaining Topology from Loss

Losing particles can lead to positive, robust effects. An international collaboration has demonstrated a novel topology arising from losses in hybrid light-matter particles, introducing a new avenue to induce the highly-prized effects inherent to conventional topological materials, which can potentially revolutionise electronics.

Eli estrechoLaura thomsonElena ostrovskayaAustralian national universityCentre of excellenceNational natural science foundation of chinaUniversity of scienceTechnology polandNanyang technological university singaporeAustralian research councilTsinghua university chinaSingapore nanyang technological universitySingapore ministry of educationEnergy electronics technologiesDr rui su nanyang technological universityFoundation for polish science

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