FORTE_EPSRC's profile picture. EPSRC Forte Research grant. Aiming to fundamentally change the design of electronics by combining CMOS with memristive devices and if we get time save the world

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@FORTE_EPSRC

EPSRC Forte Research grant. Aiming to fundamentally change the design of electronics by combining CMOS with memristive devices and if we get time save the world

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Well done 👏👏👏 @amifsud8 for completing your PhD late stage review! Andrea's research is on "A CMOS Platform for Rapid ReRAM Characterisation" @FORTE_EPSRC @imperialcas Many thanks examiners @cpapavas Kristel Fobelets


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A real treat to host the @turinginst Director for #innovation @SimonG_Reeve in our new @CElFrontiers space. A great opportunity to meet some of our #ECRs and learn about the progress we are making with #memristors and #AI_hardware @SchoolOfEng_UoE @FORTE_EPSRC @RAEngNews

themispr's tweet image. A real treat to host the @turinginst Director for #innovation @SimonG_Reeve in our new @CElFrontiers space. A great opportunity to meet some of our #ECRs and learn about the progress we are making with #memristors and #AI_hardware @SchoolOfEng_UoE  @FORTE_EPSRC @RAEngNews
themispr's tweet image. A real treat to host the @turinginst Director for #innovation @SimonG_Reeve in our new @CElFrontiers space. A great opportunity to meet some of our #ECRs and learn about the progress we are making with #memristors and #AI_hardware @SchoolOfEng_UoE  @FORTE_EPSRC @RAEngNews

As components of electronic systems become more complex and pin numbers soar, the need for more parallel and versatile testing tools also becomes more pressing. In @nature we describe and benchmark an #FPGA system we developed that addresses this need. nature.com/articles/s4159…

FORTE_EPSRC's tweet image. As components of electronic systems become more complex and pin numbers soar, the need for more parallel and versatile testing tools also becomes more pressing. In @nature we describe and benchmark an #FPGA system we developed that addresses this need. 

nature.com/articles/s4159…

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#RAEngResearch Chair in Emerging Technologies Professor Themis Prodromakis has led a team at @EdinburghUni to create a new form of nanoelectronic memory technology which can ‘remember’ data in a similar way to synapses in the human brain. Learn more: edin.ac/3OMptJW

RAEngNews's tweet image. #RAEngResearch Chair in Emerging Technologies Professor Themis Prodromakis has led a team at @EdinburghUni to create a new form of nanoelectronic memory technology which can ‘remember’ data in a similar way to synapses in the human brain. Learn more: edin.ac/3OMptJW

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