Mike Lee

Editor @SciRobotics. Views and food my own.

[Nature Communications @NatureComms]

How can laboratory findings be translated into technological advances that become useful in everyday life? A @NatureComms editorial and a series of commissioned Comments explore the fine line between performance improvement and device practicality https://t.co/zY2OZgdvt2

[Mike Lee @mikeleephd]

Excellent plenary talks at #VLSI2018. Great mix of industry and academia. @NatureElectron

[Nature Electronics @NatureElectron]

50 years ago today the patent for dynamic random access memory – DRAM – was issued to Robert Dennard and IBM https://t.co/FryxIGg71a

[Mike Lee @mikeleephd]

Leon Chua explains how he predicted the memristor in our latest #ReverseEngineering @LifeAtPurdue @UCBerkeley https://t.co/33bLxWuDvY

[Mike Lee @mikeleephd]

How we made the compact disc by Kees A. Schouhamer Immink with @Philips and @Sony https://t.co/T4zDHUfeda

[Nature Electronics @NatureElectron]

In our latest Reverse Engineering article, Kees Immink recounts the international collaboration between Philips and the Sony Corporation that led to the creation of the compact disc https://t.co/JHSPcYHFzk

[Mike Lee @mikeleephd]

Great to be at the International Symposium on Computer Architecture #ISCA2018 for @NatureElectron

[Julie Grollier @julie_grollier]

Does AI have a hardware problem ? : YES !!!!!
https://t.co/CTyW2xnzf5
@NatureElectron

[Mike Lee @mikeleephd]

Takeshi Nakazawa and Deepak Kulkarni from the @intel Corporation have now developed an approach to classify and identify defects in wafer maps using convolutional neural networks #DeepLearning #Manufacturing https://t.co/DJkNqgy8G3

[Mike Lee @mikeleephd]

Yiqun Zhang and colleagues at the University of Michigan, Ann Arbor @umichTECH have now developed a reconfigurable cryptographic processor, termed Recryptor, capable of running multiple cryptographic functions at the same time. #IoT #ResearchHighlight https://t.co/nqdxOgbfdW

[Mike Lee @mikeleephd]

Stretchable sensors don't feel the strain! Work from Boris Murmann and colleagues at @Stanford https://t.co/Z9BYSC8GZ6

[Mike Lee @mikeleephd]

March's #ReverseEngineering is by John Goodenough from @UTAustin and formerly of @UniofOxford #batteries https://t.co/1Hep4G1NBu

[Mike Lee @mikeleephd]

Great visit to @IBMResearch Zürich for @NatureElectron. Saw a few #mountains beforehand as well. And spotted an old friend @NatureNano in the lobby of @IBM

[Nature Portfolio @NaturePortfolio]

N&V: Quantum logic gates based on trapped ions perform more accurately than solid-state devices, but have been slower. Experiments reported in Nature show how trapped-ion gates can be sped up, as is needed to realize a quantum computer https://t.co/LyNEUuOF3s

[Mike Lee @mikeleephd]

Recovering from #jetlag in #Paris. Worst places to be I guess...

[Mike Lee @mikeleephd]

Also had a look around #Portland. Highlights include the #HipsterFarmersMarket on campus and having #Catsup for the first time in my life. #CondimentLife #Portlandia ... Now back home to the #NorthPole I mean #London. #StateOfEmergency.

[Mike Lee @mikeleephd]

Interesting conference #NICE2018 - lucky enough to have a look around the labs of #Intel

[Mike Lee @mikeleephd]

My coffee tastes fried. I guess this is a good thing... I can learn to like this, if this is what it takes to be cool. #portland #badCoffee or #hipsterCoffee #acquiredTastes?

[Mike Lee @mikeleephd]

Great to visit @OregonState University thanks to John Labram for hosting! #labvisit #natureElectron

[Mike Lee @mikeleephd]

Heading to #Portland, #Oregon to visit @OregonState University, @intel and attend the 2018 NICE (Neuro-Inspired Computational Elements) workshop for @NatureElectron . Excited to learn more about the #Loihi chip from @intel #labVisit #NatureElectron