Jack C. Gartside
@jack_c_gartside
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Magnets, photonics & neuromorphic systems. @RaEngNews Research Fellow in Neuromorphic Metamaterials at @imperialcollege
Joined April 2024
1/4 New paper out this week: A bio-inspired physical machine vision platform👁️🧿👁️ Using mode-competition in semiconductor network lasers to mimic neuronal inhibition pathways in the retina for parallel feature detection & image classification 🧜🍄⚡️ https://t.co/6lpO4NIAPv
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👏Well done to Dr Jack Gartside (Physics) on his ERC Starting Grant! His project MORPHON is building brain-inspired computers that learn using light - not electricity. A low-carbon leap with big implications for AI. 🧠💡 #ERCStG @ERC_Research ⏬ https://t.co/t4Q2b1txVq
imperial.ac.uk
Imperial is celebrating significant European grant success with nine highly prestigious funding awards from the European Research Council (ERC).
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We’ve begun crafting projects with three academic launch partners: Dame Molly Stevens (Oxford), Biomaterials Design @PhilipStier(Oxford), Climate Systems @r1cc4rd0 & @jack_c_gartside (Imperial), Neuromorphic Computing More info coming soon + more projects to be announced!
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Our first projects are already in the works with an extraordinary group of academics – Dame Molly Stevens (Oxford): AI for biomaterials design, @r1cc4rd0 & @jack_c_gartside (Imperial College London): AI for neuromorphic computing, @PhilipStier (Oxford): AI for climate systems
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A Celebration of Women in Optics #CelebrateWiO - what a great event by @SPIEtweets @WomenInOptics @jesswade and Lia Li @PhotonicsWest 💃🎉👏 And we want more please 🤗
Are you going to @SPIEtweets @PhotonicsWest 25-30 Jan 2025 in San Francisco? Don't miss this very event celebrating 20 years of Women in Optics Planner on 26Jan: A Celebration of Women in Optics https://t.co/Ye1p7Vi6oD And I'll catch you there 😘 #womeninoptics @NaturePhotonics
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🚀 Exciting Opportunity: Post-Doctoral Research Position in Experimental Skyrmionics for Neuromorphic Computing. Looking for a talented, motivated researcher to join our team in Manchester! https://t.co/0vhgGGtaHX Part of the @SkyrmionicANN project
skyann.eu
We develop artificial neural networks built from physical phenomena. Our approach uses skyrmions to emulate synapses and neurons
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I have an opening for a Post-Doctoral Researcher in my group @kcl_engineering, as part of my @EPSRC Fellowship. If you are excited about designing event-driven AI algorithms to develop a smart and green AI, please reach out! Deadline: 10 Dec 2024. https://t.co/8fAWMab6Uq
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We are seeking a highly motivated and conscientious post-doctoral researcher to work closely with the NeuMatmul project team at @kcl_engineering funded by @ARIA_research. Deadline: December 4.
Research Fellow in Brain-inspired Learning Accelerators | King's College London @kcl_engineering
https://t.co/G10Kj5ekki
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New paper out! We show the temporal version of coherent perfect absorption. Wonderful collaboration with @andrea_alu and Emanuele Galiffi, the lead author, as well as Anthony C. Harwood, Stefano Vezzoli and @RomainTirole. https://t.co/L8lVdieyV7
arxiv.org
Time-invariant photonic structures amplify or absorb light based on their intrinsic material gain or loss. The coherent interference of multiple beams in space, e.g., in a resonator, can be...
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Check out our newest benchmarking paper in Nature Communications, on the XORSAT problem with p-bits where we compare them with other Ising machines. We show that single FPGA-implementations of p-bit IMs are head-to-head or better when compared to dedicated ASIC-based Ising
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Join our consortium to study Time-varying Metamaterials with our colleague at King's College London https://t.co/pE278nF8Oh
@KingsNanoOptics
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Yay congrats Chunhai Yin, Prof Pavlo Zubko @LondonNanotech & Dr Yaqi Li @ImpMaterials @RoyceImperial for the paper coming out today: ‘Mimicking #Antiferroelectrics with #Ferroelectric Superlattices’ Such a pretty system to collaborate on ! https://t.co/dPAoNcKQjC
advanced.onlinelibrary.wiley.com
Antiferroelectrics are promising materials for applications in energy storage, solid-state cooling, and negative-capacitance devices. This study demonstrates that antiferroelectric-like behavior can...
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📣 We're hiring! We are looking for a new Lecturer/Senior Lecturer/Reader in Theory and Simulation of Materials 👋 Join us and #ScienceforHumanity, seeking to maximise our potential as a force for good in the world 🌍 Find out more and apply:
imperial.ac.uk
Please note that job descriptions are not exhaustive, and you may be asked to take on additional duties that align with the key responsibilities ment...
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PhD done ✅ After three years of research @imperialcollege and @IBMResearch I successfully defended my PhD. Thank you to all the amazing researchers I got the opportunity to work with! Especially my supervisors @r1cc4rd0 and @KEMoselund !
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📣 We're hiring! We're looking for a new Lecturer/Senior Lecturer/Reader in Materials for Quantum Technologies 👋 Join us and #ScienceforHumanity, seeking to maximise our potential as a force for good in the world 🌍 Find out more and apply:
imperial.ac.uk
Please note that job descriptions are not exhaustive, and you may be asked to take on additional duties that align with the key responsibilities ment...
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#TheBlackPhDExperience is out in the world! 🥳 Charting 27 personal stories within UK academia, find mine on academic support in Chapter 4 Thanks to our brilliant editors for their persistence & community @shaineNeuro @willackah @madina_immuno @jsd_lndn Wayne Mitchell @Bsc2Phd
🎉 Exciting News! 🎉 Join us for an evening @britishlibrary to discuss The Black PhD Experience: Book Launch on Mon 21 Oct 📚✨ Enjoy a keynote from Jason Arday & a panel discussion w/ the editors! Secure your FREE ticket now—spaces are limited! 🔗🎟️ https://t.co/RmQeydrTLa
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🎉 Exciting News! 🎉 Join us for an evening @britishlibrary to discuss The Black PhD Experience: Book Launch on Mon 21 Oct 📚✨ Enjoy a keynote from Jason Arday & a panel discussion w/ the editors! Secure your FREE ticket now—spaces are limited! 🔗🎟️ https://t.co/RmQeydrTLa
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Our work on quantum reservoir computing with microwave signals, described in https://t.co/8yGTXQHTsB when we released a preprint last December, is out in final form now in Nature Communications:
nature.com
Nature Communications - Quantum reservoir computing might in principle give advantages in solving signal classification tasks, but current implementations usually incur in the digitalization...
*Is there a path to achieving a quantum computational advantage for machine learning with NISQ systems on problems of practical interest?* The community consensus seems to be _no_ for problems involving classical data (which I agree with). 1/
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New preprint: we show wavefront shaping with a new kind of MEMS megapixel spatial light modulator that has fast pistoning micro-mirrors: https://t.co/uChEkDHyoT (includes code to run it fast). Great effort from project lead José @carl00s01, also with @gsdgordon @joelacarpenter.
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