Zhipei sun
@ZhipeiSun
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Aalto University, Finland
Helsinki, Finland
Joined August 2017
We're delighted to share that our collection on #nanoscale #quantum #technologies is now fully online! Special thanks to our guest editors @QINGDAI444, Chao-Yang Lu and @ZhipeiSun for their work on this collection! Discover the featured articles 👇 https://t.co/aLxA9UBP6O
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We have two tenure track positions on "experimental quantum physics (superconducting quantum devices, solid-state quantum materials or frontiers in photonics)" at the Department of Applied Physics, @AaltoUniversity. https://t.co/XhIjGklpEX
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#LSA_Highlight: [News & Views] Reconstructive spectrometers taper down in price. @AaltoUniversity #Fibre_optics_and_optical_communications #Optical_spectroscopy
https://t.co/8ygftI8L63
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Very nice to see our work with @QINGDAI444 on Mid-infrared analogue polaritonic reversed Cherenkov radiation in natural anisotropic crystals🎊🎊🎊🎊!
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Very happy to see our review paper of Moiré photonics and optoelectronics published on @ScienceMagazine! Many thx/congratulations to all authors & all supports! @AaltoResearch @flagshipprein @QTFinland
science.org
A review describes recent developments in moiré photonics and optoelectronics.
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蒹葭 蒹葭苍苍，白露为霜。所谓伊人，在水一方。 溯洄从之，道阻且长。溯游从之，宛在水中央。 蒹葭萋萋，白露未晞。所谓伊人，在水之湄。 溯洄从之，道阻且跻。溯游从之，宛在水中坻。 蒹葭采采，白露未已。所谓伊人，在水之涘。 溯洄从之，道阻且右。溯游从之，宛在水中沚。
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The annual scientific symposium of @flagshipprein has started. Lots of interesting talks coming up, great speakers and discussions between researchers. @TampereUni @UniEastFinland @VTTFinland @AaltoUniversity @tau_photonics #photonics @SuomenAkatemia
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@APSphysics TV is presenting now also PREIN Flagship for Photonics Research and Innovation. Have a look! @TampereUni @VTTFinland @AaltoUniversity @UniEastFinland @tau_photonics @PhotonicsFin #photonics
https://t.co/54mT5HnDoW
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In this work, gate-tunable nanoscale negative refraction of polaritons in the mid-infrared range through a van der Waals heterostructure of graphene and α-MoO3 was demonstrated.
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Great to see our collaborative work of the Gate-tunable negative refraction just published on @ScienceMagazine. Thks to @QINGDAI444 @garciadeabajo for leading & Congratulations to all authors. @AaltoResearch @flagshipprein @QTFinland
science.org
Gate tunable nanoscale negative refraction of polaritons is demonstrated at the interface of 2D materials.
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With symmetry–enabled chiral selection rules, we create ultrafast (<100-fs) all-optical chirality logic gates (XNOR,NAND…) and a half adder. We show advantages of the gates by realizing multiple gates with simultaneous operation in a single device & electrical control.
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Super excited to see our chirality logic gates published on @ScienceAdvances with @TawfiqueHasan & @QINGDAI444! https://t.co/eKriiqgeWf!
science.org
The photonic chirality logic gates show ultrafast, simultaneous multiple processing ability and electrical tunability.
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Light-based computer could outpace traditional electrical chip designs https://t.co/Rqn2KGKT3Y (@newscientist @zhipeisun) "built from a single layer of molybdenum disulphide crystals just 0.65 nanometres thick" #Finland #innovation
newscientist.com
A computer that uses light rather than electricity to transmit and manipulate data could carry out the same tasks faster and using less power
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Great to see the nice collaboration work with @garciadeabajo, @SeasonVision,@hlipsane, published in @NanoLetters! Many thanks to all the authors, in particular the first author @victorydw, who did significant work. 🎉🎊🎉🎊
Our result about "optical control of high-harmonic generation in atomic materials" is out at Nano Letters @NanoLetters. 😀🧐🥳 Great thanks to my supervisor Prof. Sun @ZhipeiSun, our collaborators Prof. Abajo @garciadeabajo, Dr Iyikanat's big support! https://t.co/JhEhz7S9oR.
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Many thanks for the great support!@AaltoResearch @QTFinland @flagshipprein @SuomenAkatemia @ERC_Research @NanoEngCam @ZheJiangUniv @SiChuanUniv @OregonState @yonseiunivon
Researchers replaced conventional hardware with AI to come up with a high-powered spectrometer that is just one tiny chip💡#Photonics @ZhipeiSun
https://t.co/y4Q1PVjUcQ
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Researchers replaced conventional hardware with AI to come up with a high-powered spectrometer that is just one tiny chip💡#Photonics @ZhipeiSun
https://t.co/y4Q1PVjUcQ
aalto.fi
A new chip from Aalto researchers puts photonic information at our fingertips.
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Researchers have developed a miniature spectrometer that breaks all current resolution records – thanks to #AI. @TawfiqueHasan @GrapheneUCam @AaltoUniversity
https://t.co/GFEETcTvhQ
cam.ac.uk
We see light and colours around us every day. However, to analyse the information it carries, we must analyse light using spectrometers, in the lab. These devices detect sparkles and substances that
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