Baolei Liu
@BaoleiLiu
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š¬Postdoc in Beihang Univ | PhD @UTSEngage | Super-resolution Imaging | Single-pixel Imaging | Wavefront Shaping | Scattering Imaging & Novel Imaging Methods
Beijing, China
Joined June 2013
RT @LightSciAppl: #LSA_Highlight: [Article] Miniaturized on-chip spectrometer enabled by electrochromic modulation. @Beihang1952 #Applied_oā¦.
www.nature.com
Light: Science & Applications - We demonstrate a computational on-chip spectrometer using electrochromic filter-based computational spectral units that can be electrochemically modulated to...
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We developed a miniaturized computational spectrometer using electrochemically modulated filters to boost spectral resolution while reducing the number of filters. It can also be easily adapted for hyperspectral imaging.
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Our latest publication is out in Light: Science & Applications ā¦ā¦@LightSciApplā© : Miniaturized on-chip spectrometer enabled by electrochromic modulation.ā¦ It enables computational spectrometer with fewer number of filters.ā¦@Fan_utsā©
www.nature.com
Light: Science & Applications - We demonstrate a computational on-chip spectrometer using electrochromic filter-based computational spectral units that can be electrochemically modulated to...
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Our new paper out in Laser & Photonics Reviews āMultiāPhoton SuperāLinear Image Scanning Microscopy Using Upconversion Nanoparticlesā by harnessing the nonlinear luminescence - Wiley Online Library
onlinelibrary.wiley.com
Image scanning microscopy offers resolution enhancement beyond the diffraction limit in a straightforward manner. By exploring the nonlinear emission of nanoprobes, here a super-linear image scanni...
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RT @YuSunMark: I am looking to hire several Ph.D. students starting Fall 2025 @JHUECE. Anyone who is passionate for computational imaging/mā¦.
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In this paper, we present the concept of a temporal compressive edge detection method based on a lensless diffuser camera, which can directly recover a time sequence of edge images of a moving object from a single-shot measurement, without further post-processing steps.
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Very happy to share our new work that published on Optics Letters, Temporal compressive edge imaging enabled by a lensless diffuser camera. It is also open accessed. Nice teamwork with @Fan_uts @AberdeenPhysics @JustLei2 #OSA_OL @OpticaPubsGroup
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RT @IEEEPhotonics: Celebrate Open Access week by checking out this recently published #openaccess article titled "Single-Pixel Diffuser Camā¦.
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RT @CizmarTomas: The toughest but very rewarding work of both my teams at #ISIBrno and @Leibniz_IPHT just appeared in @NatureComms. Check oā¦.
www.nature.com
Nature Communications - Controlled light transport through multimode fibres has recently emerged as uniquely atraumatic prospect to study deep brain structures. Here, authors present hair-thin...
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Our paper has just been published in the first 2022 issue of #NanoscaleAdvances @nanoscale_rsc We reported a tailor-made multiplexed super-resolution imaging method using the lifetime fingerprints of upconversion nanoparticles. Thank @Fan_uts and the team!
The first 2022 issue of #NanoscaleAdvances is now available! In this issue: multiplexed super-resolution imaging using nanoparticles and deep learning, and much more! #OpenAccess. Cover: Jiajia Zhou, Fan Wang et al.,.Read:
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RT @OpticaPubsGroup: Via #OPG_Optica: Self-evolving ghost imaging #ComputationalImaging #Scattering @UTSEngage httpā¦.
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RT @Fan_uts: Our work āself-evolvingā ghost imaging (SEGI) strategy for imaging objects bypassing offline post-processing was just publisheā¦.
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So happy to see our speckle image is selected as the Image of the Week of OPN~ @Fan_uts @SydneyPhysics.
Image of the Week: Laser Speckle. The diffracted laser speckle from a multimode fiber (core size: 200 microns) is captured by a CMOS camera. The laser wavelength is 661 nm. Read more here: #laser #fiber #camera #wavelength
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RT @PhysicsMagazine: Multimode optical fibers are sensitive to noise, but some channels are more robust than others. @WFShaping and colleagā¦.
physics.aps.org
A machine-learning approach quickly characterizes an optical fiber, identifying transmission channels that arenāt affected by deformation.
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RT @SydneyPhysics: New preprint with @BaoleiLiu and @Fan_uts on building a compact single-pixel camera using a diffuser: .
arxiv.org
We present a compact, diffuser-assisted, single-pixel computational camera. A rotating ground glass diffuser is adopted, in preference to a commonly used digital micro-mirror device (DMD), to...
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RT @SydneyPhysics: UTS has PhD scholarships for domestic students. Iām looking for someone to join the team to build advanced optical fibreā¦.
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Beautiful laser speckle images induced by a multimode fiberš¤©š¤© #laser speckle #Optical Fibers #Microscopy
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RT @Fan_uts: Our work on using lanthanide ions resonance effect to enhance #opticaltweezers was just published in Nature Nanotechnology. Coā¦.
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RT @ArturBed: Interesting combination of SIM, UCNP tau-dots and deep learning. The material science may gain a lot from the 'collaboration'ā¦.
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