Publications by authors named "Shuxiao Wu"
Article Synopsis
- * The study explores multidimensional photon detection to boost the efficiency of generating random numbers from individual photon events, which is key to increasing overall generation rates.
- * Using advanced technology, they successfully extract up to 20 bits per photon detection and achieve a random number generation rate of 2.067 Gbps, representing a significant technical advancement.
Malanin is a new type II ribosome-inactivating protein (RIP) purified from , a rare, endangered tree is only found in the southwest of Guangxi Province and the southeast of Yunnan Province, China. The gene coding sequence of malanin was found from the cDNA library of seeds by employing the ten N-terminal amino acid sequences of malanin, DYPKLTFTTS for chain-A and DETXTDEEFN (X was commonly C) for chain-B. The results showed a 65% amino acid sequence homology between malanin and ricin by DNAMAN 9.
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- * This paper introduces a new quantum imaging technique that utilizes quantum compressed sensing to take advantage of the correlations between entangled photons and their random generation, allowing for more effective imaging.
- * The proposed method successfully captures images of a target rotating at 10 kHz while achieving a significant data compression rate of 10, marking a significant step toward practical quantum imaging applications.
In the present work, palygorskite (PAL) supported Co-Fe oxides (CoFe@PAL) were prepared and used as a peroxymonosulfate (PMS) activator for removal of rhodamine B (RhB) in water. The results showed that CoFe@PAL prepared at impregnation solution of 50 g L and calcination temperature of 500 °C showed the best catalytic performance. The removal efficiency of RhB (10 mg L) by PMS (0.
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- The study presents a new single-photon compressed sensing imaging scheme that addresses the limitations of current single-photon imaging technology, such as slow speed and poor quality due to noise.
- By using advanced algorithms like Principal Component Analysis and Bit-plane Decomposition, the researchers designed an optimized mask that enhances imaging quality while minimizing the impact of quantum shot noise.
- The experimental results show significant improvements, achieving a 64×64 pixel image with only 50 masks, an impressive 81-fold increase in sampling speed, and a compression rate of 1.22%.
Infrared up-conversion single-photon imaging has potential applications in remote sensing, biological imaging, and night vision imaging. However, the used photon counting technology has the problem of long integration time and sensitivity to background photons, which limit its application in real-world scenarios. In this paper, a novel passive up-conversion single-photon imaging method is proposed, in which the high frequency scintillation information of a near infrared target is captured by using the quantum compressed sensing.
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