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　The research paper “High quality 3D autostereoscopic augmented reality system for surgical navigation” by Zhencheng Fan, Xinran Zhang and Prof.Hongen Liao was chosen as Top 100 papers in Chinese medicine in 2017.

　On July 25th, the research paper "High Quality See-Through Surgical Guidance System Using Enhanced 3D Autostereoscopic Augmented Reality" by Xinran Zhang, GuoWen Chen and Prof.Hongen Liao was promoted as July 2017 Feautred Article of IEEE Transaction on Biomedical Engineering.

　 On April 22nd, the research paper "Multi-information Fusion based Interactive 3D Autostereoscopic Navigation System" by ZhenCheng Fan, GuoWen Chen and Prof.Hongen Liao won the first prize in youth essay competition of China Biomedical Engineering Conference

　 2017 Tsinghua-Todai Joint Workshop for Frontiers in Bioengineering and Biomedical Engineering was successfully held from April 14th to 15th in Tsinghua University. AT3D is one of the main organizer of this workshop. In the joint workshop, 9 professors and 4 students from the University of Tokyo in different fields such as medical instrument and computer-aided surgery, biomaterial and sensing, MRI imaging and processing, medical robot, cell and protein engineering and neural engineering were invited.

　 The 12th Asian Conference on Computer Aided Surgery, ACCAS2016 was held in Daejeon, Korea on October 14-15. Xinran Zhang, a graduate student of AT3D lab, received Young Investigator Award in ACCAS2016. The awarded paper was entitled "In Situ Real 3D See-Through Microsurgical Guidance System".

　On September 19, the 12th Chinese national science day, held by China Association for Science and Technology, opened in China Science and Technology Museum. This 7-day exhibition, the theme of which was “Feeling & Touching Science”, exhibited advanced achievements of 18 research groups around China. Our latest research results were showed with the theme of “Foresee Future Medicine through 3D Display Technology”…

　　A member of our lab, Xinran Zhang, became one of the finalists of the 37th Annual International Conference of EMBC15’s Student Paper Competition. She was the first student from Mainland China entering this competition in recent 15 years.

　　Dr. Baiquan Su’s project, “Research on High-precision Minimally Invasive Laser Therapy for Brain Tumors”, received a grant from National Natural Science Foundation of China (61573208)

　 Our work on the world's longest-distance dynamic 3D display has been reported by "Optics.org", "China Science Daily", "China Education Daily", "National Natural Science Foundation of China", "Recruitment Program of Global Experts Website", "Peolpe Net","Science Net" ,ect.

　 Our work on "Super Long Viewing Distance Light Homogeneous Emitting Three-dimensional Display" was published in the Nature Publishing Group "Scientific Reports" journals. The paper was soon highlighted as research frontier and reported as "New route to glasses-free 3D displays -- Tsinghua University system uses MEMS scanning units to avoid pitfalls of existing designs" on the Institute of Physics Optics website.

　　Dr. Baiquan Su with School of Medicine, Tsinghua University received the Honorable Mention Award in Young Investigator Competition of the 1st Global Conference on Biomedical Engineering and 9th Asia Pacific Conference on Medical and Biological Engineering (GCBME2014- APCMBE 2014) on October 11, 2014. The title of the paper is ”A Laser Ablation End-Effector with Multiple Degrees of Freedom for Minimally Invasive Surgery”.

　　Recently, scientists from The University of Tokyo and other universities jointly developed the fastest photography in the world. The photosensor of this photography can achieve 4.4 trillion imaging per second. This research “Sequentially timed all-optical mapping photography (STAMP)” published in “NATURE PHOTONICS” introduced the design and principle of the photography.

　　Prof. Hongen Liao accepted an invitation from international journal “Computerized Medical Imaging and Graphics” and published an invited perspective entitle of “Integrated diagnostic and therapeutic techniques: Toward an intelligent medical system” related to minimal invasiveness theranostic. This article summarize the future directions and priorities of integrated diagnostic and therapeutic techniques based on an in-depth analysis of the current status of technology and clinical needs.

　　Mr. Sen Zhang, the graduated student of AT3D Lab., received the Excellent Graduate Student Award of Tsinghua University in 2014. His graduation thesis ”Quantitative Evaluation and System Development of 3D Autostereoscopic Display” has also been awarded the Honors Scholar Thesis of Tsinghua University.