SciOpen is a professional #OA resource for discovery of scientific & technical content published by #Tsinghua University Press (TUP) & its publisher partners.

China
📢 Call for Papers: Visual World Model. Visual Intelligence invites research on how AI learns the physical world from images and video, from 3D/4D modelling to embodied AI and adversarial defence. 🗓️ Deadline: 31 December 2026 🔗 sciopen.com/journal/2097-333…
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👏 Valuable medical insights from @thebrainmaze on how vitrectomy helps surgeons treat retinal conditions and protect vision. At @SciOpenTUP , we support making scientific knowledge more accessible, helping wider audiences engage with advances in medical science. #SciOpen #TUP #Ophthalmology #EyeHealth #MedicalScience
Three Cuts Inside Your Eye - Vitrectomy is a delicate eye surgery that uses microscopic instruments to remove the vitreous gel, allowing surgeons to treat retinal problems, clear internal bleeding, and help preserve or restore vision.
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⚡ Connecting offshore microgrids with electric vessel fleets could reshape maritime energy systems. Discover a collaborative approach to more stable, cost-effective offshore power planning. 🔗 Find out more: sciopen.com/article/10.26599… #SciOpen #TUP #OffshoreEnergy
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Meet the researchers driving this work 👇 Yangfan Luo, Ang Xuan, Xinwei Shen @Tsinghua_Uni #OffshoreMicrogrids #MaritimeTransport #CleanEnergy #EnergyTransition #ElectricVessels
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📢 Call for Papers: Visual World Model. Visual Intelligence invites research on how AI learns the physical world from images and video, from 3D/4D modelling to embodied AI and adversarial defence. 🗓️ Deadline: 31 December 2026 🔗 sciopen.com/journal/2097-333…
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Guest editors: Basura Fernando, Qing Guo, Yi Jin, Jun Liu and Qing Zhang. #SciOpen #TUP #VisualIntelligence #WorldModels #EmbodiedAI #Robotics #CallForPapers
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👏 Excellent science coverage from @ChinaScience on genetic evidence tracing the local origins of early millet-farming populations in northern China. At @SciOpenTUP , we support scientific exchange across disciplines, connecting discoveries in genetics, archaeology and beyond. 🔎 Follow #SciOpen for more scientific discoveries. #TUP #AncientDNA #Archaeology #AgriculturalOrigins #ScientificResearch #HumanOrigins
Chinese scientists have found genetic evidence that early millet-farming populations in northern China originated locally rather than emerging from a major influx of migrant agricultural groups, according to research published in the journal Science Advances. The research analyzed genome-wide data from seven ancient individuals at the Donghulin site in Beijing and the Dengcaogouliang and Sitai sites in Zhangjiakou, North China's Hebei Province, combined with carbon-14 dating and stable isotope evidence. It covers a period from about 11,000 to 7,300 years ago. Combining ancient genomics, archaeological remains and dietary evidence, it has revealed the genetic continuity and local origin of millet-related populations in the region.
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Building HS2 meant aligning contractors, designers, a client and competing stakeholder needs on very limited land. This case study shows how interfaces were managed. Read the full paper: sciopen.com/article/10.1108/… #SciOpen #TUP #HS2 #HighSpeedRailway
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Meet the minds behind this study: Hudson Taivo, Hitesh Shantilal Mistry @SYSTRA_LTD @mottmacdonald #InterfaceManagement #ProjectManagement #Megaprojects #RailEngineering
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Cone penetration tests can flag settlement risk for roads on permafrost. A new envelope area ratio links CPT data to maximum settlement, with determination coefficients above 0.9. Read the paper: sciopen.com/article/10.26599… #SciOpen #TUP #Permafrost #ScienceResearch
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Meet the researchers behind the findings: Bo Tian, Haowu Wang, Lei Quan, Jinde Xie, Xuwei Zhu Research Institute of Highway, Ministry of Transport (RIOH), Beijing #RoadEngineering #CPT #Geotechnical #PavementEngineering @Tsinghua_Uni
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Dimensional analysis shows wave steepness and draft-to-beam ratio govern piston-mode resonance between two side-by-side barges, yielding a formula for rapid estimates. Read the paper: sciopen.com/article/10.26599… #SciOpen #TUP #OceanEngineering #CFD
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Liked the article? Know the authors behind it. Yunfeng Ding, Qicai Niu, Jens Honoré Walther, Hua-Dong Yao, Yanlin Shao @chalmersuniv @DTUtweet @KyushuUniv_EN @Tsinghua_Uni
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Wave energy control without a precise model: a PPO-based noncausal controller uses wave prediction to harvest more energy and stays stable, even with prediction error. Dive into the paper: sciopen.com/article/10.26599… #SciOpen #TUP #WaveEnergy
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Liked the article? Know the authors behind it. Yao Zhang, Tianyi Zeng, Vincentius Wijaya, Yutong Song, Richard Bucknall, Stephen Turnock @uclengineering @unisouthampton @Tsinghua_Uni
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🦋 A striking view of the Twin Jet Nebula, shared by @NASAAmes and captured by @NASAHubble ! At #SciOpen, we support the exchange of scientific knowledge across disciplines, including astronomy and space science, that deepens our understanding of the universe. 🔎 Follow @SciOpenTUP for more research insights and scientific discoveries. #TUP #Astronomy #SpaceScience
A cosmic butterfly 🦋 In this shimmering view captured by @NASAHubble, the complexities of the Twin Jet Nebula are seen in striking detail, with lobes of material stretching outward while jets of gas stream from a central star system.
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Physics enthusiasts, we need you! 🌌 Which quantum phenomenon will lead to the next major tech breakthrough? #SciOpen #TUP #QuantumPhysics #EmergingTech #Science #Innovation
0% Quantum entanglement 🔗
40% Superposition ⚡
20% Quantum tunneling 🚇
40% Quantum teleportation 🌠
5 votes • Final results
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PINNs can solve coupled fluid–structure problems with relative L2 errors below 1%, even in inverse problems where conventional methods often struggle. See how it works: sciopen.com/article/10.26599… #SciOpen #TUP #PINN #FluidStructureInteraction
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Liked the article? Know the authors behind it. Xuanhan Xia, Xiaofan Li, Jinfeng Zhang, Shunxiang Cao, Guangyao Wang @HKUniversity @UM_1981 @Tsinghua_Uni @TianjinUniv1895
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Fluorine-doped carbon helps zinc-manganese batteries avoid irreversible MnO2 loss, retaining 91.7% capacity after 4000 cycles at 3 A g− 1. Explore the study: sciopen.com/article/10.26599… #SciOpen #TUP #ZincBattery @Tsinghua_Uni
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Authors behind the study: Haiyan Sun, Shijie Chen, Hao Wang, Chu Zhang, Ju Zhao, Weihao Xu, Chade Lv, Chunshuang Yan @HIT_1920 #EnergyStorage
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