研究 · 能力 · 学术履历 · 合作Research · Capabilities · Trajectory · Collaboration
我是 唐焰，专注于情感环路、社会行为与神经接口。我的研究从机制发现出发，以在体电生理、光纤记录与神经传感为核心能力，驶向可验证的临床转化。 I'm Yan Tang, working across emotional circuits, social behavior and neural interfaces. My research moves from mechanism to translation through in vivo electrophysiology, fiber photometry and neural sensing.
知识本是散落的星点。移动鼠标转动罗盘——当指针指向某一方位，那片海域的星座才会连成航路，浮现对应的篇章。Knowledge begins as scattered stars. Move your mouse to turn the compass — point toward a bearing and that sea's constellation links into a route, revealing its chapter.
Decoding oxytocin circuits and population dynamics
Turning experimental design into reachable outcomes
Train, reef the sails, recover balance, depart again
Cross-disciplinary exchange across distant ports
动态神经放电图呈现我的核心研究问题：ParvOT 招募如何推动 MagnOT 群体在三种运行状态间切换，并塑造外周与中枢催产素输出。A living neural raster frames my core question: how ParvOT recruitment shifts MagnOT ensembles across three operational states and shapes peripheral versus central oxytocin output.
MagnOT 神经元以低频率独立放电，事件在时间与细胞间无序分散，维持基础催产素张力。
Nature Neuroscience 2020、Nature Biotechnology 2023 与 Nature Communications 2024 构成三条已完成的证据链：正向社交、实时测量与恐惧缓解。临床转化则是由这些成果出发的未来航向。Nature Neuroscience 2020, Nature Biotechnology 2023 and Nature Communications 2024 form three completed lines of evidence: prosocial touch, real-time measurement and fear relief. Clinical translation is the future course built from them.
社交触摸经小细胞催产素神经元促进雌鼠间交流与社交兴趣的微环路机制。Social touch drives interfemale communication and social interest through parvocellular oxytocin neurons.
NAT NEUROSCI · 2020OPEN → EXPEDITION II · METHOD开发神经内分泌在体记录与调控技术，把不可见的神经肽释放转化为实时可读信号。Built in vivo neuroendocrine recording and control, turning invisible neuropeptide release into a real-time readout.
NAT BIOTECHNOL · 2023OPEN → EXPEDITION III · FEAR RELIEF社交陪伴经催产素在中央杏仁核引发持续可塑性，从而产生社会缓冲并消退恐惧。Social buffering triggers sustained oxytocin-driven plasticity in central amygdala to extinguish fear.
NAT COMMUN · 2024OPEN → FUTURE COURSE · TRANSLATION结合神经传感、AI 解码与药效评价，把既有催产素机制推进至精准疾病干预。Combining neural sensing, AI decoding, and efficacy evaluation to move established oxytocin mechanisms toward precision interventions.
TRANSLATION BLUEPRINTOPEN →上海 → 海德堡 → 洛桑，不是风景游记，而是一份可视化学术履历：每次靠港，都对应一次训练升级、能力扩展与研究视野的重构。Shanghai → Heidelberg → Lausanne is not a travel memoir but a visual academic CV: each port marks a new level of training, capability and scientific perspective.
本科与早期科研训练的起点。在这里建立行为科学与实验研究的基本功：从观察现象、提出问题，到把问题拆成可检验的实验。The port of undergraduate and early research training—building foundations in behavioral science and experimental practice, from observing phenomena to framing testable questions.
博士阶段把研究推进到神经环路与因果机制。在国际化训练中磨炼独立研究、在体电生理与严谨实验设计，穿越真正的学术未知。Doctoral training advanced the work into neural circuits and causal mechanisms, sharpening independent research, in vivo electrophysiology and rigorous experimental design in an international environment.
博士后／研究员阶段的当前港口。在 CHUV · CNP 将神经科学、光纤记录、传感工程与临床问题连接起来，为从实验台到床旁的下一段航程补给。The current postdoctoral/research station. At CHUV · CNP, neuroscience, photometry, sensing engineering and clinical questions converge toward a bench-to-bedside route.
高压科研需要可持续的自我管理。用短练习校准呼吸、身体与情绪；保护判断力与协作状态，才能再次稳定启航。High-pressure research demands sustainable self-management. Short practices recalibrate breath, body and emotion, protecting judgment and collaboration for the next departure.
每一次与风暴相遇，都是改写神经环路的前奏Every encounter with a storm is a prelude to rewriting the neural circuit.
吸气 4 秒 · 停泊 2 秒 · 呼气 6 秒
展开档案可查看职业航线、催产素回路与学科建设的关键节点。三份演讲共同呈现从科学发现、技术平台到人才与团队建设的完整领导力轨迹。Open the archive to trace career direction, oxytocin circuits, and discipline building. Three talks connect scientific discovery and technology platforms with talent development and team leadership.
Job talk · 研究起点、方法与长期问题
从行为问题进入神经环路，梳理多通道记录、因果干预与社会行为研究之间的关系。From behavior into circuits: multichannel recording, causal intervention, and social neuroscience.
OPEN ORIGINAL DECK ↗Wide talk · 社会缓冲、恐惧与神经肽
把触摸、陪伴、恐惧调控与催产素释放组织成一张可检验的神经网络航图。A testable neural chart connecting touch, companionship, fear regulation, and oxytocin release.
OPEN ORIGINAL DECK ↗Academic vision · 人才、平台与合作网络
围绕学科方向、人才培养与技术平台，思考怎样让一组独立的船成为真正能够远航的舰队。Discipline direction, talent, and technical platforms—turning independent vessels into a fleet.
OPEN ORIGINAL DECK ↗社会行为 → 催产素微环路 → 神经传感 → 群体动力学 → AI 解码 → 精准药理。每个项目是节点，每次合作是一条新的航线。Social behavior → oxytocin microcircuits → neural sensing → population dynamics → AI decoding → precision pharmacology. Every project is a node; every collaboration, a new route.
学术网络像一支流动舰队：有人观星、有人掌舵、有人修船，也有人带来陌生港口的消息。好的合作让每个人抵达独自无法到达的海域。An academic network is a moving fleet: some navigate, some steer, some repair, and some bring news from distant ports. Good collaboration reaches waters no one could reach alone.
神经科学家 · 把机制转化为可验证航线Neuroscientists · turn mechanisms into testable routes
RECRUITING ●工程师 · 打造神经接口、传感与分析工具Engineers · build neural interfaces, sensors and analytics
OPEN ●转化伙伴 · 连接实验室、产业与临床港口Translational partners · connect lab, industry and clinic
TRADE ●挑战者 · 用大胆问题打破旧航线Challengers · break old routes with audacious questions
WELCOME ●从催产素微环路到重大脑疾病干预，我正在寻找下一条值得长期航行的科学路线。From oxytocin microcircuits to interventions for major brain disorders, I am looking for the next scientific route worth a long voyage.
