Dynamic functional coupling constitutes a key feature of brain activity, which exhibits rich spatiotemporal patterning and strongly modulates cognitive processing.
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回应马斯克“超级缝纫机”：关注人体实验
2019年7月18日，第一财经就马斯克“超级缝纫机”对陈天桥、洪老师进行采访
长城脚下，1场思想马拉松，解读未来的15种可能
2019年6月1日，巍巍长城脚下，湛庐文化联合首席战略合作伙伴华为，邀请15位来自人工智能、大数据、网络科学、管理学、遗传学、认知神经科学、生物学和宇宙学领域的专家，共同开启、共同参与并共同创造全国首场思想马拉松。
洪波教授特邀学术讲座：CMU BME系主任贺斌“脑动态成像与脑机交互”
Brain activity is distributed over the 3-dimensional volume and evolves in time. Mapping spatio-temporal distribution of brain activation with high spatial resolution and high temporal resolution is of great importance for understanding the brain and aiding in the clinical diagnosis and management of brain disorders.
洪波教授特邀学术讲座：墨尔本大学Dr. Chris Plummer, Dr. Simon Vogrin“基于多模态分析的癫痫病灶定位及手术规划”
Drug-resistant focal epilepsy is a major clinical problem and surgery is under-used. Better non-invasive techniquesfor epileptogenic zone (EZ) localisation are needed when MRI shows no lesion or an extensive lesion. The problem is interictal (IED) and ictal localisation before propagation from the EZ.
想念一位不凡的“教书匠”—杨福生先生
洪波教授写文悼念导师杨福生先生。“概况自己的一生，我想借用著名哲学家胡绳先生的80自寿铭，略加修改来解嘲：“吾年二十，初受启蒙；三十而立，四十而惑，惑而不解。垂五十年。八十而粗知天命。”
洪波受邀“清华校友学习日” 主讲人脑与智能的进化
2018年12月29日，清华大学医学院研究员、博士生导师，清华大学人工智能研究院副院长洪波受邀为清华校友终身学习支持计划学习日第二次活动分享了以“人脑与智能的进化”为主题的前沿讲座。上百名清华校友在2018年的最后一个星期六，齐聚主楼后厅，沉浸于对智能的探索。
清华大学洪波: 神外专家深度参与是中国脑研究的优势和机遇
在2018天坛国际癫痫会议举行期间，清华大学医学院生物医学工程系洪波教授接受了神外前沿的访谈。
洪波教授特邀学术讲座：纽约大学Prof. Xiao-Jing Wang“计算神经科学：大尺度脑网络与反馈投射”
The hierarchical organization of the brain’s ventral visual pathway has inspired the feedforward connectionist architectures used in state-of-the-art deep learning methods that have begun to transform applications as diverse as image recognition, disease diagnosis and self-driving cars. However, it is well-known that there are way more feedback projections than feedforward ones in the brain.
洪波教授特邀学术讲座：俄亥俄州立大学Prof. Mingjun Zhang “Bio-inspired Nanoparticles as Building Blocks”
Through evolution, nature has produced some of the greatest and most intelligent structures ever created in the earth, ranging in scale and complexity from DNA to the human brain. It remains a daunting challenge for humans to fully understand how diverse functional matters are self-assembled for biological systems, how complex system behaviour is emerged from fundamental properties of matters, and how to produce biocompatible, sustainable functional matter that not only are environmentally friendly, but also can survive dynamic impacts under extreme conditions.