The 4th IEEE EMBS international summer school of neural engineering (ISSNE ’18) announced its closure with success on Aug 17, 2018 in Tsinghua University (Beijing, China).
Category Archives: Events-category
洪波教授特邀学术讲座:霍普金斯大学Porf. Raimond L. Winslow“”The Emerging Discipline of Computational Medicine
Computational Medicine is a discipline in which models of disease are developed, personalized using data from individual patients, and then applied to deliver improved health care.
清华大学医学院教授洪波: 脑机互联最难的是大脑如何表达信息
2018年GMIC论坛在北京举行,在生命科学高峰论坛上,清华大学医学院教授洪波发表主题演讲
洪波教授特邀学术讲座:斯坦福大学Prof. Greg Zaharchuk“AI and deep learning for improved neuroimaging”
Dr. Greg Zaharchuk is a neuroradiologist, associate professor of radiology, director of Center of Advanced Funtional Neuroimaging(CAFN) at Standord University
301医院神经外科学术沙龙:脑功能研究现状及未来发展方向探讨
1月15日,一场关于高级脑功能研究现状及未来发展方向的研讨会在总医院远程程控中心举行,来自解放军总医院神经外科余新光主任和凌至培主任,徐欣主任,崔志强主任,毛之奇主任、张艳阳博士参加研讨会,会议邀请到了来自清华大学医学院生物医学工程系洪波教授及其团队参与研讨。
洪波教授脑机接口科普大课堂“脑机互联:从科幻走进现实”
1月4日晚,清华大学医学院生物医学工程系洪波老师在清华大学第六教学楼为大家讲授了一堂生动的脑机接口科普课。洪波老师从科幻电影到专业文献,介绍了脑机接口发展的前世和今生,并对一些前沿技术进行了评论和预测。
洪波教授特邀学术讲座::新加坡国立大学Dr. Anqi Qiu “Biological Origin of Mental Illness”
清华医学院洪波研究组PNAS:揭示语言声调的大脑处理机制
10月31日,清华大学医学院生物医学工程系洪波研究组在《美国科学院院报》(PNAS)在线发表题为《汉语声调类别处理的大脑皮层协作网络》(Cooperative cortical network for categorical processing of Chinese lexical tone)的论文
洪波研究组在《美国科学院院报》(PNAS)在线发表专题论文《汉语声调类别处理的大脑皮层协作网络》
10月31日,清华大学医学院生物医学工程系洪波研究组在《美国科学院院报》(PNAS)在线发表题为《汉语声调类别处理的大脑皮层协作网络》(Cooperative cortical network for categorical processing of Chinese lexical tone)的论文。
洪波教授特邀学术讲座:新加坡国立大学:Prof. Anastasios Bezerianos “Networking medicine”
There is an on-going controversy about the precision of the frequency map in mouse auditory cortex. While global frequency maps are universally accepted, local frequency organization has been reported by some to be heterogeneous and by others to match precisely the global tonotopic location. Here Prof. Eli Nelken will describe the history of this controversy and show recent results that demonstrate the interplay between global order and local variability in the tonotopic map of mouse primary auditory cortex.