How does a neural network become a brain? While neurobiologists investigate how nature accomplishes this feat, computer scientists interested in artificial intelligence strive to achieve this through technology. The Self-Assembling Brain tells the stories of both fields, exploring the historical and modern approaches taken by the scientists pursuing answers to the quandary: What information is necessary to make an intelligent neural network?
As Peter Robin Hiesinger argues, “the information problem” underlies both fields, motivating the questions driving forward the frontiers of research. How does genetic information unfold during the years-long process of human brain development―and is there a quicker path to creating human-level artificial intelligence? Is the biological brain just messy hardware, which scientists can improve upon by running learning algorithms on computers? Can AI bypass the evolutionary programming of “grown” networks? Through a series of fictional discussions between researchers across disciplines, complemented by in-depth seminars, Hiesinger explores these tightly linked questions, highlighting the challenges facing scientists, their different disciplinary perspectives and approaches, as well as the common ground shared by those interested in the development of biological brains and AI systems. In the end, Hiesinger contends that the information content of biological and artificial neural networks must unfold in an algorithmic process requiring time and energy. There is no genome and no blueprint that depicts the final product. The self-assembling brain knows no shortcuts.
Written for readers interested in advances in neuroscience and artificial intelligence, The Self-Assembling Brain looks at how neural networks grow smarter.
Peter Robin Hiesinger is professor of neurobiology at the Freie Universität Berlin, Germany. The Hiesinger Neurogenetics Laboratory conducts and publishes basic research on the genetic basis of brain wiring since 15 years. Hiesinger obtained a PhD in neurogenetics from the University of Freiburg in Germany in 2000 and conducted research at US medical schools until 2015. From 20...
(展开全部)
美国最新临床医学问答——儿科骨科学 内容简介 儿科骨科学是医学中的一个重要分支。骨科问题在儿童疾病中十分普遍,但医生们在该方面所受的训练都非常有限。而本书则致力...
血液病骨髓组织病理学 内容简介 本书介绍了骨髓活检标本的制作方法,特别是塑料包埋技术和定量组织学方法更具先进性和临床实用价值。血液病骨髓组织病理学 目录 上篇 ...
亦舒(1946- ),畅销言情文学女作家。原名倪亦舒,兄长为香港作家倪匡。亦舒1946年生于上海,五岁到香港。她中学毕业后,曾做过《明报》记者。1973年赴英国...
藏羚羊旅行指南编辑部2000年底,一群自助旅行者聚集在星巴克,他们分享旅途中捕捉到的陌生与新鲜,交换彼此珍贵的自助旅行经验。2001年5月,他们将自己亲身采集来...
小春,女,本科学的是英语,念过MBA,曾在世界500强公司里担任过销售和培训师,现为职业经理人。写文出书这是平生第一次。人生信条是:读万卷书,行万里路,听万人言...
故事从新世界的葡萄酒大国智利开始。一家由中国人创办的“百子莲”酒庄因发现欧洲大陆灭绝的佳美娜葡萄,酿造出了令当地人艳羡的葡萄酒,但创始人去世后,酒庄陷入危机,继...
《国际移民(中文版)》内容简介:《国际移民》告诉了我们移民问题为何重要,它与全球化、发展、贫困和人权究竟有何关联。作者着重
临床骨科急诊学 内容简介 随着现代工业发展和社会的老龄化,交通事故、工伤意外事故、老人骨折发生率不断上升,骨科创伤患者增多。在外科急诊病例中骨科急诊占有很大的比...
《在轮下》内容简介:天才少年陨落,引起无数青少年共鸣,引发对于教育制度的反思。诺贝尔文学奖得主赫尔曼·黑塞代表作,多种辅文
这种事恐怕人人都遇到过:你正老老实实地排着队,突然有个家伙径直插到了你前面。这时候你心中恐怕已火冒三丈,想上前揪住这个讨厌鬼,把他拎到队尾。然而你转念一想,没必...
宁波中医药文化史 内容简介 宁波中医药历史悠久,萌芽于史前,兴起于宋元,辉煌于明代,至清代仍旧保持了不凡的业绩。宁波历史上医家辈出,陈藏器、日华子、高武、赵献可...
肖兴荣,幸福加智慧父母课堂创始人,幸福加学习力发展中心创始人,幸福加速读达人训练营导师,幸福加卓越青少年积极心理训练营导师,家庭教育指导师,美国催眠促进学院HM...
与很多技术类书籍不同的是,《通信之美》不是简单地罗列知识点和代码,而是以专题的形式,由浅入深地讲解通信和信号处理相关的专业知识。《通信之美》在深入浅出的基础上,...
BanishboredomExcitestudentswithvariety--drama,verse,stories,reporting,andmore--a...
Wheredoyouturnwhenyouarewrestlingwithapainfuldecision?Youturntoyourspouse,truste...
曼达美食制作人、原创美食作者从最初将研究心得写成博客与人分享,到自己动手录制视频,每一次都是厨房经验的累积。从2010年至今,全网粉丝超千万。
多维度解读日常生活中的心理防御机制。了解内在模式·从容对待情绪·完善社会自我。大众版《心灵的面具》,每个人都可以在这本书中看到自己和身边人的影子,学会做情绪稳定...
◆ 生之现实与死之记忆的缠绕和搏斗◆ 在奥斯维辛之后,普里莫·莱维以诗歌之眼凝视人的存在想想这是不是一个男人:在泥泞中劳役不知安宁为何物为半块面包而争斗死于一个...
德国民法总论(第33版)(法学译丛·民商法系列) 本书特色 《德国民法总论(第33版)》由汉斯·布洛克斯、沃尔夫·迪特里希·瓦尔克所著,是一本针对初学者的教科书...
作品目录30 岁前的冒险时光高 阳 90 后理想主义 CEO 的进击 / 002王博龙 三体摇滚青年在地球 / 014水羽哲 我不是程序员! Just