中科大研究人员实现多功能固态量子存储 诸平 据物理学家组织网2018年8月24日转载来自 中国科技大学 (University of Science and Technology of China)的消息,中科大的研究人员实现了多功能固态量子存储。相关研究成果已经在《自然通讯》( Nature Communications )杂志网站发表。此项成果是由中科院量子信息重点实验室(CAS Key Lab of Quantum Information)的李成峰(Li Chengfeng音译,似乎应该是 李传峰 )、周宗权(Zhou Zongquan)等人合作完成的。他们开发出了一种多自由度(multi-degree-of-freedom,DOF)多路复用固态量子存储,并演示了光子脉冲操作函数随时间和频率DOFs的变化。 Credit: CC0 Public Domain 更多信息请注意浏览原文或者相关报道 Researchers achieve multifunctional solid-state quantum memory August 24, 2018, University of Science and Technology of China The team of Li Chengfeng, Zhou Zongquan and others from the CAS Key Lab of Quantum Information developed a multi-degree-of-freedom (DOF) multiplexed solid-state quantum memory, and demonstrated photon pulse operation functions with time and frequency DOFs. The results were published in Nature Communications recently. The reliable storage and coherent manipulation of quantum states with matter-systems enable the construction of large-scale quantum networks based on a quantum repeater. To achieve useful communication rates, highly multi-mode quantum memories will be required to construct a multiplexed quantum repeater. The team presented the first demonstration of the on-demand storage of orbital-angular-momentum states with weak coherent pulses at the single-photon-level in a rare-earth-ion doped crystal. Through the combination of this 3-dimensional spatial DOF with 2-dimensional temporal and 2-dimensional spectral DOFs, the team created a multiple-DOF memory with high multi-mode capacity up to 3*2*2=12. This device can also serve as a quantum mode converter with high fidelity, which is the fundamental requirement for the construction of a multiplexed quantum repeater. The team further demonstrated that the device can perform arbitrary pulse operations within time and frequency DOF. Representative operations include pulse sequencer, multiplexer, selective spectral shifter and configurable beam splitter. The experimental results showed that in all these operations, the three-dimensional quantum states carried by photons maintained a fidelity of about 89%. This memory device can achieve all operations required for Knill-Laflamme-Milburn type quantum computation, so it may be expected to find application in the field of linear optical quantum computing. Explore further: 18-qubit entanglement sets new record
中国大陆学子何江首登哈佛毕业礼演讲台 来源:中科大新创公益基金会 发布时间:2016/5/27 13:34:39 名师高徒:哈佛大学庄小威与何江合影。 5月26日10点(美东时间),中国科大毕业生何江成为第一位登上哈佛大学毕业典礼演讲台的中国大陆学子。27日上午10点(北京时间),何江接受了中国科大波士顿校友会与新创基金会的祝贺与视频采访。刚刚结束毕业典礼的何江气色不错,略有疲惫。何江承认“确实有些累,昨晚只睡了四个小时”。 回顾今日的成功演讲,何江表示:开口第一句话前有些紧张,发现大家笑了我就放松下来了。 何江感恩父母的帮助,提到父母未能赶来,但也已看到自己演讲的照片。“一日为师,终身为父”,何江的哈佛导师庄小威(中国科大87少校友)特地赶到毕业典礼现场,见证何江的演讲。何江介绍说“她很高兴”。 何江即将在哈佛大学演讲的消息传开之后,科大校友通过波士顿校友会和新创基金会转达两个建议:1)希望何江在演讲稿中提及中国科大;2)快去湖南卫视《天天向上》,这些都将有助于提升中国科大的威望。当27日提出这两个问题时,何江笑说“其实在消息宣布时,稿件已经过多轮修改定稿了。(芒果台找你了么?)芒果台没找,但确实有真人秀节目找过来,我感觉自己不太适合”。 我们刻意在演讲之前压下这两个建议,原因是希望尊重何江。无论演讲内容如何,何江已为母校中国科大的宣传做出巨大贡献。 何江保持着科学工作者的严谨介绍未来规划说,目前在麻省理工学院做研究,MIT工程方向非常强。“我还是希望在学术界能站稳,当然也希望成果能有实际的应用和转化”。 保持好奇心,勤于探索:寄语青年学子 何江在美国的经历无疑对中国科大初到美国的青年学子是巨大激励。当被问及:对于那些即将到美国留学的中国科大学子,有什么经验或教训可分享时。何江非常诚恳:出国留学对于任何人是非常棒的人生经历。身处异国他乡,会逼迫我们独立自主。能在求学过程中,发现自我的潜力(Knowing Yourself)很重要。我的留学经历也是不断发现自我,寻找、追求心中最喜欢的。每到一个新的地方面对新的资源,要善于利用。我在哈佛大学,发现了很多文科、非学术的资源学习着去充分利用。要保持好奇心,勇于尝试。探索那些过去未曾意识到的潜力,正如这次演讲,我起初未曾想到能被选上。 美东时间5月26日10点前后,何江(中国科大0508郭沫若奖获得者)在众人瞩目中登上毕业典礼演讲台。哈佛大学将他的演讲与斯皮尔伯格大导演通过网络向全球直播。10:19,何江博士向曾资助他的新创校友基金会发来了中英文演讲稿(附后)。 新闻来源与摄影致谢:中国科大波士顿校友会与新创校友基金会联合发布,图片均为波士顿校友会邹思睿(0303,哈佛大学博士)提供,谨此致谢。 何江演讲全文实录(中英文) 蜘蛛咬伤轶事 在我读初中的时候,有一次,一只毒蜘蛛咬伤了我的右手。我问我妈妈该怎么处理---我妈妈并没有带我去看医生,她而是决定用火疗的方法治疗我的伤口。 她在我的手上包了好几层棉花,棉花上喷撒了白酒,在我的嘴里放了一双筷子,然后打火点燃了棉花。热量逐渐渗透过棉花,开始炙烤我的右手。灼烧的疼痛让我忍不住想喊叫,可嘴里的筷子却让我发不出声来。我只能看着我的手被火烧着,一分钟,两分钟,直到妈妈熄灭了火苗。 你看,我在中国的农村长大,在那个时候,我的村庄还是一个类似前工业时代的传统村落。在我出生的时候,我的村子里面没有汽车,没有电话,没有电,甚至也没有自来水。我们自然不能轻易的获得先进的现代医疗资源。那个时候也没有一个合适的医生可以来帮我处理蜘蛛咬伤的伤口。 在座的如果有生物背景的人,你们或许已经理解到了我妈妈使用的这个简单的治疗手段的基本原理:高热可以让蛋白质变性,而蜘蛛的毒液也是一种蛋白质。这样一种传统的土方法实际上有它一定的理论依据,想来也是挺有意思的。但是,作为哈佛大学生物化学的博士,我现在知道在我初中那个时候,已经有更好的,没有那么痛苦的,也没有那么有风险的治疗方法了。于是我便忍不住会问自己,为什么我在当时没有能够享用到这些更为先进的治疗方法呢? 蜘蛛咬伤的事故已经过去大概十五年了。我非常高兴的向在座的各位报告一下,我的手还是完好的。但是,我刚刚提到的这个问题这些年来一直停在我的脑海中,而我也时不时会因为先进科技知识在世界上不同地区的不平等分布而困扰。现如今,我们人类已经学会怎么进行人类基因编辑了,也研究清楚了很多个癌症发生发展的原因。我们甚至可以利用一束光来控制我们大脑内神经元的活动。每年生物医学的研究都会给我们带来不一样突破和进步---其中有不少令人振奋,也极具革命颠覆性的成果。然而,尽管我们人类已经在科研上有了无数的建树,在怎样把这些最前沿的科学研究带到世界最需要该技术的地区这件事情上,我们有时做的差强人意。世界银行的数据显示,世界上大约有12%的人口每天的生活水平仍然低于2美元。营养不良每年导致三百万儿童死亡。将近3亿人口仍然受到疟疾的干扰。在世界各地,我们经常看到类似的由贫穷,疾病和自然匮乏导致的科学知识传播的受阻。现代社会里习以为常的那些救生常识经常在这些欠发达或不发达地区未能普及。于是,在世界上仍有很多地区,人们只能依赖于用火疗这一简单粗暴的方式来治理蜘蛛咬伤事故。 在哈佛读书期间,我有切身体会到先进的科技知识能够既简单又深远的帮助到社会上很多的人。本世纪初的时候,禽流感在亚洲多个国家肆虐。那个时候,村庄里的农民听到禽流感就像听到恶魔施咒一样,对其特别的恐惧。乡村的土医疗方法对这样一个疾病也是束手无策。农民对于普通感冒和流感的区别并不是很清楚,他们并不懂得流感比普通感冒可能更加致命。而且,大部分人对于科学家所发现的流感病毒能够跨不同物种传播这一事实并不清楚。 于是,在我意识到这些知识背景,及简单的将受感染的不同物种隔离开来以减缓疾病传播,并决定将这些知识传递到我的村庄时,我的心里第一次有了一种作为未来科学家的使命感。但这种使命感不只停在知识层面,它也是我个人道德发展的重要转折点,我自我理解的作为国际社会一员的责任感。 哈佛的教育教会我们学生敢于拥有自己的梦想,勇于立志改变世界。在毕业典礼这样一个特别的日子,我们在座的毕业生都会畅想我们未来的伟大征程和冒险。对我而言,我在此刻不可避免的还会想到我的家乡。我成长的经历教会了我作为一个科学家,积极的将我们所会的知识传递给那些急需这些知识的人是多么的重要。因为利用那些我们已经拥有的科技知识,我们能够轻而易举的帮助我的家乡,还有千千万万类似的村庄,让他们生活的世界变成一个我们现代社会看起来习以为常的场所,而这样一件事,是我们每一个毕业生都能够做的,也力所能及能够做到的。 但问题是,我们愿意来做这样的努力吗? 比以往任何时候都多,我们的社会强调科学和创新。但我们社会同样需要注意的一个重心是分配知识到那些真正需要的地方。改变世界并不意味着每个人都要做一个大突破。改变世界可以非常简单。它可以简单得变成作为世界不同地区的沟通者,并找出更多创造性的方法将知识传递给像我母亲或农民这样的群体。同时,改变世界也意味着我们的社会,作为一个整体,能够更清醒的认识到科技知识的更加均衡的分布,是人类社会发展的一个关键环节,而我们也能够一起奋斗将此目标变成现实。 如果我们能够做到这些,或许,将来有一天,一个在农村被毒蜘蛛咬伤的少年或许不用火疗这样粗暴的方法来治疗伤口,而是去看医生得到更为先进的医疗护理。 The Spider’s Bite When I was in middle school, a poisonous spider bit my right hand. I ranto my mom for help—but instead of taking me to a doctor, my mom set my hand onfire. After wrapping my hand with several layers of cotton, then soaking it in wine,she put a chopstick into my mouth, and ignited the cotton. Heat quicklypenetrated the cotton and began to roast my hand. The searing pain made me wantto scream, but the chopstick prevented it. All I could do was watch my handburn - one minute, then two minutes –until mom put out the fire. You see, the part of China I grew up in was a rural village, and at thattime pre-industrial. When I was born, my village had no cars, no telephones, noelectricity, not even running water. And we certainly didn’t have access tomodern medical resources. There was no doctor my mother could bring me to seeabout my spider bite. For those who study biology, you may have grasped the science behind my mom’scure: heat deactivates proteins, and a spider’s venom is simply a form ofprotein. It’s cool how that folk remedy actually incorporates basicbiochemistry, isn’t it? But I am a PhD student in biochemistry at Harvard, Inow know that better, less painful and less risky treatments existed. So I can’thelp but ask myself, why I didn’t receive one at the time? Fifteen years have passed since that incident. I am happy to report thatmy hand is fine. But this question lingers, and I continue to be troubled bythe unequal distribution of scientific knowledge throughout the world. We havelearned to edit the human genome and unlock many secrets of how cancerprogresses. We can manipulate neuronal activity literally with the switch of alight. Each year brings more advances in biomedical research-exciting,transformative accomplishments. Yet, despite the knowledge we have amassed, wehaven’t been so successful in deploying it to where it’s needed most. Accordingto the World Bank, twelve percent of the world’s population lives on less than$2 a day. Malnutrition kills more than 3 million children annually. Threehundred million people are afflicted by malaria globally. All over the world,we constantly see these problems of poverty, illness, and lack of resourcesimpeding the flow of scientific information. Lifesaving knowledge we take forgranted in the modern world is often unavailable in these underdeveloped regions. And in far too many places, people are stillessentially trying to cure a spider bite with fire. While studying at Harvard, I saw how scientific knowledge can help othersin simple, yet profound ways. The bird flu pandemic in the 2000s looked to myvillage like a spell cast by demons. Our folk medicine didn’t even havehalf-measures to offer. What’s more, farmers didn’t know the difference betweencommon cold and flu; they didn’t understand that the flu was much more lethalthan the common cold. Most people were also unaware that the virus couldtransmit across different species. So when I realized that simple hygiene practices like separatingdifferent animal species could contain the spread of the disease, and that Icould help make this knowledge available to my village, that was my first “Aha”moment as a budding scientist. But it was more than that: it was also a vitalinflection point in my own ethical development, my own self-understanding as amember of the global community. Harvard dares us to dreambig, to aspire to change the world. Here on this Commencement Day, we areprobably thinking of grand destinations and big adventures that await us. Asfor me, I am also thinking of the farmers in my village. My experience herereminds me how important it is for researchers to communicate our knowledge to thosewho need it. Because by using the science we already have, we could probablybring my village and thousands like it into the world you and I take forgranted every day. And that’s an impact every one of us can make! But the question is, will we make the effort or not? More than ever before, oursociety emphasizes science and innovation. But an equally important emphasisshould be on distributing the knowledge we have to where it’s needed. Changingthe world doesn’t mean that everyone has to find the next big thing. It can beas simple as becoming better communicators, and finding more creative ways topass on the knowledge we have to people like my mom and the farmers in theirlocal community. Our society also needs to recognize that the equaldistribution of knowledge is a pivotal step of human development, and work tobring this into reality. And if we do that, then perhaps a teenager in rural China who is bittenby a spider will not have to burn his hand, but will know to seek a doctorinstead. 何江博士简介 何江2005年从湖南省宁乡县一中进入中国科大生命学院学习,2009年荣获新中国第一奖学金、中国科大本科生最高荣誉奖郭沫若奖(由中国科大新创校友基金会资助)。 何江进入哈佛大学分子细胞生物学系攻读博士,在导师庄小威教授实验室进行生物光学和超高分辨显微成像在病毒学和神经学中的应用和研究。2015年博士毕业,现于麻省理工大学进行博士后研究。研究内容为组织工程,3D打印人体肝脏的应用,癌症早期检测。生物技术行业在今年来拥有非常迅猛的发展,其广大的发展空间让他决定留在该领域。哈佛博士期间,他在eLife, PNAS, Plos Pathogens, Nature Methods等等国际著名杂志上发表科研论文9篇,文章引用数量超过500次。同时担任Nano Letters, Briefings in Bioinformatics等10多个杂志审稿人。另外,在哈佛商学院教授引荐下,他写了一本关于中国乡村的传记体性质英文书,书稿目前已被欧洲最大publishing agency接收,计划于欧洲美国中国发表。 何江在哈佛大学接受的博士生教育本质上是中国科大教育的延伸——他的导师庄小威是中国科大87级少年班校友。 5月26日哈佛大学生物系博士毕业生何江在毕业典礼上,以优秀毕业生身分代表演讲。这是哈佛学生在校内的最高荣誉,何江是首位获此殊荣的中国大陆留学生。 哈佛毕业演讲首位大陆学生:教育能改变人生 作者:王烨捷 周凯 来源:中青在线 发布时间:2016/5/11 11:36:39 何江在美国实验室。 一名在湖南农村长大、上大学才第一次进城的中国小伙儿,5月26日,将要站在哈佛大学毕业典礼的讲台上,作为哈佛研究生优秀毕业生代表发言。这相当于哈佛大学给予毕业生的最高荣誉——从全校数万名毕业生中各选出一名本科生和研究生,代表毕业生发言。 哈佛校方确认该校生物系博士毕业生何江是第一位享此殊荣的中国大陆学生。当天,与他同台演讲的特邀嘉宾将是著名导演史蒂芬·斯皮尔伯格。 这不是他第一次获得一所大学毕业生的最高荣誉。何江曾经获得中国科学技术大学本科生最高荣誉奖——郭沫若奖学金,并作为获奖代表发言。 “现在乡村逐渐流行读书无用论,认为寒门很难再出贵子。这样的观点让我觉得挺无奈的。”何江在接受中国青年报·中青在线记者采访后,特地用短信方式再次补充自己的观点,“教育能够改变一个人的生活轨迹,能够把一个人从一个世界带到另一个不同的世界。我希望我的成长经历,能给那些还在路上的农村学生一点鼓励,让他们看到坚持的希望。” 再苦再穷也不让儿子成为“留守儿童” 上世纪80年代的湖南农村,像当时中国所有的农村一样,以土坯房为主,孩子的零食以糖水为主。新中国成立以后的第一代“留守儿童”就在那时诞生,越来越多的农村父母到上海、广州等经济发达城市打工,老人照顾几个年幼在家的孩子。 1988年,湖南省长沙市宁乡县南田坪乡停钟村的一户农民家中,何江呱呱坠地。与村里其他农户明显不同的是,虽然家里经济条件一般,但何江的父母却有个坚定的信念——不能为了打工挣钱,而让儿子成为“留守儿童”。 几年过去了,外出打工挣钱的人家,又是砌砖瓦房子,又是给孩子带礼物;但是何江的家,仍是一个土坯房子。何江印象最深的,是睡前故事。无论白天农活儿干得多累、多苦,何江的父亲都会在睡前给两个儿子讲故事。 几乎所有的故事,都是一个主题——好好学习。“我爸高中都没毕业,也不知道哪里找来那么多的中国传统故事。每天讲都讲不完。”何江上大学后,有一次问起父亲,哪里找来那么多睡前故事,父亲告诉他,很多故事都是自己瞎编的,目的只是想告诉孩子,只有读书才能有好的出路。 除了给儿子讲睡前故事,何江的父亲还严格要求两个孩子的学习。放学后,何家的两个儿子通常是被关在屋里“自习”,作业做完了,继续自习;而这个时候,大多数农村男孩都在田间地头玩耍。 “那时觉得爸爸很‘霸蛮’。但现在想想,这是农村环境下的最佳选择。”何江后来考上了中国科学技术大学,又去哈佛大学硕博连读,而他的弟弟则成了电子科技大学的硕士毕业生,今年下半年就去上海工作了。 文化水平不高的母亲懂得鼓励孩子 支撑两个男孩保持学习兴趣的,是那个“文化水平不如爸爸”的母亲。在何江眼中,母亲是个温和派。父亲批评孩子学习不好时,母亲总会在一阵狂风暴雨后笑呵呵地跑过来,送上“和风细雨”。 在母亲那里,两个儿子总能找到自信。何江现在知道,母亲当年的做法,就和如今他所见到的美国人的做法一样——以鼓励孩子的方式,给予孩子最大的自信。 湖南农村的妇女,在农闲时通常喜欢聚集在一起唠家常。但何江的母亲更喜欢陪着两个儿子一起学习。 因为不识字,她总是要求两个儿子把课本里的故事念给自己听,遇到听不懂的地方,她还会跟两个儿子讨论。 何江记得,自己和弟弟都喜欢给母亲“上课”。母亲的循循善诱与何江如今正在接触的美国文化有着异曲同工之妙。“我刚来美国时很不习惯,不管提什么建议,导师都说可以试试看。”何江说,美国有一种“鼓励文化”,无论是诺贝尔奖得主,还是那些名字被印在教科书上的“牛人”,都会习惯性地给予学生鼓励。他们会在跟你一起啃汉堡、喝咖啡、泡酒吧时,时不时地鼓励你一番,让你觉得“前途不错”。 就连这次申请哈佛典礼演讲,何江也是在美国教授Diana Eck的鼓励下进行的。 哈佛毕业典礼的演讲,每年只有极少数的中国学生敢于申请。何江想要发言,目的是让美国的大学生听听来自中国的声音。但他此前并不敢报名,“教授告诉我,你只要觉得可以,就去试试,没什么好丢脸的”。 “农村英语”变为纯正美语没有捷径 申请哈佛大学的毕业典礼演讲,总共有3轮测试。第一轮,递交个人学习、科研材料和演讲初稿;第二轮,从10名入选者中挑选4人,每个人都要拿着自己的演讲稿念稿;第三轮,从4人中选出1人,所有人都被要求脱稿模拟演讲。 对一个英语是母语的学生来说,这都有极大的难度。更何况何江从小在湖南农村长大,初中才开始接触英语,操着一口“农村英语”上了县城的高中。那是他第一次从农村走进城里。在宁乡县城,他第一次感受到自己的英语水平与城里孩子的巨大差距。“第一学期很受打击,考试没问题,就是开口说英语很困难”。 不怕“使苦劲”的何江,买了一本英文版的《乱世佳人》回宿舍“啃”,遇到读到不懂的地方,就在书本旁边进行大段大段的标注。 “学英语,跟任何一门学科的学习一样,没有捷径。”何江自认为自己有些“一根筋”。这一点,或许遗传自父亲——从来不懂得走捷径,家里的田地里,除了水稻,再也没有种过其他品种的农作物。 到了哈佛大学,何江又像刚上高中那会儿,焦虑不已。中国学生大多喜欢跟中国学生聚集在一起,这样的话,很难找到机会练习英语。 何江硬着头皮,申请给哈佛的本科生当辅导员,“也不知道自己哪里来的勇气,反正就是想多讲讲英语”。从入学第二年开始,何江给哈佛的本科生做辅导员,这种方法让他的英语表达方式很快从“中式”转到了“美式”。到了读博士期间,何江就可以给哈佛本科学生上课了。 何江透露,这次哈佛毕业典礼演讲的申请,自己的“农村故事”为整个演讲主题增色不少。他将在演讲中介绍中医在中国农村发挥的作用,进而推及到自己在哈佛大学所专注的生物光学、物理专业研究,“以一个理科生的角度,来反思科技知识和技术在社会上不均衡的分布,以及如何将自己研究的科技技术,更广泛地传递到世界不同地方”。 据悉,哈佛毕业典礼的历届演讲代表多为文科生,何江是为数不多的一名理科生代表。哈佛博士毕业后,何江将赴麻省理工学院进行博士后研究。(原标题:教育仍能改变一个人的人生轨迹 何江:哈佛毕业典礼登台演讲的首位大陆学生) 哈佛毕业生何江:博士后结束打算申请大学教书 作者:温薷 戴轩 来源:新京报 发布时间:2016/5/29 10:06:26 哈佛历史上首个在毕业典礼中演讲的中国大陆学生何江。受访者供图 中国大陆学生首登哈佛毕业典礼演讲台;何江希望演讲能影响他人,逐渐消弭区域间科技不平等现象 每年毕业典礼上,哈佛都会从全校数万名毕业生中,选出几名本科生和研究生代表毕业生发言。而这一直被认为是哈佛大学给予毕业生的最高荣誉。 美国时间2016年5月26日,何江走上哈佛毕业典礼演讲的舞台。随后媒体报道,他是哈佛首个在毕业典礼中演讲的中国大陆学生。 昨日,新京报记者通过微信联系上何江。 对于演讲主题定为科技传播中区域间的不平等,何江说,现在科技已经很发达,有些地方却无法享受到。他认为科技传播要借助各行业的力量,而参加毕业典礼的同学们,很多将来是各行业顶尖人物,这时候把这个话题抛出来,正是“天时地利人和”。 ■ 对话人物 何江 1988年出生于湖南长沙宁乡县停钟新村的一个农民家庭,2005年进入中国科技大学就读生物专业,2009年进入哈佛大学生物系硕博连读。美国东部时间5月26日上午10点,哈佛大学毕业典礼上,作为哈佛研究生优秀毕业生代表发言。 演讲主题 谈科技传播希望区域不平等慢慢消弭 新京报:毕业演讲时心里紧张吗? 何江:紧张,视频里可能看不出来。其实演讲时说“我只能看着我的手被火烧着”时,我的手一直在抖。 新京报:参与演讲选拔的学生是不是很多? 何江:竞争很激烈。3月初,一位教授鼓励我去参加选拔,我心里没什么底,就想着纯当试试,之后经过了首轮选拔、初赛和复赛。 复赛只剩4名学生,除了我,其他三人母语都是英语。有两人来自肯尼迪学院,很擅长公开演讲,其中一人还有多年的外交经验;还有一人来自教育学院,当过多年导游。 新京报:为什么最后你脱颖而出? 何江:可能是我的主题比较新颖吧。哈佛毕业演讲的主题大多是人文类,而我的主题是科技传播。我是农村孩子,小时候村里没有医疗环境,被毒蜘蛛咬伤后,妈妈只能用火烧的土方子来治疗我的手,而像这样的村子还有很多。虽然现在科技已经很发达,这些地方却无法享受到,这种不平等给我很深的印象。 新京报:何时意识到科技传播不平等这个问题? 何江:我们平时在实验室里也会聊到,自己明明在接受最前沿的知识,但是对父母说起来他们根本不懂,这样的话意义在哪里,这种想法进了哈佛之后更加强烈,所以我就将科技传播定为了主题。但是这个主题很大,容易说得太空泛,后来我回忆起小时候有这样一个故事,就把它放在了演讲的开头。 新京报:你有想过为弥补这种差距做些什么吗? 何江:我觉得这次演讲就是一种尝试。因为科技传播是一个大工程,一个人能做的非常有限,而参加毕业典礼的这些同学,很多是将来各行各业的顶尖人物,如果他们愿意参与其中,带动更多人与行业进行改变,这种差异就会慢慢消弭。在这个时候把这个主题抛出来,我觉得是“天时地利人和”。 学习经历 刚到美国不适应哈佛课堂氛围 新京报:你出生在湖南农村,然后到大城市、国外求学,这个过程中遇到过哪些困难?会有自卑的时候吗? 何江:我们家在农村,爸妈平时靠种稻和养猪维持全家生计,条件并不好。不光是经济上比较困窘。我记得最清楚的是我们刚上大一时,学校安排了C++编程的必修课,每次都会用到电脑,但在那之前我连电脑都没摸过。 我是一路从资源不那么丰富的地方走到资源越来越丰富的地方,眼界开阔后会比较平和。因为环境不断在变,会有各种各样新的挑战,必须学会调整心态。 新京报:你是如何进入哈佛的? 何江:2009年我从中科大毕业,因为平时成绩基本每年都是全院第一,再加上学校导师和香港理工大学校长潘宗光的推荐信,最后申请到了哈佛生物系的硕博连读,获得了全额奖学金。 读博时,我联系了之前从中科大毕业的庄小威老师,在她的实验室里做了5年的博士研究,主要研究流感入侵人体过程及大脑神经元细微结构。 新京报:刚去留学时遇到的最大困难是什么? 何江:除了语言障碍,就是不适应美国的课堂氛围。像哈佛的讲台上站着的都是行业大咖,但台下的学生会随便发问甚至质疑,而且发言之前可能不会经过一个比较缜密的思考,我一开始觉得这个难以接受。 后来习惯了才发现,美国有一种“鼓励文化”,对于那些教授来说,只要能听到学生有所表达就会很高兴,不管这些观点是不是很幼稚,他们都会尊重你的声音。 中美差异 国内对学生评价标准多元点会更好 新京报:你在演讲里说哈佛教会你们敢于拥有自己的梦想,哈佛是怎样做的? 何江:哈佛教给学生的东西都会站在很高的高度,学生会很习惯宏大的视野与观点。像平时授课的老师,很多也是出现在我们教科书上的“神级”人物,你可以很容易地与他们进行对话。 从师资到设备到机会,哈佛为学生提供的一切资源都非常丰富,接触了这么多的资源,学生会觉得实现梦想一点也不遥远,而且会有很强烈的愿望和责任感想去改变整个世界。 新京报:哈佛能提供很多资源,但大部分农村的孩子享受不到足够的资源,你觉得这种缺陷该怎么弥补? 何江:对,其实农村孩子刻苦读书的不少,但农村的确没有那么好的教育环境能支持他们,所以一定要强化自己的能力,努力去争取资源。 比如说在学校就要重视自己的社交圈子,搭建自己的平台,去弄明白这个平台能教会自己什么、能提供给自己什么样的资源,对于行业中优秀的人物也要对他们有所了解,有针对性地去交流。 而且我发现,很多农村的学生读书也非常努力,但很容易不自信,不相信自己的潜力,更不敢有什么梦想。像做学术很辛苦,如果不相信自己就很难走下去。 新京报:中国和美国的教育你都接受过,你对两种教育体制怎么看? 何江:有人可能觉得中式教育太重视灌输知识、不注重对学生个性的培养,而西方教育更加先进。但是就我接触到的来说,其实两者各有好坏。像美国这边是很尊重个性,但是初等和中等教育的问题其实很多,而国内的中等教育就很扎实,比如我从中科大进到哈佛,扎实的基本功就让我很受益。 所以这两者如果有一个互补和折中会更好。就中国国内来说,不光是学校,整个社会对学生的评价标准都比较单一,如果今后标准能多元一点,我觉得会打开不一样的路。 毕业规划 将去麻省做博士后 以后打算申请大学教职 新京报:很多人觉得你是非常成功的,你自己怎么看? 何江:我不觉得自己很成功,真正了解这个行业就知道,所谓成功要有实在的研究成果,我现在不过是刚刚入门而已。 新京报:从哈佛毕业后,你下一步打算做什么? 何江:接下来会去麻省进行博士后研究,做人体肝脏3D打印和癌症前期检测之类的课题,这些课题和人们的健康息息相关,会更偏应用一点。像现在波士顿已经有很多生物公司,所以我对这个行业的前景很看好。就像演讲里说的,将这些科技传播到偏远贫穷的地区会需要一个过程,但只要行业发展起来,它们最后也一定会享受到这些先进的科技。 新京报:有想过回国吗? 何江:我想在科研行业继续做下去,麻省理工博士后之后打算申请大学教职,美国和中国都会考虑申请。(原标题:对话丨何江:博士后结束打算申请大学教书)
课题组博士生丁国如近期前往中国科学技术大学聆听了美国弗罗里达大学著名教授 Jose C. Principe 的题为“ Informaion Theoretic Signal Processing” 的学术报告,回来后他在课题组内部进行了交流讨论,反响较好,交流汇报PPT供大家参考。 在中科大与Prof. Jose C. Principe面对面.pdf Prof. Jose C. Principe (left) and Ph.D. student Guoru Ding (right) Biographical Sketch of Prof. Jose C Principe : Jose C. Principe is Distinguished Professor of Electrical and Biomedical Engineering at the University of Florida, Gainesville, where he teaches advanced signal processing and machine learning. He is BellSouth Professor and Founding Director of the University of Florida Computational Neuro-Engineering Laboratory (CNEL). His research interests are centered in advanced signal processing and machine learning, Brain Machine Interfaces and the modeling and applications of cognitive systems. He has authored 5 books and more than 200 publications in refereed journals and book chapters, and 450 conference papers. He has directed 72 Ph.D. dissertations and 67 Master’s theses. Dr. Principe is an IEEE, AIMBE and IAMBE Fellows a recipient of the INNS Gabor Award, the IEEE Neural Network Pioner Award, the Engineering in Medicine and Biology Society Career Achievement Award, the IEEE Computational Intelligence Society Neural Network Pioneer Award, and Honorary doctor degrees from Universita Mediterranea, Italy, University of Maranhao Brasil, and Aalto University, Finland. He is Editor in Chief of the IEEE Reviews on Biomedical Engineering, Past Editor-in-Chief of the IEEE Transactions on Biomedical Engineering, current ADCOM member of the IEEE CIS society, IEEE Biometrics Council, and IEEE BME society, member of the Technical Committee on Machine Learning for Signal Processing of the IEEE Signal Processing Society; member of the Colllege of Fellows of the International Neural Network Society, and Past President of the INNS. He is also a former member of the Scientific Board of the Food and Drug Administration.
2011Nature出版指数top100 http://www.natureasia.com/en/publishing-index/global/ 哈弗大学名列第一,国内有中国科学院,中国科学技术大学,北京大学入围 其中中国科学院排名23,中科大76,北大94 1 Harvard University, USA 2 Stanford University, USA 3 Max Planck Institutes, Germany 4 National Institutes of Health (NIH), USA 5 The University of Tokyo, Japan 6 French National Centre for Scientific Research (CNRS), France 7 University of California Berkeley, USA 8 Yale University, USA 9 University of California San Diego (UCSD), USA 10 University of California San Francisco (UCSF), USA 11 Massachusetts Institute of Technology (MIT), USA 12 University of Oxford, UK 13 University of Washington, USA 14 University of Cambridge, UK 15 Columbia University in the City of New York, USA 16 University of Michigan, USA 17 University of Illinois, USA 18 The Scripps Research Institute, USA 19 California Institute of Technology, USA 20 Kyoto University, Japan 21 Medical Research Council (MRC), UK 22 The Johns Hopkins University, USA 23 Chinese Academy of Sciences (CAS), China 24 Swiss Federal Institute of Technology Zurich, Switzerland 25 University of Toronto, Canada 26 University of London - University College London, UK 27 The Rockefeller University, USA 28 Cornell University, USA 29 Northwestern University, USA 30 RIKEN, Japan 31 Memorial Sloan-Kettering Cancer Center, USA 32 University of Chicago, USA 33 University of Pennsylvania, USA 34 University of California Los Angeles (UCLA), USA 35 Osaka University, Japan 36 Imperial College London, UK 37 University of Wisconsin-Madison, USA 38 Lawrence Berkeley National Laboratory, USA 39 Duke University, USA 40 Washington University in St. Louis, USA 41 University of Maryland, USA 42 New York University, USA 43 Weizmann Institute of Science, Israel 44 National Institute of Standards and Technology (NIST), USA 45 Swiss Federal Institute of Technology (EPFL), Switzerland 46 Princeton University, USA 47 University of Tennessee, USA 48 The University of British Columbia, Canada 49 The University of Texas at Austin, USA 50 National Institute for Health and Medical Research (INSERM), France 51 Spanish National Research Council (CSIC), Spain 52 Seoul National University, Korea 53 Tohoku University, Japan 54 Wellcome Trust Sanger Institute, UK 55 Ludwig Maximilian University of Munich (LMU), Germany 56 University of Colorado Boulder, USA 57 The University of Edinburgh, UK 58 Broad Institute of MIT and Harvard, USA 59 University of Bristol, UK 60 Yeshiva University, USA 61 Cold Spring Harbor Laboratory, USA 62 The University of Texas MD Anderson Cancer Center, USA 63 University of California Santa Barbara (UCSB), USA 64 The University of Melbourne, Australia 65 Salk Institute for Biological Studies, USA 66 Nagoya University, Japan 67 University of Massachusetts Worcester, USA 68 University of North Carolina at Chapel Hill, USA 69 The University of Texas Southwestern Medical Center at Dallas, USA 70 Brown University, USA 71 National Institute of Advanced Industrial Science and Technology (AIST), Japan 72 University of Copenhagen, Denmark 73 Helmholtz Association of German Research Centres, Germany 74 Rice University, USA 75 Cancer Research UK, UK 76 University of Science and Technology of China, China 77 Emory University, USA 78 University of Geneva, Switzerland 79 University of Zurich (UZH), Switzerland 80 Boston University, USA 81 Los Alamos National Laboratory (LANL), USA 82 University of Southern California (USC), USA 83 University of California Irvine (UCI), USA 84 Utrecht University, Netherlands 85 University of Groningen, Netherlands 86 The University of Queensland, Australia 87 University of California Davis, USA 88 Technical University Munich (TUM), Germany 89 Genentech, Inc., USA 90 University of Goettingen, Germany 91 The Ohio State University, USA 92 Pennsylvania State University, USA 93 Oregon Health Science University (OHSU), USA 94 Peking University, China 95 The University of Manchester, UK 96 University of Hamburg, Germany 97 Australian National University, Australia 98 McGill University, Canada 99 Howard Hughes Medical Institute (HHMI), USA 100 University of Pittsburgh, USA
中科大 复杂系统研究组 发表论文 编年目录 ( 2007-2011 ) 2007 1, Baosheng Yuan , Bing-Hong Wang , Growing directed networks: organization and dynamics New Journal of Physics 9 (2007) 282 , Online at http://www.njp.org/ 2 Qin Ou, Ying-Di JIn, Tao Zhou, Bing-Hong Wang, Bao-Qun Yin: Power-law strength-degree correlation from resource-allocation dynamics on weighted network Phys Rev E_75(2007)021102 3, Tang CL, Lin BY, Wang WX, Hu MB, Wang BH Role of Connectivity-Induced Weighted Words in Language Games Phys Rev E_75 (2007) 027101 4 , Yan-Bo Xie, Wen-Xu Wang, Bing-Hong Wang Modeling the coevolution of topology and traffic on weighted technological networks Phys Rev E_75_(2007) 026111 5, Yan-Bo Xie, Tao Zhou, Wen-Jie Bai, Guanrong Chen, Wei-Ke Xiao, Bing-Hong Wang Geographical networks evolving with an optimal policy Phys Rev E 75 (2007) 036106 6, Kun Gao, Rui Jiang, Shou-Xin Hu, Bing-Hong Wang, and Qing-Song Wu Cellular-automaton model with velocity adaptation in the framework of Kerner’s three-phase traffic theory Phys Rev E_76 (2007) 026105 7, Shi-Min Cai, Zhao-Hui Jiang, Tao Zhou, Pei-Ling Zhou, Hui-Jie Yang, and Bing-Hong Wang Scale invariance of human electroencephalogram signals in sleep Phys Rev E_76(2007) 061903 8, Yu-Feng Lu, Ming Zhao, Tao Zhou, and Bing-Hong Wang Enhanced synchronizability via age-based coupling PHYSICAL REVIEW E 76 ( 2007 ) 057103 9 W-K Xiao , J Ren, F Qi, Z-W Song, M-X Zhu, H-F Yang, H-Y Jin, B-H Wang, and T Zhou Empirical study on clique-degree distribution of networks PHYSICAL REVIEW E 76 ( 2007 ) 037102 1 0 Huijie Yang , Fangcui Zhao, Binghong Wang Synchronizabilities of networks: A new index CHAOS, 16 (4): Art. No. 043112 DEC 2006 11 Zhao FC, Yang HJ, Wang BH Complexities of human promoter sequences Journal of Theoretical Biology 247 (2007) 645 1 2 , Du Qu Wei, Xiao Shu Luo, Bing Hong Wang, Jin Qing Fang, Robust adaptive dynamic surface control of chaos in permanent magnet synchronous motor Physics Letters A 363 (2007) 71–77 13, Zhi-Ming Gu, Ming Zhao, Tao Zhou, Chen-Ping Zhu, Bing-Hong Wang Phase syncuronization of non-Abelian oscillators on small-world networks Physics Letters A 362 (2007) 115-119 14, Rui Yang, Bing-Hong Wang, Jie Ren, Wen-Jie Bai, Zhi-Wen Shi, Wen-Xu Wang, Epidemic spreading on heterogeneous networks with identical infectivity Physics Letters A 364 (2007) 189-193 15 , Shi-Min Cai, Gang Yan, Tao Zhou, Pei-Ling Zhou, Zhong-Qian Fu, Bing-Hong Wang Scaling behavior of an artificial traffic model on scale-free networks Physics Letters A 366 (2007) 14–19 16 Zhou T , Zhao M, Chen GR, Yan G, Wang BH Phase synchronization on scale-free networks with community structure Physics Letters A 368 (2007) 431-434 17 Bu SL, Wang BH and Zhou T Gaiming scale-free and high clustering complex networks Physica A374(2007)864-868 18, Ping Li , B-H Wang Extracting hidden fluctuation patterns of Hang Seng stock index from network topologies Physica A378 (2007) 519 -526 19, Wu-JieYuan, Xiao-Shu Luo, Pin-Qun Jiang, Bing-Hong Wang, Jin-Qing Fang Stability of a complex dynamical network model Physica A 374(2007)478-482 20 , Kun Gao, Wen-Xu Wang, Bing-Hong Wang, Self-questioning games and ping-pong effect in the BA network Physica A 380: 528-538 (2007) 21. Cai, SM; Zhou, PL; Yang, HJ; Zhou T, Wang BH, Zhao FC Diffusion entropy analysis on the stride interval fluctuation of human gait PHYSICA A, 375 (2): 687-692 MAR 1 2007 22 Bai WJ, Zhou T, Wang BH Immunization of susceptible-infected model on scale-free networks Physica A384 (2007) 656 23 Shou-Xin Hu, Kun Gao, Bing-Hong Wang, Yu-Feng Lu, Chuan-Ji Fu Abnormal hysteresis effect and phase transitions in a velocity-difference dependent randomization CA model, Physica A 386 (2007) 397–406 24 Chuan-Ji Fu, Bing-Hong Wang, C-Y Yin, T. Zhou, B. Hu, and K. Gao: Analytical studies on a modified Nagel-Schreckenberg model with the Fukui-Ishibashi acceleration rule Chaos, Solitons and Fractals, vol.31 (2007) 772-776 25, Bing-Hong Wang , and Tao Zhou , Traffic Flow and Efficient Routing on Scale-Free Networks: A Survey Journal of the Korean Physical Society Vol50, No.1, (2007) 134-141 26 Bing-Hong Wang What can we learn from analysis of the financial time series? AAPPS Bulletin Vol.17 No.2 (Apr 2007) 3-8 27 Tao Zhou, Bing-Hong Wang, Ying-Di Jin, Da-Ren He, Pei-Pei Zhang, Yue He, Bei-Bei Su; Kan Chen, Zhong-Zhi Zhang, ian-Guo Liu Modelling Collaboration Networks Based On Nonlinear Preferential Attachment International Journal of Modern Physics C Vol. 18, No. 2 (2007) 297–314 28 Wen-Jie Bai, Tao Zhou , Bing-Hong Wang Interplay Between Hiv/Aids Epidemics and Demographic Structures Base d O n Sexua l Contac t Network s International Journal of Modern Physics C Vol. 18, No. 6 (2007) 1025–1045 29, Bing-Hong Wang, Evolutionary Dynamicas of Competing Boolean Network Agents International Journal of Modern Physics B , Vol.21, Nos. 23 24 (2007) 4041 - 4047 30 , Cai Shi-Min 1 , Peng Hu 1 , Yang Hui-Jie 2 , Zhou Tao 3,4 , Zhou Pei-Ling 1 and Wang Bing-Hong 2,3 Scaling Behaviour and Memory in Heart Rate of Healthy Human Chinese Physics Letters 24-10(2007) 3002 31 Gao Kun , Wang Bing-Hong , Fu Chuan-Ji, and Lu Yu-Feng Cluster-siz e dependen t randomizatio n traffic flo w model Chinese Physics 16-11 (2007) 1-11 32, ZHAO Ming, ZHOU Tao, CHEN Guan-rong, WANG Bing-hong Enhancing the network synchronizability Front. Phys. China, 2007, 2(4): 460―468 Review Article 33 T. Zhou , J. Ren, M. Medo, and Y. –C. Zhang, Bipartite network projection and personal recommendation Phys. Rev. E 76, 046115 (2007) 34 周涛、肖伟科、任捷、汪秉宏: 网络集团度的幂律分布 复杂系统与复杂性科学 4 卷 2 期( 2007 年 6 月) 10-17 35. 韩 筱璞,周 涛 ,汪秉宏, 基于自 适应调节 的人 类动 力 学 模型, 复杂 系 统与复杂 性科 学 , 4(4) (2007) 1-5. 2008 1 , Xiao-Pu Han, Tao Zhou and Bing-Hong Wang ,韩筱璞,周涛,汪秉宏 Modeling human dynamics with adaptive interest , 以适应性兴趣模拟人类行为动力学 New Journal of Physics 10 (2008) 073010 2 , Zhu CP, Zhou T, Yang HJ, Xiong SJ, Gu ZM, Shi DN, He DR, Wang BH The process of co-evolutionary competitive exclusion: speciation, multifractality and power-laws in correlations , 共演化竞争排斥过程: New Journal of Physics 10 (2008) 023006 3 , Chuan-Yang Yin (殷传洋) , Bing-Hong Wang (汪秉宏) , Wen-Xu Wang (王文旭) , and Guan-Rong Chen. Geographical effect on small-world network synchronization. 地理对于小世界网络同步的影响 Phys Rev E.77(2008) 027102 4 Han-Xin Yang, Wen-XuWang, and Bing-Hong Wang Asymmetric negotiation in structured language games PHYSICAL REVIEW E 77,027103 (2008) 5 Rui Yang, Tao Zhou, Yan-Bo Xie, Ying-Cheng Lai, and Bing-Hong Wang Optimal contact process on complex networks 复杂网络上的最佳接触过程 Phys.Rev.E_78 ( 2008 ) 066109 6 Shuguang Guan, Xingang Wang, Kun Li, Bing-Hong Wang, and C.-H. Lai Synchronizability of network ensembles with prescribed statistical properties 具有预定统计性质的网络系综的同步性 Chaos_18_013120(2008) 7 T. Zhou, H.A.T.Kiet, B.J.Kim, B.-H. Wang and P. Holme Role of activity in human dynamics 活动性在人类行为动力学中的作用 Europhys. Lett. ,, 82-2 (2008) 28002 8 Xiao-Pu Han (韩筱璞) , Chun-Dong Hu,Zhi-Min Liu and Bing-Hong Wang ( 汪秉宏 ) Parameter-tuning networks: Experiments and active-walk model , 参量调节网络:实验与活跃行走模型 Europhys. Lett. , 83-2 (2008) 28003 9 T. Zhou , L.-L. Jiang, R.-Q. Su and Y.-C. Zhang Effect of initial configuration on network-based recommendation Europhys. Lett.,81(2008)58004 10 P. Li, B.-H.Wang, H. Sun, P. Gao, and T.Zhou A limited resource model of fault-tolerant capability against cascading failure of complex network 复杂网络抗级联毁损容错能力之有限资源模型 Eur.Phys.J.B 62 (2008)101-104 11 L.-L. Jiang, D.-Y. Hua,J.-F.Zhu,B.-H.Wang,and T.Zhou Opinion dynamics on directed small-world networks 有向小世界网络上的舆情动力学 EUROPEAN PHYSICAL JOURNAL B 65 ( 2008 ) 251-255 12 , Wu-Jie Yuan, Xiao-Shu Luo, Pin-Qun Jiang, Bing-Hong Wang, Jin-Qing Fang Transition to chaos in small-world dynamical network 小世界动态网络中向混沌之转变 Chaos, Solitons and Fractals 37 (2008) 799-806 1 3 , Yan-Bo Xie, Tao Zhou , Bing-Hong Wang, Scale-free networks without growth, 无生长的无尺度网络 Physica A 387 (2008) 1683–1688 14 Huaxin Gong , Hongchao Liu, Bing-Hong Wang: An asymmetric full velocity difference car-following model 非对称完全速度差跟车模型 Physica A: 387 (2008) 2595-2602 15 Tao Zhou : Mixing navigation on networks 网络的混合导航 Physica A 387(2008)3025–3032 16 Chun-Xiao Jia, Run-Ran Liu, Duo Sun, Bing-Hong Wang A new weighting method in network-based recommendation Physica A387(2008)5887-5891 17 Nan-Nan Li, Ning Zhang, Tao Zhou, Empirical analysis on temporal statistics of human correspondence patterns 人类通讯模式时间统计的经验分析 PHYSA387 ( 2008 ) 6391-6394 18 YangHX WangWX WuZX WangBH Traffic dynamics in scale-free networks with limited packet-delivering capacity 具有有限递送信息包能力的无尺度网络中的交通动力学 Physica A387(2008)6857-6862 19 Yuan WJ , Luo XS , Zhou JF , Wang BH Acceleratingly growing scale-free networks with tunable degree exponents Physica A 387 (2008) 5311-5316 20 BING-HONG WANG, and WEN-XU WANG 汪秉宏, 王文旭 Routing strategies in traffic network and phase transition in network traffic flow 交通网络中的路由策略与网络交通流中的相变 Pramana-journal of physics (Indian Academy of Sciences) 71,2(2008)353-358 21 Wu-Jie Yuan, Xiao-Shu Luo, Pin-Qun Jiang , Bing-Hong Wang and Jin-Qing Fang Stability of Two Typical Complex Dynamical Networks International Journal of Modern Physics B Vol. 22, No.5 (2008) 553–560 2 2 Jian-Guo Liu , Tao Zhou , Qiang Guo , Bing-Hong Wang Structural Effects On Synchronizability Of Scale-Free Networks 无尺度网络结构对于同步性的影响 International Journal of Modern Physics C Vol. 19, No. 9 (2008) 1359–1366 23 Guo Q, Liu JG, Wang BH, Zhou T 郭强 , 刘建国 , 汪秉宏 , 周涛 : Opinion spreading with mobility on scale-free networks 无尺度网络上具有活动性的舆论扩散 Chin.Phys.Lett 25-2 (2008)773 - 775 24 , ZHANG Ming-Feng, WANG Bing-Hong, WANG Wen-Xu, TANG Chuan-Long, YANG Rui 张明锋 , 汪秉宏 , 王文旭 , 唐传龙 , 杨锐 : Randomness Effect on Cooperation in Memory-Based Snowdrift Game 有记忆铲雪堆博弈中随机性对于合作的影响 Chin.Phys.Lett 25-4 (2008)1494-1497 25 , HU Dong-Sheng, ZHU Chen-Ping, ZHANG Long-Qiang, HE Da-Ren, WANG Bing-Hong 胡冬生 , 朱陈平 , 张龙强 , 何大韧 , 汪秉宏 Gap Caused by Strong Pairing in the Ladder Model of DNA Molecules , DNA 分子阶梯模型中强配对引起的空隙 CHIN.PHYS.LETT. Vol. 25, No. 5 (2008) 1822 26 , WU Gang( 吴刚 ), GAO Kun( 高坤 ), YANG Han-Xin( 杨涵新 ), WANG Bing-Hong( 汪秉宏 ) Role of Clustering Coe ffi cient on Cooperation Dynamics in Homogeneous Networks Chin.Phys.Lett 25-6 (2008) 2307-2310 27 , YANG Han-Xin( 杨涵新 ) WANG Bing-Hong( 汪秉宏 ), LIU Jian-Guo( 刘建国 ) , HAN Xiao-Pu( 韩筱璞 ) , ZHOU Tao( 周涛 ) Step-by-Step Random Walk Network with Power-Law Clique-Degree Distribution 具有幂函数律集团度分布的逐步随机行走网络 Chin Phys. Lett. 25-7(2008)2718-2720 28 Han-Xin Yang, Bing-Hong Wang, Wen-Xu Wang, and Zhi-Hai Rong, Spatial games based on pursuing the highest average payoff, Chinese Physics Letters, 25, 3504-3506 (2008). 29 Ma Pei-Jie , Wang Bing-Hong 马佩杰 , 汪秉宏 Order Parameter Hysteresis on the Complex Network, 复杂网络上的序参数滞后 Chin.Phys.Lett 25-9 (2008) 3507 30 , LI Ji( 李季 ), WANG Bing-Hong( 汪秉宏 ), WANG Wen-Xu( 王文旭 ), ZHOU Tao( 周涛 ) Network Entropy Based on Topology Configuration and Its Computation to Random Networks, 基于拓扑位形的网络熵及其在随机网络上的计算 CHIN.PHYS.LETT. Vol. 25, No. 11 (2008) 4177 31 , Shou-Xin Hu (胡守信) Kun Gao (高坤) , Bing-Hong Wang ( 汪秉宏 ) , Yu - FengLu (陆玉凤) Cellular Automaton model considering headway-distance effect 考虑车头距效应的元胞自动机模型。 Chinese Physics B Vol.17,No.5 (2008) 1863-1868 3 2, Yang Han-Xin, Gao Kun, Han Xiao-Pu, Wang Bing-Hong, Evolutionary snowdrift game on heterogeneous Newman-Watts Small-World network, Chin. Phys. B , 17 (2008) 2759-2763 . 33 , 赵明,周涛,陈关荣,汪秉宏 复杂网络上动力系统同步的研究进展 Ⅱ 《物理学进展》 28 卷 (2008 年 ) 第 1 期 pp.22-34 34. 何大韧 刘宗华 汪秉宏 复杂网络研究的一些统计物理学方法及其背景 力学进展 38-6 ( 2008 ) 35 , 陈关荣,许晓鸣(主编), 汪秉宏,汪小帆,车宏安,王恒山,张宁(副主编) 《复杂网络理论与应用》-第三届全国复杂网络学术会议文集 Complex Networks Theory and Applications 上海系统科学出版社(香港) 2008 年 6 月第 1 版, 268 千字 ISBN: 978-988-17255-1-6 36 , T.Zhou, X.-P. Han and B.-H. Wang; Towards the Understanding of Human Dynamics Science Matters -Humanities as Complex Systems , ( Maria Burguete, Lui Lam eds. ) Part III Raising Scientific Level , Chapter 12, p.207-233 World Scientific, Imperial College Press ( 2008 ) 2009 1 Luo-Luo Jiang, Tao Zhou, Matjaz Perc, Xin Huang and Bing-Hong Wang Emergence of target waves in paced populations of cyclically competing species , 加以节律的循环竞争物种种群中的靶波涌现 New Journal of Physics 11 (2009) 103001 2 , Tao Zhou, Ri-Qi Su, Run-Ran Liu, Luo-Luo Jiang , Bing-Hong Wang and Yi-Cheng Zhang Accurate and diverse recommendations via eliminating redundant correlations New Journal of Physics 11 (2009) 123008 3 , Liqian Peng,Yang Zhao,Bao-mei Tian,Jue Zhang , WangBH ZhangHT ZhouT Consensus of self-driven agents with avoidance of collisions 自驱动个体在避免碰撞下的趋同 Phys Rev E_79 ( 2009 ) _026113 4 , Bao-mei Tian , HanxinYang, Wei Li, Tao Zhou, Wen-Xu Wang, and Bing-Hong Wang Opitimal view angle in collective dynamics of Self-propelled Agents Phys.Rev.E_79_(2009) 052102 5 , Han-Xin Yang, Wen-Xu Wang, Zhi-Xi Wu, Ying-Cheng Lai, and Bing-Hong Wang , Diversity-optimized cooperation on complex networks , 复杂网络上的多样性优化合作 PHYSICAL REVIEW E 79, 056107 (2009) 6 , Duo Sun, Tao Zhou, Jian-Guo Liu, Run-Ran Liu, Chun-Xiao Jia, and Bing-Hong Wang Information filtering based on transferring similarity 基于相似性转移的信息过滤 PHYSICAL REVIEW E 80, ( 2009 ) 017101 7 , Luo-Luo Jiang ( 姜罗罗 ) Ming Zhao ( 赵明 ), Han-Xin Yang ( 杨涵新 ), Joseph Wakeling, Bing-Hong Wang ( 汪秉宏 ), and Tao Zhou ( 周涛 ) Reducing the heterogeneity of payoffs: An effective way to promote cooperation in the prisoner’s dilemma game PHYSICAL REVIEW E 80, 031144 ( 2009 ) 8 , Han-Xin Yang, Zhi-Xi Wu, Changsong Zhou, Tao Zhou, Bing-Hong Wang Effects of social diversity on the emergence of global consensus in opinion dynamics PhysRevE. 80 (2009) 046108 9 , Run-Ran Liu, Chun-Xiao Jia, Tao Zhou, Duo Sun, Bing-Hong Wang Personal recommendation via modified collaborative filtering Physica A 388 (2009) 462-468 10 Jue Zhang, Yang Zhao, Baomei Tian, Liqian Peng, Hai-Tao Zhang, Bing-Hong Wang, Tao Zhou Accelerating consensus of self-driven swarm via adaptive speed 自驱动集群一致化通过适应性速率加速 Physica A 388 (2009) 1237–1242 11 Kun Gao,Rui Jiang, Bing-Hong Wang, Qing-Song Wu , Discontinuous transition from free flow to synchronized flow induced by short-range interaction between vehicles in a three- phase traffic flow model , 自由流到同步流之非连续转变 Physica A 388 (2009) 3233-3243 12 RRLiu CXJia HXYang BHWang Naming game on small-world networks with geographical effects 具有地理效应之小世界网络上的命名博弈 PhysA 388(09)3615-3620 13 , QM Wang R Jiang XY Sun BH Wang Assigning on-ramps' flows to maximize highway capacity 分配上匝道流量使高速公路通行能力最大化 PHYSA388(2009)3931-3938 1 4 , Dong-Mei Shi, Han-Xin Yang, Mao-Bin Hu, Wen-Bo Du, Bing-Hong Wang, Xian-Bin Cao , Preferential selection promotes cooperation in a spatial public goods game , 空间公共商品博弈中优先选择促进合作 Physica A 388 (2009) 4646-4650 1 5 , Dong Chuan-Fei, Ma Xu, Wang Guan-Wen, Sun Xiao-Yan, Wang Bing-Hong , Prediction feedback in intelligent traffic systems , Physica A 388 (2009) 4651-4657 16 , Jian-Guo Liu, Bing-Hong Wang, Qiang Guo Improved Collaborative Filtering Algorithm Via Information Transformation International Journal of Modern Physics C Vol. 20, No 2 (2009) 1-9 17 , JIAN-GUO LIU , BING-HONG WANGy , QIANG GUO , Improved Collaborative Filtering Algorithm via Information Transformation , International Journal of Modern Physics C Vol. 20, No. 2 (2009) 285-293 18 , Duo Sun, Rui Jiang, Bing-Hong Wang Timing of traffic lights and phase separation in two-dimensional traffic flow Computer Physics Communications (2009) d oi:10.1016/j.cpc.2009.10.003 19 , Haifeng Zhang, Kezan Li, Xinchu Fu On pinning control of some typical discrete-time dynamical networks Commun Nonlinear Sci Numer Simulat 15 (2010) 182–188 20 , Ying Fan, Shang-Jun Ying, Bing-Hong Wang, Yi-Ming Wei The effect of investor psychology on the complexity of stock market: An analysis based on cellular automaton model 投资者心理对于股票市场的影响 - 基于元胞自动机模型的分析 Computers Industrial Engineering 56(2009)63-69 21 , LI Yu-Jian , WANG Bing-Hong, YANG Han-Xin, LING Xiang , CHEN Xiao-Jie, JINANG Rui Evolutionar y Prisoner’ s Dilemm a Gam e Base d o n Pursuin g Highe r Averag e Payoff 基于寻求较高平均报酬的演化囚徒困境博弈 CHIN.PHYS.LETT. Vol. 26, No. 1 (2009) 018701 22 , HONG Wei( 洪伟 ), HAN Xiao-Pu( 韩筱璞 ) ZHOU Tao( 周涛 ), WANG Bing-Hong( 汪秉宏 ) , Heavy-Tailed Statistics in Short-Message Communication , CHIN. PHYS. LETT. Vol. 26, No. 2 (2009) 028902 23 , ZHANG Hai-Feng( 张海峰 ), LI Ke-Zan( 李科赞 ), FU Xin-Chu( 傅新楚 ), WANG Bing-Hong( 汪秉宏 ) , An Efficient Control Strategy of Epidemic Spreading on Scale-Free Networks 无尺度网络上流行病扩散的有效控制策略 CHIN. PHYS. LETT. Vol. 26, No. 6 (2009) 068901 24 , LI Zhi-Hua (李志华) , WANG Bing-Hon 给(汪秉宏) , LIU Run-Ran (刘润然) , YANG Han-Xin (杨涵新) , Evolutionary Prisoner's Dilemma Game Based on Division of Work 基于工作划分之进化囚徒困境博弈 CHIN. PHYS. LETT. Vol. 26, No. 10 (2009) 108701 25 , Zhang Hai-Feng( 张海峰 ),Small Michaelc,Fu Xin-Chu( 傅新楚 ) and Wang Bing-Hong( 汪秉宏 ) Dynamical behavior of epidemic on complex networks with population mobility 在具有人群迁移性复杂网络上的流行病动力学行为 Chinese Physics B vol.18,No.9(2009)3633-3640 26 , ZHANG Hai-Feng, Michael Small, and FU Xin-Chu Different Epidemic Models on Complex Networks Commun Theor Phys 52,1,(2009)180-204 27 , SUN XiaoYan, WANG BingHong, YANG HanXin, WANG QiaoMing & JIANG Rui, Effects of information feedback on an asymmetrical two-route scenario Chinese Science Bulletin 54 ( 2009 ) 3211-3214 28-32, Proceedings Complex Science 2009 Jie Zhou (Ed.) 《 Complex Sciences 》 First International Conference, Complex 2009 Shanghai, China, February 23-25, 2009 , ISSN 1867- 8211 ISBN-10 3-642-02465-3 Springer Berlin Heidelberg New York ISBN-13 978-3-642-02465-8 Springer Berlin Heidelberg New York ICST Institute for Computer Science, Social Informatics and Telecommunications Engineering 2009 Printed in Germany Luo-Luo Jiang,Wen-Xu Wang,Xin Huang, and Bing-Hong Wang Spiral Waves Emergence in a Cyclic Predator-Prey Model ................................................................. 894 MingZhao,Tao Zhou, Hui-Jie Yang, Gang Yan, and Bing-Hong Wang Synchronization in Complex Networks with Di ff erent Sort of Communities .................................................. .................................................................924 Yu-jian Li, Bing-hong Wang, Zheng-dong Xi, Chuan-yang Yin, Han-xin Yang, and Duo Sun : An Effective Local Routing Strategy on the Communication Network ... ...............................................................................................................1118 Haifeng Zhang and Binghong Wang : Exponential Synchronization of General Complex Delayed Dynamical Networks via Adaptive Feedback Control ….......................................................................................... 1540 Xiao-PuHan, Luo-Luo Jiang, Tao Zhou, and Bing-Hong Wang Internal-Evolution Driven Growth in Creation-Annihilation Cyclic Games .....................................................................................................................2377 33 刘建国 , 周涛 ,汪秉宏,个性化推荐系统的研究进展, 自然科学进展 19(1)(2009)1-15. 3 4 Duo Sun, Bing-Hong Wang. Effects of traffic lights period and application of mean-field theory in two dimension traffic flow, Journal of Jilin University (吉林大学学报) 39, (2009). 35 何大韧,刘宗华,汪秉宏 ( 编著 ) : 专著: 《复杂系统与复杂网络》 高等教育出版社 ,2009 年 1 月第一版 36, Guanrong Chen, Ming Zhao, Tao Zhou and Bing-Hong Wang: Synchronization Phenomena on Networks Book Encyclopedia of Complexity and Systems Science , Robert A. Meyers ( Ed. ) Publisher Springer New York Copyright 2009 ISBN 978-0-387-75888-6 (Print) 978-0-387-30440-3 (Online) Part 19 DOI 10.1007/978-0-387-30440-3_532 Pages 8910-8926 Subject Collection: Physics and Astronomy Springer Link Date Tuesday, ( July 21, 2009 ) 2010 1 , Haifeng Zhang, Jie Zhang, Changsong Zhou, Michael Small and Binghong Wang Hub nodes inhibit the outbreak of epidemic under voluntary vaccination 在自愿接种疫苗条件下中心节点阻止流行病爆发 New Journal of Physics 12 (2010) 023015 2 , Jun-Fang Zhu, Ming Zhao, Wenwu Yu, Changsong Zhou, Bing-Hong Wang Better synchronizability in generalized adaptive networks 广义适应性网络中的更佳同步性 Phys.Rev.E.81(2010)026201 3 , Luo-Luo Jiang, Wen-Xu Wang, Ying-Cheng Lai, and Bing-Hong Wang Role of adaptive migration in promoting cooperation in spatial games 空间博弈中适应性迁移对于增强合作的作用 Phys.Rev.E.81(2010)036108 4 , Han-Xin Yang, Zhi-Xi Wu, and Bing-Hong Wang, (杨涵新,吴枝喜,汪秉宏) Role of aspiration-induced migration in cooperation, 期望驱使的迁移在合作中的作用 Phys. Rev. E 81, 065101(R) (2010). 5 , Yu-Han Chen ( 陈育涵) , Bing-Hong Wang ( 汪秉宏) , Li-Chao Zhao , Changsong Zhou ( 周昌松) , and Tao Zhou ( 周涛) Optimal transport on supply-demand networks , 供需网络上的最佳输运 PHYSICAL REVIEW E 81 , 066105 ( 2010 ) 6 , Chun-Xiao Jia, Run-Ran Liu, Han-Xin Yang and Bing-Hong Wang Effects of fluctuations on the evolution of cooperation in the prisoner’s dilemma game 涨落对于囚徒困境博弈中的合作演化之影响 EPL90 (2010) 30001 7 , Dong-Mei Shi, Yong Zhuang and Bing-Hong Wang Group diversity promotes cooperation in the spatial public goods game 群体多样性促进空间公共货品博弈中的合作 EPL, 90 (2010) 58003 8 , Run-Ran Liu, Zhihai Rong, Chun-Xiao Jia and Bing-Hong Wang Effects of diverse inertia on scale-free–networked prisoner’s dilemma games 多样化惯性对于无尺度网络上囚徒困境博弈之影响 EPL, 91 (2010) 20002 9 Dan Peng, Han-Xin Yang, Wen-Xu Wang, Guanrong Chen, and Bing-Hong Wang, Promotion of cooperation induced by nonuniform payoff allocation in spatial public goods game , 空间公共货物博弈中非均匀报酬配置可引进合作之提升 European Physical Journal B, 73, 455-459 (2010). 10 , Dong Chuan-Fei, Ma Xu, Wang Bing-Hong Weighted congestion coefficient feedback in intelligent transportation systems 智能运输系统中的加权拥挤系数反馈策略 Physics Letters A 374 (2010) 1326–1331 11 , Liang Bai , Wen-Yuan Du , Shu-Min Li , and Bing-Hong Wang , Photoelectric effect in the presence of a bichromatic laser field J.Phys.B 43, 2010) 225203 12 , Jian-Guo Liu, Tao Zhou, Hong-An Che, Bing-Hong Wang, Yi-Cheng Zhang Effects of high-order correlations on personalized recommendation for bipartite networks 高阶关联对于双粒子网络上个性化推荐之影响 Physica A 389 (2010) 881-886 13 , Haifeng Zhang_, Hanxin Yang, Wenbo Du, Binghong Wang, Xianbin Cao Evolutionary public goods games on scale-free networks with unequal payoff allocation mechanism 无尺度网络上具有非均等报酬分配机制的进化公共货物博弈 PHYSA 389 (2010) 1099 -1104 14 , Da-Hai Tang, _ , Xiao-Pu Han, Bing-Hong Wang Stretched exponential distribution of recurrent time of wars in China 中国战争反复爆发时间之拉伸指数分布 Physica A 389 (2010) 2637-2641 15 , Chuanfei Dong, Xu Ma, Binghong Wang, Xiaoyan Sun 多通道智能交通系统中的预测反馈效果 Phys A 389 ( 2010 ) 3274-3281 16 , Run-Ran Liu, Jian-Guo Liu, Chun-Xiao Jia, Bing-Hong Wang 通过双粒子网络上非平等资源分配的个性化推荐 Personal recommendation via unequal resource allocation on bipartite networks PhysA389 ( 2010 ) 3282-3289 17 , Haifeng Zhang, Michael Small, Hanxin Yang, and Bing-Hong Wang, Adjusting learning motivation to promote cooperation, Physica A, 389, 4734-4739 (2010). 18 , Run-Ran Liu, Chun-Xiao Jia, and Bing-Hong Wang, “Heritability promotes cooperation in spatial public goods games”, Physica A 389, (2010) 5719. 19 , Jian-Guo Liu, Tao Zhou, Bing-Hong Wang, Yi-Cheng Zhang, Qiang Guo Degree Correlation of Bipartite Network on Personalized Recommendation 个性化推荐双粒子网络之度关联 International Journal of Modern Physics C 21 (2010) 137 20 , Zhong-Jun Ding_, Xiao-Yan Sun, Run-Ran Liu, Qiao-Ming Wang and Bing-Hong Wang , 丁中俊,孙晓燕,刘润然,王巧鸣,汪秉宏: Traffic Flow At A Signal Controlled T-Shaped Intersection 信号控制 T 形交叉路口处的交通流 International Journal of Modern Physics C Vol. 21, No. 3 (2010) 443-455 21 , Xiao-Yan Sun , Rui Jiang , Qiao-Ming Wang , Bing-Hong Wang Influence Of Traffic Bottleneck On Two-Route Scenario with Mean Velocity Information Feedback 交通瓶颈对于具有平均速度信息反馈的双通道方式之影响 International Journal of Modern Physics C 21-5 ( 2010 ) 695 22 , Haifeng Zhang , Ming Zhao , Binghong Wang Directly Adjusting Node's Impacts To Realize The Synchronization Of Complex Networks 直接调节节点之影响因子来实现复杂网络之同步 International Journal of Modern Physics C Vol. 21, No. 6 (2010) 785-793 23 , Ying-Ting Lin, Han-Xin Yang, Zhi-Hai Rong, and Bing-Hong Wang, Effects of heterogeneous influence of individuals on the global consensus, International Journal of Modern Physics C, 21 1011-1019 (2010). 24, Sheng-Jun Xue, Ruan Feng, Yin-Chuan Yang, Hai-Feng Zhang, Bing-Hong Wang, Spread of epidemic on complex networks under voluntary vaccination mechanism, International Journal of Modern Physics C, 9, 1197, 2010. 25 , Ma Peijie and Wang Binghong The Optimum of Synchronizability in Complex Netwoks Int. J. Mod. Phys. C Vol 21, No.10 (2010) 1255-1261 26 , Duo Sun, Rui Jiang, and Bing-Hong Wang. Timing of traffic lights and phase separation in two-dimensional traffic flow, Computer Physics Communications 181, 2010, 301-304. 27 , Chuanfei Dong, Xu Ma and Bing-Hong Wang Advanced Information Feedback Strategy in Intelligent Two-Route Traffic Flow Systems SCIENCE CHINA Information Sciences 53-10(2010)p.1-7 28 , ShangMS , 陈冠雄 , 戴双星 , WangBH , ZhouT Interest-Driven Model for Human Dynamics Chinese Physics Letters 27-4 ( 2010 ) 048701 29 , SUN Xiao-Yan( 孙 晓 燕 ), JIANG Rui( 姜 锐 ), WANG Bing-Hong( 汪 秉 宏 ) 双通道系统中不遵循所示信息反而可以增加交通流量 Increase of Traffic Flux in Two-Route Systems by Disobeying the Provided Information CPL27-5(2010)058 902 30 , ZHU Jun-Fang, HAN Xiao-Pu, WANG Bing-Hong Statistic Property and Model for Inter-Event Time of Terrorism Attacks 恐怖主义袭击事件之时间间隔统计性质与模型 CHIN. PHYS. LETT. Vol. 27, No. 6 (2010) 068902 31 HAO Jia-Bo( 郝加波 ), YANG Han-Xin( 杨涵新 ), LIU Run-Ran( 刘润然 ), WANG Bing-Hong( 汪秉宏 ), ZHANG Zhi-Yuan( 张志远 ) Effect of Geometric Distance on Agreement Dynamics of Naming Game 几何距离对于命名博弈之约定动力学的影响 CHIN. PHYS. LETT. Vol. 27, No. 9 (2010) 090202 32, Yong Zhuang, Run-Ran Liu, Han-Xin Yang, Dong-Mei Shi, and Bing-Hong Wang, Accelerating Consensus by Preferential Words in the Naming Game, Chinese Physics Letters, 27, 108901 (2010). 33 , CHEN Bo-Kui , MING Song-Qiang , and WANG Bing-Hong Exact Solutions of Generalized Burgers-Fisher Equation with Variable Coefficients 具有可变系数的广义伯格斯 - 费秀方程 Commun. Theor. Phys. 53-3 ( 2010 ) 443-449 34 , Bing-Hong Wang, Yi-Cheng Zhang, Tao Zhou, Wei-Xing Zhou and Claudio Castellano ( Editorial Office ) The International Conference on Complexity and Interdisciplinary Sciences and The 3rd China-Europe Summer School on Complexity Sciences ( 2009 China-EU Summer School ) Physics Procedia Volume 3, Issue 5, Pages 1621-1966 (August 2010) 35 , Haifeng Zhang, Binghong Wang Different methods for the threshold of epidemic on heterogeneous networks Physics Procedia 3(2010)1831 -1837 36 , Run-Ran Liua, Chun-Xiao Jiaa, Bing-Hong Wang Effects of heritability on evolutionary cooperation in spatial prisoner’s dilemma games Physics Procedia 3 (2010) 1853-1858 37 , Han-Xin Yang and Bing-Hong Wang Effects of social diversity on the evolutionary game and opinion dynamics Physics Procedia 3 (2010) 1859-1865 38 , Guanxiong Chen, Xiaopu Han, Binghong Wang Multi-Level Scaling Properties of Instant-Message Communications Physics Procedia 3 (2010) 1897-1905 39 , Xiao-Pu Han, Bing-Hong Wang Impacts of Distance and Memory in the Emergence of Scaling Mobility Pattern of Human PhysicsProcedia 3 (2010) 1907 -1911 40 , Luo-Luo Jiang, Wen-Xu Wang , and Bing-Hong Wang Pattern formation in spatial games Physics Procedia 3 (2010) 1933-1939 41 , Hai-Tao Zhang (张海涛) , Ning Wang, Michael Z Q Chen, Ri-Qi Su (苏日启) , Tao Zhou (周涛) , Changsong Zhou, (周昌松) Spatially quantifying the leadership effectiveness in collective behavior, 集体行为中的领导者效果之空间量化 New Journal of Physics 12 (2010) 123025 42 , 董川飞 , 马旭 , 汪秉宏:智能双通道交通流系统中的先进信息反馈策略 中国科学 F 辑 2010 年 40 卷 11 期 : 1∼7 页 43 , 李启朗,孙晓燕,汪秉宏,刘慕仁 低速十字路口交通流模型相图 物理学报 59-9 ( 2010 ) 5988-5994 44 , 汪秉宏,韩筱璞 人类行为的动力学与统计力学研究 Study of Dynamics and Statistical Mechanics for Human Behavior 物理 39-1 ( 2010 ) 28-37 45 , 李翔,刘宗华,汪秉宏: 网络传播动力学 复杂系统与复杂性科学 7 卷 2-3 期( 2010 ) 33-37 46 , 汪秉宏,周涛,刘建国: 推荐系统、信息挖掘及基于互联网的信息物理研究 复杂系统与复杂性科学 7 卷 2-3 期( 2010 ) 46-49 47 , 韩筱璞,汪秉宏,周涛: 人类行为动力学研究 复杂系统与复杂性科学 7 卷 2-3 期( 2010 ) 132-144 48 , 汪秉宏:交通流最近研究进展概述 复杂系统与复杂性科学 7 卷 4 期( 2010 ) 65-73 49, 许晓鸣、陈关荣, 副主编:高岩、汪秉宏、张宁(主编): 专著:《系统科学与复杂网络》 上海系统科学出版社( 2010-10 ) 50, 汪秉宏,周涛,韩筱璞: 复杂系统、人类行为动力学及恐慌人群行为分析, 《系统科学与复杂网络》主编:许晓鸣、陈关荣, 副主编:高岩、汪秉宏、张宁 上海系统科学出版社( 2010-10 ) 72-86 51, 刘建国,郭强,张翼成,汪秉宏,车宏安 复杂网络的信息自动过滤问题研究, 《系统科学与复杂网络》 主编:许晓鸣、陈关荣, 副主编:高岩、汪秉宏、张宁 上海系统科学出版社( 2010-10 ) 98-147 52 , Bai, Liang( 白亮 ), Du, Wen-Yuan (杜文园) , Li, Shu-Min (李书民) , Wang, Bing-Hong (汪秉宏) Photoelectric effect in the presence of a bichromatic laser field 双色激光场中的光电效应。 Journal of Physics B-Atomic Molecular and Optical Physics, 43(22), 225203, (2010) 2011 1, Wang Y, Wu C( 吴春国 ), Ji Z, Wang B (汪秉宏) , Liang Y. Non-Parametric Change-Point Method for Differential Gene Expression Detection, PLoS ONE 6(5): e20060. doi:10.1371/journal.pone.0020060 (2011) 2, Han-Xin Yang (杨涵新) , Wen-Xu Wang (王文旭) , Yan-Bo Xie (谢彦波) , Ying-Cheng Lai (来颖成) , and Bing-Hong Wang (汪秉宏): Transportation dynamics on networks of mobile agents 移动个体网络上的运输动力学 Phys. Rev. E 83, 016102 (2011). 3 , Yan-Bo Xie (谢彦波) , Yu-Jian Li (李玉剑) , Bing-Hong Wang (汪秉宏) Generalized Edenmodel with the screening effect 具有屏蔽效应的广义 Eden 模型 PhysRevE.83.(2011) 052105 4 , DingZJ (丁中俊) JiangR (姜锐), WangBH (汪秉宏) Traffic flow in the Biham-Middleton-Levine model with random update rule 具有随机更新规则的 BML 模型之交通流 PhysRevE.83.(2011)047101 5, YangHX (杨涵新) WangWX (王文旭) Lai YC (来颖诚), XieYB (谢彦波), WangBH (汪秉宏) Control of epidemic spreading on complex networks by local traffic dynamics 通过局域交通动力学控制复杂网络上的流行病扩散 PhysRevE.84 (2011) 045101 (Rapid Communication) 6 , Han Xiao-Pu (韩筱璞) ,Hao Qiang (郝强) , Zhou Tao (周涛) , and Wang Bing-Hong (汪秉宏) , Origin of the Scaling Law in Human Mobility: Hierarchy of Traffic Systems, 人类迁移性中标度律之起源:交通系统 Phys. Rev. E 83 (2011) 036117 7 , Han Xiao-Pu (韩筱璞) , Zhou Tao (周涛) , and Wang Bing-Hong (汪秉宏) , Scaling Mobility Patterns and Collective Movements: Deterministic Walks in Lattices, 标度化的迁移性斑图与集体运动:格子上的决定论性行走 Phys. Rev. E 83 (2011) 056108. 8 , Yu-Jian Li (李玉剑) , Su Wang, Zhong-Lin Han (韩钟霖) , Bao-Mei Tian (田宝美) , Zhen-Dong Xi (席振东) and Bing-Hong Wang (汪秉宏) Optimal view angle in the three-dimensional self-propelled particle models 三维自排斥粒子模型中的最佳视角 Europhysics Letters, . 93, 68003 (2011). 9, P.Wang (王澎) , Lei.Ting (雷霆) , C.H.Yeung and B.H.Wang (汪秉宏) , Heterogenous human dynamic in intra and inter-day time scale , 一天内和数天之间时间尺度的异质人类动力学 Europhysics Letters, 94 , (2011) 18005. 10 , Hai-Feng Zhang (张海峰) , Run-Ran Liu (刘润然) , Zhen Wang, Han-Xin Yang (杨涵新) , Bing-Hong Wang (汪秉宏) , Aspiration-induced reconnection in spatial public goods game, 空间公共货品博弈中个人愿望引进的重连 Europhysics Letters, 94, (2011).18006, 11 , Luo-Luo Jiang (姜罗罗) , Matjaˇz Perc, Wen-Xu Wang (王文旭) , Ying-Cheng Lai (来颖成) , Bing-Hong Wang (汪秉宏) Impact of link deletions on public cooperation in scale-free networks 无尺度网络中连接取消对于公共合作的影响 Europhysics Letters, 9 3 (2011)40001 12, Zhong-Jun Ding (丁中俊) , Rui Jiang (姜锐) , Wei Huang and Bing-Hong Wang (汪秉宏) Effect of randomization in the Biham–Middleton–Levine traffic flow model BML 交通流模型中的随机化效应 J. Stat. Mech. (2011) P06017 13, Dong-Mei Shi (史冬梅) , Yong Zhuang (庄勇) , Yu-Jian Li (李玉剑) and Bing-Hong Wang (汪秉宏) Depreciation of public goods in spatial public goods games (空间公共货品博弈中的货品跌价) J. Stat. Mech. (2011) P10007 14, Ming Li (李明) , Zhong-Jun Ding (丁中俊) , Rui Jiang (姜锐) , Mao-Bin Hu (胡茂斌) and Bing-Hong Wang (汪秉宏) Traffic flow in a Manhattan-like urban system , 曼哈顿型都市系统中的交通流 J. Stat. Mech. (2011) P12001 15 , Run-Ran Liu (刘润然) , Wen-Xu Wang (王文旭) , Ying-Cheng Lai (来颖成) , Guanrong Chen (陈关荣) , Bing-Hong Wang (汪秉宏) Optimal convergence in naming game with geography-based negotiation on small-world networks 小世界网络上具有基于地理位置之谈判的命名博弈中的最佳收敛性 Physics Letters A 375 (2011) 363–367 16, Haifeng Zhang (张海峰), Jie Zhang , Ping Li, Michael Small, Binghong Wang (汪秉宏) . Risk estimation of infectious diseases determines the effectiveness of the control strategy. 传染病风险估计决定控制策略之有效性 Physica D 240 (2011) 943–948. 17, Peng Wang (王澎) , Xiao-Yi Xie (谢晓宜) , Chi Ho Yeung , Bing-Hong Wang (汪秉宏) Heterogenous scaling in interevent time of on-line bookmarking 在线书签之事件间隔时间之非均匀标度 Physica A, 390 , (2011)2395-2400. 18 , Ying-Ting Lin (林颖婷) , Han-Xin Yang (杨涵新) , Zhi-Xi Wu (吴枝喜) , Bing-Hong Wang (汪秉宏) , Promotion of cooperation by aspiration-induced migration, 以个人愿望诱导的迁徙增强合作 Physica A 390, 77-82 (2011). 19, Yong Zhuang (庄勇) , Dong-Mei Shi (史冬梅) , Wen-Bo Du (杜文博) , Hai-Feng Zhang (张海峰) Bing-Hong Wang (汪秉宏) , Integrating local dynamic and global static information for routing traffic on networks 网络上路由交通的局域动态信息与全局静态信息之合成 IJMPC Volume 22 , Issue 6 ( 2011 ) 649-659 20 , Bo-Kui CHEN (陈博奎) , Meng-Su CHEN, Zi-Ling ZHANG, Yan-Bo XIE (谢彦波) , Bing-Hong WANG (汪秉宏) SPEED OF LAST VEHICLE FEEDBACK STRATEGY IN INTELLIGENT TRANSPORTATION SYSTEMS 智能交通系统中的末尾车速度信息反馈策略, International Journal of Modern Physics C, Vol. 22, No. 7 (2011) 745-753 21, Bokui Chen (陈博奎) , Xiaoyan Sun (孙晓燕) ; Hua Wei ; Chuanfei Dong (董川飞) , Binghong Wang (汪秉宏) Piecewise Function Feed Back Strategy In Intelligent Traffic Systems With A Speed Limit Bottleneck 具有速度限制瓶颈的智能交通系统之逐段函数反馈策略 IJMPC Vol.22,No.8 (2011) 849-860 22 , YANG HanXin (杨涵新) WANG BingHong (汪秉宏) : Universal role of migration in the evolution of cooperation 迁徙在合作演化中的普适作用 Chinese Science Bulletin ( Brief Communication ), Special Issue of Statistical Physics and Mathematics f or Complex System Vol.56, No.34(2011) 3693-3696 23 , 周涛 , 汪秉宏 , 韩筱璞 , 尚明生:社会网络分析及其在舆情和疫情防控中的应用 Social network analysis and its application in the prevention and control of propagation for public opinion and the epidemic 系统工程学报 2011 复杂网络科学与工程的研究进展专辑 24 , Qi-Lang Li (李启浪) , Bing-Hong Wang (汪秉宏) , M-R Liu (刘慕仁): An improved cellular automaton traffic model considering gap-dependent delay probability 车辆启动延迟概率依赖于车距的改进元胞自动机模型 Physica A 390 (2011) 1356–1362 25 , Yan Xiao-Yong (阎小勇) , Han Xiao-Pu (韩筱璞) , Zhou Tao (周涛) , Wang Bing-Hong (汪秉宏) , Exact Solution of Gyration Radius of Individual's Trajectory for a Simplified Human Regular Mobility Model, Chin. Phys. Lett., 28 (2011) 120506. 26 汤雷翰,赵鸿,刘宗华,周涛,汪秉宏: 复杂系统结构及动力学现象的统计物理研究 上海理工大学学报 33 卷 5 期( 2011 ) 409-417 (统计物理复杂系统专辑) 27 , Lui Lam (林磊) , David C Bellavia, Xiao-Pu Han (韩筱璞) , Chih-Hui Alston Liu, Chang-Qing Shu, Zhengjin Wei, Tao Zhou (周涛) and Jichen Zhu : Bilinear effect in complex systems 复杂系统中的双线性效应 Europhysics Letters: 0295-5075_91_6_68004 28 周涛 , 汪秉宏 , 韩筱璞 , 尚明生 社会网络分析及其在舆情和疫情防控中的应用 系统工程学报 2011 复杂网络科学与工程的研究进展专辑 29 , 张海峰,张文耀,孙桂全,汪秉宏,周涛, 信息的滞后性诱导传染病的周期爆发, 中国科学, 物理学 力学 天文学 2012 1 Han-Xin Yang, Wen-Xu Wang, Ying-Cheng Lai, Bing-Hong Wang : Convergence to global consensus in opinion dynamics under a nonlinear voter model , 基于一个非线性选举模型的舆情动力学之向全局趋同的收敛性 Physics Letters A 376 (2012) 282–285 2 Dong-Mei Shi, Yong Zhuang, Bing-Hong Wang , Effect of the depreciation of public goods in spatial public goods games , 空间公共货品博弈中的公共货品跌价效应 Physica A 391 (2012) 1636–1641 3 Yu Peng (彭煜) , Bing-Hong Wang (汪秉宏) , Qing-Ke Zeng, Qian Lu (卢谦) , Hong Wang( 汪红) The use of a data envelopment analysis efficient rule to produce a steady and high cooperation frequency in a spatial evolvement game 数据包络分析有效性规则用以在空间演化博弈中产生稳定的高合作频率 Physica A 391 (2012) 2000–2006 4 Bo-Kui Chen (陈博奎) ,Wei Tong (童蔚) , Wen-Yao Zhang (张文耀) , Xiao-Yan Sun (孙晓燕) , Bing-Hong Wang: (汪秉宏) Flux information feedback strategy in intelligent traffic systems Europhysics Letters 95 ( 2012 ) -14119 5 Qiao-Hong Sui (隋巧虹) , Zhong-Jun Ding (丁中俊) , Rui Jiang (姜锐) , Wei Huang, Duo Sun (孙舵) , Bing-Hong Wang , Slow-to-start effect in two-dimensional traffic flow 二维交通流中的慢启动效应 Computer Physics Communications 183 ( 2012 ) 547-551 6 Qi-Lang Li (李启浪) , Bing-Hong Wang (汪秉宏) , Mu-Ren Liu (刘慕仁): Phase diagrams on an unsignalized intersection for the cases of different maximum velocities of vehicles 在不同最大车速情况下无信号交叉路口的相图 Physica A 391 (2012) 328–336 7 , Bai, Liang (白亮) , Zheng, Ming-Yang (郑明杨) , Wang, Bing-Hong (汪秉宏) Multiphoton processes in laser-assisted scattering of a muon neutrino by an electron , 激光辅助的 μ 中微子与电子的散射。 Physical Review A, 85(1), 013402, ( 2012 ) 8 , Ren XZ (任学藻), Yang ZM (杨紫陌), Wang BH (汪秉宏), Zhou T (周涛) Mandelbrot Law of Evolving Networks 演化网络之曼德勃罗律 Chinese Physics Letters 29-3(2012)038904 9, Run-Ran Liu, Wen-Xu Wang, Ying-Cheng Lai, and Bing-Hong Wang Cascading dynamics on random networks: Crossover in phase transition 随机网络上的级联动力学:相变中的交换 PHYSICAL REVIEW E 85 , 026110 (2012) 10, Bokui Chen, Yanbo Xie, Wei Tong, Chuanfei Dong, Dongmei Shi, Binghong Wang A comprehensive study of advanced information feedbacks in real-time intelligent traffic systems 实时智能交通系统中的先进信息反馈之研究 Physica A 391 (2012) 2730–2739
点此查看中科大科研人员在APL发表的最新文章列表 SELECTED: Download Citation | Show/Hide Summaries | Add to MyArticles | Email 1. Improve growth rate of Smith–Purcell free-electron laser by Bragg reflector D. Li ( 李大治 ), Z. Yang , Y. Tsunawaki , M. R. Asakawa , M. Hangyo , S. Miyamoto , and K. Imasaki Appl. Phys. Lett. 98 , 211503 (2011) Full Text: Read Online (HTML) | Download PDF Show Summary Show PACS 2. Enhanced visible-light photocatalytic activity of anatase TiO2 through N and S codoping Lichao Jia , Congcong Wu , Yuanyuan Li , Song Han , Zongbao Li , Bo Chi , Jian Pu , and Li Jian Appl. Phys. Lett. 98 , 211903 (2011) Full Text: Read Online (HTML) | Download PDF Show Summary Show PACS 3. Giant anisotropic magnetoresistance in bilayered La1.2Sr1.8Mn2O7 single crystals Wei Ning , Zhe Qu , You-Ming Zou , Lang-Sheng Ling , Lei Zhang , Chuan-Ying Xi , Hai-Feng Du , Run-Wei Li , and Yu-Heng Zhang Appl. Phys. Lett. 98 , 212503 (2011) Full Text: Read Online (HTML) | Download PDF Show Summary Show PACS 4. 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Lett. 98 , 182505 (2011) Full Text: Read Online (HTML) | Download PDF Show Summary Show PACS 8. Improved interface properties of Ge metal-oxide-semiconductor capacitor with TaTiO gate dielectric by using in situ TaON passivation interlayer F. Ji , J. P. Xu , J. G. Liu , C. X. Li , and P. T. Lai Appl. Phys. Lett. 98 , 182901 (2011) Full Text: Read Online (HTML) | Download PDF Show Summary Show PACS 9. Electric-field control of phase separation and memory effect in Pr0.6Ca0.4MnO3/Pb(Mg1/3Nb2/3)0.7Ti0.3O3 heterostructures Q. P. Chen , J. J. Yang , Y. G. Zhao , S. Zhang , J. W. Wang , M. H. Zhu , Y. Yu , X. Z. Zhang , Zhu Wang , Bin Yang , D. Xie , and T. L. Ren Appl. Phys. Lett. 98 , 172507 (2011) Full Text: Read Online (HTML) | Download PDF Show Summary Show PACS 10. Rectifying behavior in La2/3Sr1/3MnO3/MgO/SrRuO3 magnetic tunnel junctions Hongguang Cheng , Zuli Liu , and Kailun Yao Appl. Phys. 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The cold and atmospheric-pressure air surface barrier discharge plasma for large-area sterilization applications Dacheng Wang , Di Zhao , Kecheng Feng , Xianhui Zhang , Dongping Liu , and Size Yang Appl. Phys. Lett. 98 , 161501 (2011) Full Text: Read Online (HTML) | Download PDF Show Summary Show PACS 15. Plasma plume propagation characteristics of pulsed radio frequency plasma jet J. H. Liu , X. Y. Liu , K. Hu , D. W. Liu , X. P. Lu , F. Iza , and M. G. Kong Appl. Phys. Lett. 98 , 151502 (2011) Full Text: Read Online (HTML) | Download PDF Show Summary Show PACS 16. Electron field emission enhanced by geometric and quantum effects from nanostructured AlGaN/GaN quantum wells Wei Zhao , Ru-Zhi Wang , Xue-Mei Song , Hao Wang , Bo Wang , Hui Yan , and Paul K. Chu Appl. Phys. Lett. 98 , 152110 (2011) Full Text: Read Online (HTML) | Download PDF Show Summary Show PACS 17. Plasmonic effects for light concentration in organic photovoltaic thin films induced by hexagonal periodic metallic nanospheres Jinfeng Zhu , Mei Xue , Huajun Shen , Zhe Wu , Seongku Kim , Jyh-Jier Ho , Aram Hassani-Afshar , Baoqing Zeng , and Kang L. Wang Appl. Phys. Lett. 98 , 151110 (2011) Full Text: Read Online (HTML) | Download PDF Show Summary Show PACS 18. Critical composition of reduced pure-LiNbO3 crystals: A sudden change in optical properties W. Yan , P. Minzioni , G. Nava , P. Galinetto , L. Shi , and V. Degiorgio Appl. Phys. Lett. 98 , 151112 (2011) Full Text: Read Online (HTML) | Download PDF Show Summary Show PACS 19. Electric-field-control of resistance and magnetization switching in multiferroic Zn0.4Fe2.6O4/0.7Pb(Mg2/3Nb1/3)O3–0.3PbTiO3 epitaxial heterostructures Yuanjun Yang , Z. L. Luo , Haoliang Huang , Yachun Gao , J. Bao , X. G. Li , Sen Zhang , Y. G. Zhao , Xiangcun Chen , Guoqiang Pan , and C. Gao Appl. Phys. Lett. 98 , 153509 (2011) Full Text: Read Online (HTML) | Download PDF Show Summary Show PACS 20. Correlation between internal states and plasticity in bulk metallic glass J. Tan ( 谭军 ), Y. Zhang ( 张岳 ), B. A. Sun ( 孙保安 ), M. Stoica , C. J. Li ( 李才巨 ), K. K. Song ( 宋凯凯 ), U. Kühn , F. S. Pan ( 潘复生 ), and J. Eckert Appl. Phys. Lett. 98 , 151906 (2011) Full Text: Read Online (HTML) | Download PDF Show Summary Show PACS 21. Thermal-vacancy-assisted phase transition in FePt thin films X. H. Li , F. Q. Wang , B. T. Liu , D. F. Guo , and X. Y. Zhang Appl. Phys. Lett. 98 , 141912 (2011) Full Text: Read Online (HTML) | Download PDF Show Summary Show PACS FREE 22. Response to “Comment on ‘Fourfold symmetric anisotropic magnetoresistance based on magnetocrystalline anisotropy and antiphase boundaries in reactive sputtered epitaxial Fe3O4 films’ ” P. Li , E. Y. Jiang , and H. L. Bai Appl. Phys. Lett. 98 , 146102 (2011) Full Text: Read Online (HTML) | Download PDF Summary not available. Show PACS 23. Spontaneous formation of highly regular superlattice structure in InGaN epilayers grown by molecular beam epitaxy Z. H. Wu , Y. Kawai , Y.-Y. Fang , C. Q. Chen , H. Kondo , M. Hori , Y. Honda , M. Yamaguchi , and H. Amano Appl. Phys. Lett. 98 , 141905 (2011) Full Text: Read Online (HTML) | Download PDF Show Summary Show PACS 24. Heteromaterial gate tunnel field effect transistor with lateral energy band profile modulation Ning Cui , Renrong Liang , and Jun Xu Appl. Phys. Lett. 98 , 142105 (2011) Full Text: Read Online (HTML) | Download PDF Show Summary Show PACS 25. Large magnetoelectric effect in mechanically mediated structure of TbFe2, Pb(Zr,Ti)O3, and nonmagnetic flakes K. Bi , Y. G. Wang , D. A. Pan , and W. Wu Appl. Phys. Lett. 98 , 133504 (2011) Full Text: Read Online (HTML) | Download PDF Show Summary Show PACS Next Displaying records 1 to 25 of about 1202 found, out of 92315. ADVERTISEMENT