Paper List 2018 1. Tao Tao , Yitao Gan, Jianghua Yu, Wei Huang, Tuning aggregation-induced emissionproperties with the number of cyano and ester groups in the same dibenzo thiophene skeleton for effective detection of explosives, Sensors and Actuators B: Chemical , 2018 , 257 , 303 – 311. 2017 2. Tao Tao , Hao Fang, Yu-Xin Peng, Ming-Dao Zhang, Wei Huang, Synthesis,aggregation-induced emission and application as chemosensor for explosives of a1, 10-phenanthroline derivative and its rhenium (I) carbonyl complex havingtriphenylamino and thienyl donors, InorganicChemistry Communications , 2017 , 84 ,15 –19. 3. Tao Tao , Liang Chen, Hui Cao, Min-Dong Chen, Wei Huang, Furan-baseddiketopyrrolopyrrole chromophores: Tuning the spectroscopic, electrochemicaland aggregation-induced fluorescent properties with various intramoleculardonor-acceptor spacers, Journal ofMolecular Structure , 2017 , 1143 ,168 – 175. 4. Tao Tao , Jiong-Guang Zhao, Hui Cao, Crystal structure and theoretical energy gapof 2-(2-((4-(pyridin-2-yl)pyrimidin-2-yl)disulfanyl)pyrimidin-4-yl)pyridiniumhexafluorophosphate, Chinese Journal ofStructural Chemistry , 2017 , 36 , 229 – 235. 5. Jianghua Yu, Haixia Yu, Liqiang Xu, Tao Tao , Yanxing Zhang,Yuhao Hua, Namwiinga Babra Nkolola, Characteristic comparison of heavy metalcontamination between road-deposited and roof-deposited sediments in suburbanarea, Environmental Science and PollutionResearch , 2017 , 24 , 12871 – 12881. 6. Jiao Geng, Dan Xu, Fei-Fan Chang, TaoTao , Wei Huang,Fromheterocyclic hydrazone to hydrazone-azomethine dyes: Solvent and pH inducedhydrazone and azo-keto transformation for a family of pyrazolone-basedheterocyclic dyes , Dyes Pigm. , 2017 , 137 ,101 – 110 . 2016 7. Tao Tao , Jun Li, Min-Dong Chen, Teaching reform and innovation of chemistry of finechemicals course in the age of big data, Univ.Chem. , 2016 , 31 , 38 – 42. (Chinese) 8. Tao Tao , Jiang-Hua Yu, Qiong Huang, Liang Chen, Jun Li, Practices forexperimental teaching methods of “Five in One in Environmental Scienceand Engineering, Education and TeachingResearch , 2016 , 30 , 84 – 88. (Chinese) 9. Hui-Fen Qian, Tao Tao , Ya-Nan Feng, Yin-Ge Wang, Wei Huang,Crystal structures, solvatochromisms and DFT computations of three disperse azodyes having the same azobenzene skeleton, J.Mol. Struct. , 2016 , 1123 ,305 – 310. 10. Yu-Xin Peng, Dan Xu, Na Wang, Tao Tao , Bin Hu, Wei Huang, Comparisonson isomeric 1,10-phenanthroline aromatic heterocyclic derivatives withtriphenylamine and thiophene donors before and after rhenium(I) carbonylcomplexation, Tetrahedron , 2016 , 72 , 3443 – 3453. 11. Ming-Dao Zhang, Bao-Hui Zheng, Liang Chen, Min-Dong Chen, Tao Tao ,Kai Chen, Hui Cao, Architectures and DFT calculations of polyrotaxane MOFs withnanoscale macrocycles, Dalton Trans. , 2016 , 45 , 3334 – 3339. 2015 12. Tao Tao , Yin-Ge Wang, Yuan Dai, Hui-Fen Qian, Wei Huang, Structure-performancerelationship for a family of disperse azo dyes having the same D–π–A4-nitro-4'-amino-azobenzene skeleton: structures, solvatochromism and DFTcomputations, Spectrochim. Acta A , 2015 , 136 ,1001 – 1009 . 13. Tao Tao , Shu-Rong Wang, Liang Chen, Synthesis and aggregation-induced emissionof a pyrene decorated chiral BODIPY chromophore, Inorg.Chem. Commun. 2015 , 62 ,67 – 70. 14. Hui-Fen Qian, Tao Tao , Yue-Hua Wang, Gui Yin, Wei Huang, Afluorescent chemosensor for Zn 2+ based on 3,8-bis(4-methoxyphenyl)-1,10-phenanthroline, Inorg.Chem. Commun. 2015 , 58 ,99 – 102. 15. Bin-BinMa, Yu-Xin Peng, TaoTao , Rutheniumsensitizers with various 2-thiophenimidazo phenanthroline basedancillary ligands and their performance for dye-sensitized solar cells, Dyes and Pigments , 2015 , 117 , 100 – 107 . 16. HuiCao, Ming-Dao Zhang, Tao Tao ,Ming-Xia Song, Chao-Zhi Zhang, Electric response of a metal-molecule-metaljunction to laser pulse by solving hierarchical equations of motion, J. Chem. Phys. , 2015 , 142 , 084705. 17. BinXi, Na Wang, Bin-Bin Ma, TaoTao , Wei Huang, A family of extended heterocyclic oligomers with thienylene/thiazolylenevinylene cores and triphenylamino/carbazolyl terminals, Tetrahedron , 201 5 , 71 ,3966 –3975. 18. Jiao Geng, Yuan Dai,Xiao-Xu Wang, Mu-Yun Hu, TaoTao , Wei Huang, Substitution effects on the properties of10,13-disubstituted dipyrido phenazinedonor-acceptor compounds and their ruthenium(II) complexes, Tetrahedron , 201 5 , 71 ,654 – 662. 19. Hui Qiu, Chen Liang, Xiao-LinZhang, Min-Dong Chen, Yun-Xia Zhao, TaoTao , Zheng-Wen Xu, Gang Liu, Fabrication of a biomass-based hydrous Zirconiumoxide nanocomposite for preferable phosphate removal and recovery, ACS Appl. Mater. Interfaces , 2015 , 7 , 20835–20844. 2014 20. Tao Tao , Hui-Fen Qian,Wei Huang, Xiao-Zeng You, Tuning the spectroscopic, electrochemical andsingle-crystal conductance properties of a series of rhenium-containingbithiazoles with different donor/acceptor hybrids, Organometallics , 2014 , 33 ,5120–5128. 21. Yu-Xin Peng, TaoTao , Xiao-Xu Wang, Bin-Bin Ma, Kun Zhang, Wei Huang, Advantage of N -alkylation strategy in keeping the molecularplanarity for oligothiophene/imidazole/1,10-phenanthroline basedheterocyclic semiconducting and fluorescent compounds, Chem.–Asian J. , 2014 , 9 , 3593 – 3603. 22. Bin Hu, Tao Tao , Zheng-Yang Bin, Yu-XinPeng, Wei Huang, Architectural diversity for anion-mediated self-assembly offour pairs of silver(I) polymeric isomers having linear and v-shapedimidazole/thiophene/imidazole bridging spacers, Cryst. Growth Des. , 2014 , 14 , 300–309. 23. Jiao Geng, Tao Tao , Hui-Qing Chen, Wei Huang, The first observation of cis and trans isomers for bibenzo imidazole - based compounds influenced by halogen substituent effects , Inorg.Chem. Commun. 2014 , 42 ,23 – 28. 24. Xiao-Xu Wang, Tao Tao , Jiao Geng, Bin-Bin Ma, Yu-Xin Peng, Wei Huang, Dipyrido phenazinebased donor−acceptor aromatic heterocyclic compounds with thienyl andtriphenylamino chromophores at 2,7 and/or 10,13 positions , Chem.–Asian J. , 2014 , 9 , 514 – 525 . 25. Bin-Bin Ma,Yu-Xin Peng, Tao Tao , Wei Huang, Distinguishable photovoltaicperformance on dye-sensitized solar cells by using ruthenium sensitizers with apair of isomeric ancillary ligands, DaltonTrans. , 2014 , 43 , 16601 – 16604. 2013 26. Tao Tao , Jiao Geng, LiuHong, Wei Huang, Hirofumi Tanaka, Daisuke Tanaka, Takuji Ogawa, Temperature-dependentcurrent-voltage and photoresponsive properties for semiconducting nanodevicesfabricated from an oligothiazole dithiol and gold nanoparticles, J. Phys. Chem. C , 2013 , 117 , 25325 –25333. 27. Tao Tao , Bin-Bin Ma,Yu-Xin Peng, Xiao-Xu Wang, Wei Huang, Xiao-Zeng You, Asymmetrical/symmetricalD−π−A/D−π−D thiazole-containing aromatic heterocyclic fluorescent compoundshaving the same triphenylamino chromophores, J. Org. Chem. , 2013 , 78 , 8669–8679. 28. Tao Tao , Yu-Xin Peng, Wei Huang, Xiao-Zeng You, Coplanarbithiazole-centered heterocyclic aromatic fluorescent compounds havingdifferent donor/acceptor terminal groups, J. Org. Chem. , 2013 , 78 , 2472–2481. 29. Tao Tao , Hui-Fen Qian, Kun Zhang, Jiao Geng, Wei Huang,Functionalized oligothiophene-basedheterocyclic aromatic fluorescent compounds with various donor–acceptor spacersand adjustable electronic properties: a theoretical and experimentalperspective, Tetrahedron , 2013 , 69 , 7290–7299. 30. Tao Tao , Xiao-Xu Wang, Yang-Nian Wang, Zhi-Yong Lu, WeiHuang, Sodium templated formation of a unique tetradecannuclear hetero-metalcluster core having an auxiliary bithiazole dibenzoate ligand, Inorg.Chem. Commun. , 2013 , 31 , 62–65. 31. Feng Xu, Tao Tao ,Kun Zhang, Xiao-Xu Wang, Wei Huang, Xiao-Zeng You, C–C bond cleavage inacetonitrile by copper(II)–bipyridine complexes and in situ formation ofcyano-bridged mixed-valent copper complexes, Dalton Trans. , 2013 , 42 , 3631–3645. 32. Feng Xu, Tao Tao ,Qian-Qian Liu, Jiao Geng, Wei Huang, A special case of copper(II) complexhaving monodentate and uncoordinated 4-aminopyridine molecules stabilized byhighly cooperative supramolecular interactions, Inorg. Chim. Acta , 2013 , 392 , 465–468. 33. Xiao-Chun Chen, Yin-Ge Wang, TaoTao , Jiao Geng, Wei Huang, Hui-Fen Qian, Two pairs of 1:2nickel(II) and copper(II) metal-complex dyes showing the same trans configuration and azo-hydrazone transformation but different thermalproperties, Dalton Trans. , 2013 , 42, 7679-7692 . 34. Hui-Fen Qian, Yuan Liu, TaoTao , Ke-Hua Gu, Gui Yin, Wei Huang, Four sodium tetrafluoroboratedirected supramolecular networks having 3- and 3,8-disubstituted1,10-phenanthroline ligands, Inorg.Chim. Acta , 2013 , 405 , 1–8. 35. Bin Hu, Qian-Qian Liu, TaoTao , Kun Zhang, Jiao Geng, Wei Huang, Variation of cis/transconfiguration of 3,8-dithiophen and 3,8-di-3-methylthiophen-substituted1,10-phenanthroline in their cadmium(II) nitrate complexes originating fromsubstituent and anionic effects, Inorg.Chim. Acta , 2013 , 394 , 576–582. 2012 36. Tao Tao , Yan-Hua Lei, Yu-Xin Peng, Ying Wang, Wei Huang,Zhao-Xu Chen, Xiao-Zeng You, The first observation of one-dimensionalnaphthalenediimidato-based transition-metal coordination polymers: syntheses,crystal structures and properties, Cryst. Growth Des. , 2012 , 12 , 4580–4587. 37. Tao Tao , Feng Xu, Xiao-Chun Chen, Qian-Qian Liu, WeiHuang, Xiao-Zeng You, Comparisons between azo dyes and Schiff bases having thesame benzothiazole/phenol skeleton: syntheses, crystal structures andspectroscopic properties, Dyes and Pigments , 2012 , 92 , 916–922. 38. Xiao-Chun Chen, Tao Tao ,Yin-Ge Wang, Yu-Xin Peng, Wei Huang, Hui-Fen Qian, Azo-hydrazone tautomerismobserved from UV-vis spectra by pH control and metal-ion complexation for twoheteroclic Disperse Yellow dyes, DaltonTrans. , 2012 , 41 ,11107–11115. 39. Feng Xu, Yu-Xin Peng, Bin Hu, TaoTao , Wei Huang, Comparative structural and spectral analyses formononuclear and dinuclear metal complexes of 2-thiophen and 2-(5-bromothiophen)imidazo phenanthroline, CrystEngComm , 2012 , 14 , 8023–8032. 2011 40. Jiao Geng, Tao Tao , Shu-Jun Fu, WeiYou, Wei Huang, Structural investigations on four heterocyclic Disperse Red azodyes having the same benzothiazole/azo/benzene skeleton, Dyes and Pigments , 2011 , 90 , 65–70. 41. Jiao Geng, Tao Tao , Ke-Hua Gu, GangWang, Wei Huang, Two air oxidation copper(II) complexes of salicylaldehydederivatives obtained by in situ copper(II) ion catalysis and complexation, Inorg. Chem. Commun. , 2011 , 14 , 1978–1981. 42. Li Wang, Tao Tao , Shu-Jun Fu, ChengWang, Wei Huang, Xiao-Zeng You, Linear extension of bithiophene compounds bythe combination of C–N covalent bond cross-coupling and N–Ag coordinative bondformation, CrystEngComm , 2011 , 13 , 747–749. 43. Feng Xu, Bin Hu, Tao Tao ,Wei Huang, Supramolecular frameworks composed of copper(II), zinc(II), andferrous(II) complexes having 3-bromo or 3,8-dibromo-1,10-phenanthroline ligandwith different molar ratios of metal and ligand, Struct. Chem. , 2011 , 22 , 123–133. 44. Bin Hu, Shu-Jun Fu, Feng Xu, TaoTao , Hao-Yu Zhu, Kou-Sen Cao, Wei Huang, Xiao-Zeng You, Linearheterocyclic aromatic fluorescence compounds having various donor-acceptorspacers prepared by the combination of Carbon-Carbon bond and Carbon-Nitrogenbond cross-coupling reactions, J. Org.Chem. , 2011 , 76 ,4444–4456. 45. Shu-Jun Fu, Li Wang, Tao Tao ,Bin Hu, Wei Huang, Xiao-Zeng You, Zinc(II) and cadmium(II) coordinationpolymers mediated by rationally designed symmetrical/asymmetrical V -shapedheterocyclic aromatic ligands exhibiting different supramoleculararchitectures, CrystEngComm , 2011 , 13 ,6192–6199. 2010 46. Bin Hu, Feng Xu, Shu-Jun Fu, TaoTao , Yang-Nian Wang, Wei Huang, Alteration of molecular conformationsand spectral properties for nickel(II), zinc(II) and copper(II) complexeshaving 3,8-di(thiophen-2',2''-yl)-1,10-phenanthroline ligands. Inorg. Chim. Acta , 2010 , 363 , 1348 – 1354.
Introduction Ladies and gentleman, good afternoon. My name is You Wei. I am a teacher of geodesy in the faculty of geosciences and environmental engineering of this university. I have been married in 2010, and I am very happy to have a baby in February of this year. Recently I have been doing some research about satellite gravity, but our chinese research level is limited in this field. Germany are good at doing research of satellite gravity, so I hope to meet the English requirements of my government to go to German to continue my research thus broadening my horizon. I have been in Chengdu for 10 years, but I do not like Chengdu. I like Shenzhen city very much, because my wife and my son areboth in Shenzhen, and in Shenzhen we can see the sun almost everyday. At last, I have a question, teacher Paul. You said last time that you have been lived in German several years ago. I want to know when I come to German, can I communicate with each other in English or in Germany? That's all, thank you.
那是4月份的一个雾罩的清晨，一个典型的南方春天的清晨。一如既往骑着自行车从图书馆的湖边经过，惊喜地发现湖两边的月季已悄然绽放。月季素有“花中皇后”的美称，她的美丽让我每每经过时，都会忍不住停下自行车，走过去看一看。 8月份月份的一个早晨，打开邮箱发现科学网的一封邮件：Congradulations!You application to ScienceNet.cn's service has been approved!心里非常高兴，也很感恩！所以，我很谨慎地对待在科学网的第一篇博文。思来想去，决定拿出4月份拍的月季花，虽然拍的不是很好，但是不妨碍美丽的月季带给我们的美好感觉，希望各位科学网的朋友喜欢。 同时，附上一个简短的自我介绍： 迟日江山丽，春风花草香：是我的博客名称。（这是杜甫的一首诗《绝句》的其中一句，这句话中包含着我的名字。此外这首诗描画了一幅明丽和谐的春色图，突出了春天日光和煦、欣欣向荣的特点，这与现实中我阳光开朗的性格相符合。所以，非常喜欢，并作为博客的名称） 我是一名来自福建闽南的女孩，同时也是一名茶乡的女孩（喜欢喝茶）。目前我是2011级行政管理专业研究生，研究方向初定为：公共政策。希望在科学网这个平台上结交新朋友、好朋友。
“好好学习，天天向上”，今天参加完了博士入学考试的面试，会后，一位担任考官的老师见面的第一句话就是这句。当然，他不忘再加一句“祝贺你”。朴实中蕴含着希望和鼓励。 英语的自我介绍是这样说的：Good afternoon professors.I'm glad to be here for this interview.First let me introduce myself.I come from Gansu province.I graduated from the college of humanities of XiDian university in July 2002.My major is Marketing.After I graduated from university,I have been working in Beijinginstitute of management of Chinese Academy of Sciences and Graduate university of Chinese Academy of Sciences.In 2010,I received my master's degree on management science and engineering through in-service training in Graduate university of Chinese Academy of Sciences.My topic is"The impacts of Beijing Olympic games on the attitude and behavior of young students."I have published more than ten papers and fifty news reviews about public policy and higher education reform.This is my introduction.Thank you very much. 这么简单的一段文字，由于语速快，发音不够准（尽管在正式面试前，在外语系的图书资料室，两位年轻的专业外语老师逐一纠正了发音，而且，我背诵多遍），使部分老师似乎没有听懂。随后问我大学在哪儿上的，发表的论文都是哪些刊物等等。 随后的问答，在轻松的氛围中度过，不过问题都是绵里藏针，诸如你所报考的导师的文章著作是否读过，以后打算做哪方面的题目，怎么协调工作和学习的关系，等等。 有意思的是，一位老师说到我的博客（不知是否就是科学网博客？）不错，另一位老师马上说写论文和写博客是不一样。我连声表示同意。如果说我在科学网的博客不错，真是有点对不起这个火热的平台，也十分感谢这位老师的赞赏，我将近半年都没更新一篇文章了。 这关总算过了。接下来还有很多的关，但愿我能想面试时说的一样，不动摇、不懈怠、不折腾，早日拿到学位。
我是谁？坦诚地讲，至今我还不能完全回答这个问题。不是故弄玄虚，因为我们本身并不能很好的了解现在的自己，只缘身在此山中。对于未来我们往往缺少预见性，回过头去我们看的可能更清楚，而对于现在也许依旧迷茫。生活到处都是随机事件跟偶然事件，也就是通常所说的机遇或者运气，这个无法预见，一个意外，一个事故就可以结束一个人生，所以人在命运面前是渺小的。每个人生的起点跟终点都是一样，真正区别于他人的是中间过程。阿甘的妈妈说的好：Everyone has a destiny, you have to figure it out yourself. 人的内心应该可以足够强大，跟随本心，活在当下，做好现在的我，凡事自然水到渠成，这也是庄子的思想。很多时候我们并不真正了解自己的内心，这对于我也仍是个难题，但至少我开始思考。虽然思考了也未必能知道，但是我知道不思考一定是不知道的。促进自己深层次的思考，与内心对话，并用文字整理出来与好友一起讨论，这也正是我筹备写博客的原因之一。 现在，言归正传，讲讲我所知道的自己，首先，我现在的名字：杨仁斌。其实之前一直用杨斌这个名字，这是我的爷爷命名的，顾名思义：文武双全嘛。中间那个字是我在家族谱上的辈分代号仁，高中的时候加到了身份证上面，以后就沿用至今。在百度搜了下，全国至少有几万人用杨仁斌这个名字。而且在不同场合我还有不同的代号：在玉米那里我叫木头，在大学挚友那儿我叫二子，在实验室里我叫阿仁，当然每一个名字都有他代表的特殊意义和情感，但并不全面，撇除了这些，名字没有任何意义。 名字多少都有点心寄托在里面的。我出生在湖北老家孝感的一个小村庄，4岁到了父亲的部队里，然后便辗转于京郊各处的驻地，上学之前的生活是无拘无束的单纯，上学之后生活似乎被赋予了太多意义。作为家中的长子长孙，从出生起，就被寄予厚望。我的初中跟高中都在北京十中度过的，生活的全部几乎就是背书跟考试了，思考仅停留在书本上，对于自己对于将来总是不切实际的幻想，一度对爱因斯坦很着魔，曾经试图去读懂相对论，后来发现这个念头对于考试没有任何帮助，但是科学的种子还是在心里扎下根。当时二叔已经是一名年轻的生物学家，在他的感召下，我最终没有延续父亲的事业，而是报考了中国农业大学的生物专业，并顺利地被录取。然而到大学我发现我对生物学并不了解，而且其实并不感兴趣。我高中的兴趣在数理化中的推理和思维，但是生物学的基础素质在于掌握概念的理解力跟做实验的动手能力。这与我最初的想象大相径庭，我因此变得非常茫然。虚度了三年时光后，我开始挣扎着考研，第一年自然没中，第二年破釜沉舟，最终成为中科院生物物理所的一名硕博生。 为荣誉而战，我只是想证明：我能行。然而这几年来数次碰壁，对于真正的科研世界，我其实依旧茫然。探索未知，攀登科学的路从来就不是容易的。回顾过去，我从来不缺少学习的能力，但是缺乏对生活独立的思考跟见解。当思想上的苦难来临的时候也正是思想成长的时候，遂在这儿开博发文儿，以此搭建学习的平台，记录成长的经历。 PS：特别感谢 redondoself 跟玉米的支持
来科学网开博不觉已经一年多了，每当看到别人的博客，尤其是不熟悉的博主的，总是想：要是能有一篇自我介绍，哪怕是简简单单的一篇，能让我对博主有一定了解该有多好啊！然而博客始终是自己的地盘，我虽然有这样的想法但却以为直接建议人家写一篇自我介绍是不礼貌的，所以也从提过这样的建议。我想看我博文的人，是否也有一些会这样想呢？了解作者的背景有助于理解博文的观点，所以我在这里的第一篇就先简单介绍一下自己吧！ 我本科毕业于中南大学湘雅医学院，专业是临床医学，后考入北京大学医学部外科学读研。北医的研究生分两种：临床技能型和临床科研型，我当时是以临床技能型考过来的，由于自己喜欢科研，所以去年主动申请转为了科研型的研究生（据研究生院的老师说是有史以来第一人，呵呵）。从高中开始就反对学校教育制度，当时花在课内学习的时间不多，却看了许多课外书，例如批判教育体制、批评贪污腐败、人物传记及生物科学方面的书，上大学后看了更多的书，至今仍很关注教育体制的弊端，但是已经决定把一生交给科研。 我认为现在教育体制的最大弊端之一就是扼杀了学生的创造力，例如老师不会鼓励学生提出问题，考试总有标准答案等。所以我极重视创新，也一直按创新思维的习惯来要求自己。例如对于一个问题如果已经有了一种解决方法，我会问自己还有没更好的方法？对于一个结果，我会想有哪些可能的原因而不是提出一个原因。同样，有时我也唱唱反调，因为逆向思维同发散思维一样是创新思维的特点。例如当很多人都研究 nich 细胞对干细胞的影响时，我就会想：那干细胞对 nich 细胞又会有什么影响呢？已有研究表明，没有了 nich 细胞干细胞就会分化，那假如没有了干细胞 nich 细胞是否会凋亡、萎缩呢？我还喜欢问很多的问题（当然是问自己，不是问老师），在我看来，“问题学生”才是好学生，能从平常的事情中提出问题是一种能力，打破砂锅问到底是科研工作者的基本素质之一。 其实现在的研究生愿意将来做科研的真的不多。友谊的基础是共性，即共同的价值观、共同的兴趣爱好和人生追求。渐渐地发现自己的朋友越来越少，因为越来越没有共同语言了。当我矢志踏上科研之路时，才发现自己离大家越来越远。所以也希望通过博客认识同样爱好科学的朋友，如果您热爱科研而不把它当成追求名利的工具，如果您不迷信权威、有自己的思想，如果您不愿平庸的度过一生（生物医学方面最好）同龄人，那么我很乐意认识您。如果是老师我也愿意向您请教。我现在经常思考的问题是：科研工作者需要具备那些知识，素质和能力？应该怎样获得这些知识、能力和素质？哪些生物医学问题是最重要的问题？比较喜欢阅读科学家传记，对干细胞、异种移植、 DNA 测序、基因治疗等领域感兴趣。 博客其实是记载自己思想的一种方法，也许可以称为“思想日记”。既然是日记，就只能是现在的想法，所以很可能是不成熟的。也许我现在认为正确的观点，以后就不会这样认为，所以我的博文只代表自己当时的思想。否定是进步的表现之一，当有一天我发现自己以前的想法其实是错误的时候，也就代表着我的思想又进了一步。所以我很希望多年以后我再回头看自己的博文时，我会笑着说：那时的我是多么幼稚啊！同样，我也希望别人提出批评，如果能使我发现自己的错误，我将感激不尽。但是我有自己独立的思想，我不会因为别人的一句简单的不同意就会放弃自己的观点，只有论点没有论据和论证的反驳一般无法使我信服，不管评论者是教授博导还是院士。
标签: 自我介绍
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