When a theoryhad been elaboratedenoughclearly, when a public lecturethenreceivedso the applause of scalein the link of speech, the link of inquiryinsteadseemedsomewhatunnecessary.
当一个理论已经被阐述得足够清楚,当一场报告会在演说的环节便赢得了如此规模的掌声,提问的环节反而显得有些多余了。Naturally, is inquiring the linkto stand the person of inquiry is still many.
当然,在提问环节站起来提问的人依旧不少。Butregardingtheseissues, Lu Zhoualso11 conducted explainedin detail.
而对于这些问题,陆舟也都一一进行了详细地解答。Raises handnoMRS conferencecompared withone, thiswithout doubtis a hearteningprogress.
比起一个举手都没有的m会议来说,这无疑是个振奋人心的进步。Thisis at least explaining, the audienceon the sceneare true, perceivedhistheory, not onlypurelytocoverownignorancewith the applause.
这至少说明着,在场的听众是真正的,将他的理论听进去了,而不只是单纯地为了用掌声掩盖自己的无知。
After the public lecturebreaks up, the doctors of severalHumboldtUniversitiesran the platform, looked forLu Zhouto want the signatureexcitedly, said that tocommemoratethiswas possibly written down the instance of chemistryhistory.
报告会散场之后,有几个洪堡大学的博士跑上了讲台,兴奋地找陆舟要了签名,说是为了纪念这个可能被载入化学史的瞬间。Althoughdoes not think that the historywill recordthistrivialminor matter, butLu Zhousatisfiedtheirrequest, wrote downownnameintheirtextbooksillegibly.
虽然并不认为历史会记载这种琐屑的小事,但陆舟还是满足了他们的请求,在他们的课本上潦草地写下了自己的名字。Arrivedbeforestagesecretly, ProfessorAitrewalkedtoLu Zhou, saidwith the earnestsound.
从台前走到了幕后,埃特尔教授向陆舟走了过来,用认真的声音说道。„Regardless ofNobelcommitteewhetherapprovesyourtheory the value, Iwill recommendyournametoSwedishImperial FamilyScientificSchool.”
“无论诺贝尔委员会是否认同你的理论的价值,我都会向瑞典皇家科学学院推荐你的名字。”Lu Zhougawkedslightly, immediatelysaid with a smile.陆舟微微愣了下,随即笑道。„Thanks.”
“谢谢。”„Is impolite,”looks atLu Zhou, ProfessorAitrealsosmilescomfortably, „shouldsaythose whothankiswe, thankedyouto take toBerlinthispublic lecture, Iverylonghave not listenedto reportsplendidly. AlthoughIam unable to guarantee that youcanobtain the favor of Nobel prize, butIfelt,at leastwasyouby the honor of Nobel prizenomination.”
“不客气,”看着陆舟,埃特尔教授也宽慰地笑了笑,“该说谢谢的是我们,感谢你将这场报告会带给柏林,我已经很久没有听过如此出色的报告了。虽然我无法保证你能获得诺贝尔奖的青睐,但我觉得,至少被诺贝尔奖提名的荣誉属于你。”According to the evaluationrule of Nobel prize, onceNobel prizewinnershad the qualifications of recommending the candidate.
按照诺贝尔奖的评选规则,曾经的诺贝尔奖获得者都拥有推荐候选人的资格。However there is nothing to be worthexcitedly, after allevery year the electedcandidatetypicallyhas1000to2000people, aftertworounds of screening, finallycanwin the Nobel prizeonly hasone.
不过这并没有什么值得兴奋的,毕竟每年被推选的候选人通常有1000到2000人,经过两轮筛选之后,最终能获得诺贝尔奖的只有一个。In principlecannotdisclose the candidate, nominates the informationstrictlyto keep secretin 50 years.
原则上是不能透露推荐人的,提名信息在50年内严格保密。Howeverininitialrecommendationlink, thisstipulationnotbystrictdeference.
不过在最初的推荐环节,这个规定并没有被严格的遵守。According to the victory speech of someNobel prizewinner, exists at least inNobelphysiology and prize for medicine„, IrecommendedyoutoSwedishImperial FamilyAcademy of science”suchjoke, butwill usually have been readin the lifebyteasingin the unease sitting or standinglongestoneyear, makes knownuntil the final outcome of October.
根据某位诺贝尔奖获得者的获奖感言,至少在诺贝尔生理学和医学奖存在着“嘿,我向瑞典皇家科学院推荐了你”这样的玩笑话,而被调侃者通常都会在坐立不安中读过人生中最漫长的一年,直到十月份的最终结果揭晓。Naturally, the prize for peace and prize in literaturedo not needto raise.
当然,和平奖和文学奖就不必提了。Even the lotterycompanycan„guess correctly”ahead of timeby the list of nominator, before the listmakes knownopens, thesetwoaward itemshad been fumbled and broken up the show.
连博彩公司都能提前“猜到”被提名者的名单,并且在名单揭晓之前开盘,这两个奖项早就已经被玩坏了。Lu Zhoucracks a joke saying: „Youshould nottellme, thisto methere is no pleasant surprise.”陆舟开玩笑道:“你不应该告诉我,这样对我来说就没有任何惊喜可言了。”Aitrehahasmiles: „Is only the nomination, leavingis too excited. Whenyouarrived at my age, canholdto go homeNobel'smedalto be good.”
埃特尔哈哈笑了笑:“只是提名而已,别太激动。等你到了我这个岁数,能把诺贝尔的奖牌捧回家就不错了。”Lu Zhoumade a helplessexpression.陆舟做了个无奈的表情。„Thisalso...... tooattacked the person.”
“这也……太打击人了吧。”Wins the Nobel prize is not quite truly realisticby a noveltheory, the lotsrequire the timeto examine.
凭借一个新颖的理论拿下诺贝尔奖确实不太现实,很多东西都需要时间去检验。Buthefelt,even so, oneselfalsohas no need foronbeing so longprobably......
但他觉得,即便如此,自己大概也用不着等上那么久……
......
……Regarding the Nobel prize, Lu Zhoudoes not worry, not, because the recommendation of ProfessorAitreproducesanxiouslyany.
对于诺贝尔奖,陆舟并不着急,也并没有因为埃特尔教授的推荐产生任何焦虑。Hefelt,regardingoneself, the medalisto the oneapproval of oneselfresearch results, actuallydoes not urgehimto be engaged in the motive of someresearch.
他觉得,对于自己而言,奖牌是对自己研究成果的一种认可,却并非促使他去从事某项研究的动机。Heis young, the futureroad will be very long.
他还年轻,未来的路还很长。Doesownresearchsafely, when the fatearrived, shouldbehisthing, sooner or laterwill have.
安心做自己的研究,等缘分到了,该是他的东西,早晚都会有。No matterhowandLu Zhouregardsowntheoryas well ashangsin that medal of top of the head, almostafter the public lectureended, the entiretheorizededucational worldthereforecaused a stir.
且不管陆舟如何看待自己的理论以及悬在头顶的那枚奖牌,几乎就在报告会结束之后,整个理论化学界都因此而轰动了。
The echo of thisstir, publishescompared with the Lu Zhoupaperby farat firstwhen«jacs»onwantsintensemany.
这种轰动的反响,远远比陆舟的论文最初刊登在《jacs》上时要强烈的多。Just like the millenniumdifficult problem in math, chemistryalsohas the difficult problemthat must be solved immediately.
与数学中的千禧难题一样,化学界同样存在着亟待解决的难题。Buttheseissuescannotsummarizewith the simplelanguagelike the conjecture, even„whois more important”thisissueto be controversialin the majorschools of thought.
只不过这些问题不像数学猜想那样可以用简单的语言进行概括,甚至连“谁更重要”这一问题在各大学派中都存在争议。However, even ifdisputedexists, reached the agreementinsomeplaceinternationaltheorizationeducational worlds.
不过,即便争议存在,在有些地方国际理论化学界还是达成了共识的。For example when asof the 21 st centurychemistry the heads of fourbigdifficult problem, howto establish the preciseeffectiveanduniversalsuitablechemical reactionincluding the polysomequantum theories and statistical theories, is one of them.
比如作为21世纪化学的四大难题之首,如何建立精确有效而又普遍适用的化学反应的含时多体量子理论和统计理论,便是其中之一。Thisreadsomewhatto be as if incoherent, describedwith the simplelanguage is, howaccuratelyspeed of computational chemistryresponse? Howto determine the way of chemical reaction? Howto determinecatalyst that needsto use?
这念起来似乎有些拗口,用通俗的语言进行描述便是,如何准确地计算化学反应的速率?如何确定化学反应的途径?如何确定需要用到的催化剂?Andhow, to standin the altitude of theory, answeredallissuesso forth.
以及,如何站在理论的高度,回答所有诸如此类的问题。
The theoretical model of galvanochemistrystructure interface, correspondenceissomekind of issue in this/shouldproposition.
电化学结构界面的理论模型,对应的则是该命题中的某一类问题。Makes not appropriately, butveryvividanalogy, establishment of thistheoretical model, regarding„chemistryfourbigcenturydifficult problems” the significance, is equivalent toHardy Littlewoodtheoremprobablyin the Riemann hypothesis.
做个不恰当但很形象的比喻,这个理论模型的建立,对于“化学界四大世纪难题”的意义,大概就相当于哈代-李特尔伍德定理之于黎曼猜想。„Hardy Littlewoodtheorem”determined„non-ordinaryzeronumber of Riemannfunctionincertainsectoris not smaller thankt”, but„the theoretical model of galvanochemistryinterface structure”determined„microscopicchemical reactionprincipletheory of somekind of chemical reaction”.
“哈代-李特尔伍德定理”确定了“黎曼函数在一定区间内的非平凡零点数目不小于kt”,而“电化学界面结构的理论模型”确定了“某一类化学反应的微观化学反应理理论”。After the Lu Zhoupublic lectureended, Max Plancksciencepromotionlearned of Germanyon„the theoretical model of galvanochemistrystructure interface” the interdisciplinaryproject group of being established, announced the supportstandpointonthis/shouldtheory.
就在陆舟的报告会结束之后,德国的马克斯・普朗克科学促进学会就“电化学结构界面的理论模型”成立的跨学科课题小组,宣布了对该理论的支持立场。Whatis quite interesting, afterMPIindicates the standpoint, once onpublished the scienceto commentinNature, heldProfessorMartin Karplus of optimisticstandpointtothis/shouldtheory, was almost follows, inchemistrywithstood/toppublication«jacs»onpublished a paper.
比较有意思的是,就在马普所表明立场之后,此前曾在《自然》上发表科学评论,对该理论持乐观立场的马丁・卡普拉斯教授,几乎是紧随其后地在化学界顶刊《jacs》上刊登了一篇论文。In the paper, ProfessorCaprassequotedLu Zhouin the paper that «jacs»onpreviouslypublished, gave an explicitexplanationfromtheory the zeroelectric chargeelectric potential of angletopolytropismmetal electrode.
在论文中,卡普拉斯教授引用了陆舟在《jacs》上此前发表的论文,从理论的角度对多晶金属电极的零电荷电位给出了一个明确的解释。Before then, thisis regarded as the galvanochemistryand a theoretical chemistrydomainclassicaldifficult problem.
在此之前,这被看作是电化学、理论化学领域的一个经典难题。Although„the zeroelectric chargeelectric potential of polytropismmetal electrode” the existenceis without a doubt, butabout its chemistryessence under formation mechanismas well asmicroscopicconditiondid not have a conclusion.
虽然“多晶金属电极的零电荷电位”的存在性是毋庸置疑的,但关于其形成机理以及微观条件下的化学实质却一直没有一个定论。Howeverin„the theoretical model of galvanochemistryinterface structure”under the frame, solvingthisproblem seems not a verydifficultmatter. At least, compared withfrom„the firstprinciplecomputation”angleMove outstudiesthisissueto wanteasymany.
然而在“电化学界面结构的理论模型”的框架下,解决这一问题似乎并不是一件很难的事情。至少,比起从“第一原理计算”的角度出发去研究这个问题要容易的多。
Obviously, thisrewards the big shotto settle onthistheoryfinallytwomonths ago to succeed, thereforeearlythen„bet of”onit. Thereforethispaper, the meetingcansopromptsends.
很显然,这位诺奖大佬早在两个月前就已经看准这个理论最终可以成功,所以早早地便在它身上“下了注”。所以这篇论文,才会能如此及时的发出来。Nowlooks like, hewasbetsobviouslyright.
现在看来,他显然是赌对了。Has the interest in thisbrand-newtheory, is not only Martin Karplus.
对这个崭新的理论产生兴趣的,不仅仅是马丁・卡普拉斯。Since the conclusion of public lecture, more and more theorizededucational worldpeer, and even the researchers of applied field, showed the strong interest in thisset of theory.
随着报告会的结束,越来越多的理论化学界同行,乃至应用领域的研究人员,都对这套理论都表现出了浓厚的兴趣。Compares„the kohn-shammethod that” the computed result and realityexistin a big waycome and go outas well as„density functional theory”, the theoretical model of thisgalvanochemistryinterface structurecustomizesfor the galvanochemistrynature of research materialsurfacesimply, has very strongguidanceregarding the research of high polymerdomain.
相比起计算结果与现实存在较大出入的“kohn-sham方法”以及“密度泛函理论”而言,这个电化学界面结构的理论模型简直就是为研究材料表面的电化学性质量身定做的,对于高分子领域的研究有着很强的指导性。Especially, calculates the material sciencedoctorto the computational chemistry, the emergence of thisnewtheory, to themwithout doubtis a gospel.
尤其是对于计算化学、计算材料学的博士来说,这个新的理论的出现,对他们而言无疑是一个福音。At least, theirbosses, now are also manyto keepreason in the research teamthem.
至少,他们的老板,现在又多了一个把他们留在研究团队里的理由。When the outside worldwas guessingLu Zhoucanbecause ofthistheorybecomes the youngestNobel prizewinner, GermanChemistrySocietyinnot making a soundhad made the decision.
就在外界猜测着陆舟会不会因为这个理论而成为最年轻的诺贝尔奖获得者的时候,德国化学学会已经在不声不响中做出了决定。In order tocommendoutstandingcontribution of thistheoretical modeltochemistry, GermanChemistrySocietyafterdiscussion decided that founder who awardsthistheory, a significantmedal......
为了表彰这一理论模型对化学的杰出的贡献,德国化学学会经讨论之后决定,授予这一理论的开创者,一枚意义非凡的奖章……
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