The proofprocess of Poissonlaw of averageswas not relatively speaking complex, wrote the paperwords, a bigpaperwas enough. HoweverkingQiis suppressing the impulsion of finishing, onlywrites down the discussioncontentin the compendium of thispiece of paper.
泊松大数定律的证明过程相对而言并不复杂,写成论文的话,一篇大论文足够了。但是王崎强忍着写完的冲动,只在这片论文的提纲里写下一些讨论性的内容。„After all must leave a positionto ask a thatmuscleto join.”kingQisaid.
“毕竟要留点位置请那个一根筋加入来着。”王崎如此说道。However, onlypays great attention to the papercontentunlike the divine land the atmosphere, the Eartheducational worldjudges a standard of researcheralsoveryto pay great attention to the papernumber. Breaksto turn intotwocompletepaper and previousconclusion a piece of paperis the technology of latterargument, kingQimanywill be.
不过,与神州只注重论文内容的风气不同,地球学界评判一个研究者的标准也挺注重论文数目的。把一片论文破开变成两篇完整论文、前一篇结论是后一篇论据的技术,王崎多少还是会一点。
After writing the bigthispage, under kingQithislends money, preparesto askthinXiaoyato discuss, completes.
写了大本页之后,王崎把这一盘放下,准备找薄筱雅讨论之后再完成。„Ok, whatthendid?”
“好了,接下来搞什么呢？”SeeskingQito ponder diligently, reallyclarifiedmention of childgood intention: „Ias ifremember, in yournowlawscultivate/repairstudyone plus oneto be equal totwomathematics problemsare very hot? It seems likecalls the brightabacus calculation? Why don't youtry?”
见王崎冥思苦想,真阐子好心的提到:“我似乎记得,你们今法修里研究一加一等于二的算题挺火的？似乎是叫明珠算？你为何不试试？”„Pearlis the theory of numbersdomain, does not gatherwithmecaret-shaped- particularlyremembersthismathematics problem unable to bearrememberChen Jingyun, thenhas‚laborto stayingodCapitalthisdamned place is wrong of thatbastard’idea”kingQiis grinning: „Furthermore, the brightabacus calculationis notone plus oneis equal totwo, is a prime numberadds a prime numberto be equal to an even number, writes ( 1 + 1 ), is not1 + 1.”
“明珠算是数论领域,和我八字不合-尤其是想起这个算题就忍不住想起陈景云,然后就有‘劳资呆在神京这鬼地方全是那混蛋的错’的想法”王崎咧着嘴:“再者,明珠算可不是一加一等于二,是一个质数加一个质数等于一个偶数,写作,不是1+1.”
The pearlcalculates,Earthcalls it the Goldbach's conjecture. Moreoverwhat is interesting is that thismathematics problemis„digs”in the divine land, moreoveris also relatedwithBo. The thinsong of solomonandthinYuehanthisgeneration of brothers, thisperson'sattainmentsinmathare not strong, actuallygoodsons, namelyBofourthfree and unfetteredmemberthinLigu. thinLiguandhisyounger brotherthinLierare equally goodto travel., Hetravelled for pleasureto a vestige on the when 1st, made a connection withone, unexpectedly before accidentallycave mansion of memberancientSuanjia. In the middle of the cave mansioninherits, treasureandcompounded drugto be all unworthyexposes to the sun, but the bead is very interesting, becauseonthisbeadis carvingtogetherbefore not famousmathematics problem.
明珠之算,地球称之为哥德巴赫猜想。而且有趣的是,这个算题在神州是“挖出来”的,而且也与薄家有关。薄雅歌、薄月翰这一代还有一个兄弟,此人在数学上的造诣不强,却有一个好儿子,即薄家第四位逍遥修士薄离诂。薄离诂和其弟薄离尔一样好游历。一日,他游历至一处遗迹时,竟无意中打通了一处前古算家修士的洞府。洞府当中传承、宝物、丹药皆不值一晒,但是有一颗珠子却特别有意思,因为这颗珠子上刻着一道在前古并不出名的算题。Anyoneis bigger thantwoeven numbers, whethercanwrite the sums of twoprime number?
试问,任一大于二的偶数,是否都可写作两质数之和？Thismathematics problemglances at is very as if simplethickly, judgedwith the intuition,most peoplewill thinkitis right. Ifmustprove,also is very abstruse.
这道算题粗粗看来似乎很简单,凭直觉判断,大多数人都会觉得它是对的。但是若是要证明开去,却又无比艰深。Becausecarvesabove a pearl, calls it„the pearl on operationroyal crown”byeveryone, the pearlcalculates.
正是因为刻在一颗明珠之上,是以所有人都称其为“算理冠冕上的明珠”,明珠之算。【Note: InEarthhistorical, the Goldbach's conjecturewas writtenbyGoldbachin a letter/believes, thisletter/believesmailstoEuler. Then, Euleris the student of John Bernoulli, withDaniel Bernoulliis the same side of liking brothers, is really also sincerewithNicolas Bernoullipersonal friendship. ButGoldbachis the pen paladds the travelerwithNicolas Bernoulli. Onegroup of people who thiselder brotherseveralstudy the Goldbach's conjectureearly. ButGoldbachis not a mathematician, onlyleaves behind a suspicion, thereforethisbookchanged a wayto makehimexist】
【注:在地球的历史上,哥德巴赫猜想被哥德巴赫写在一封信上,这封信是寄给欧拉的。然后,欧拉是约翰・伯努利的学生,和丹尼尔・伯努利是情同手足的同门,和尼古拉斯・伯努利也私交甚笃。而哥德巴赫又与尼古拉斯・伯努利是笔友加驴友。这哥几个是最早研究哥德巴赫猜想的一群人。只不过哥德巴赫不是数学家,只留下一个猜想,所以本书换了一种方式让他存在】„Cannot master......”
“搞不懂啊……”kingQisighed: „Youthinkcarefully should also know, Chen Jingyunhisidleegghurtsto studyone plus oneto be equal totwo......, is not right, probablyreallyhasto calculate the family/homeprostate glandhealthworryingly......”
王崎叹道:“你仔细想一想也应该知道吧,陈景云他闲的蛋疼去研究一加一等于二啊……啊,不对,好像真的有算家前列腺健康堪忧……”Studiesone plus oneto be equal to that twomathematicianshave.
研究一加一等于二的数学家不是没有。Moreis the naturalmattermore is to make peoplethink that had no wayto say a reason why, one plus onewas equal totwois the most typicalexample. Isindividualknows that one plus oneis equal totwo, but, how manypeoplethere are ableto sayone plus onewhyto be equal totwo?
越是理所当然的事情就越是让人觉得没法说个所以然,一加一等于二就是最典型的例子。是个人都知道一加一等于二,但是,有几个人能够说出一加一为什么等于二吗？If the generaldifficult problemismostmathematicianscannot understand, thenthisdomainiseveryonecan understand, butwantsto advanceonestep is not actually ableto start.
如果说一般的难题是大多数数学家都看不懂,那么这个领域就是大家都看得懂,但是想要推进一步却无从下手。Without a doubt, cansay„whyone plus onewas equal to that two”said a reason why, canin the apex that thismostbasic fieldrose to challengesbe the family/home.
毫无疑问,能说出把“一加一为什么等于二”说出个所以然的,都是能够在这个最基础领域披荆斩棘的顶尖算家。„OnlythisworldhasPinoiaaxiompitifully.”kingQishakes the head, thought that does not bumpthis is quite good. Thistopicdid not sayabstrusely, moreoveris unpopular, even ifwill draw inthinXiaoyanot to haveseveralpeopleto pay attention, not worth it, not worth it. The Peano axioms are Euclidaxiomhave the importantaxiom of equal statusobviously, but the fameactuallymissed a Euclidaxiomincessantlystreet.
“只可惜这个世界早就有皮诺亚公理了。”王崎摇摇头,觉得不去碰这一块比较好。这个题目艰深不说,而且并不热门,就算拉上薄筱雅也不会有几个人关注,划不来,划不来。皮亚诺公理明明是和欧几里得公理拥有同等地位的重要公理,但名气却差了欧几里得公理不止一条街。At this time, kingQirememberedanotherissue: „Wordssaid,thisdomainfoundationwas excessive, generallydoes not know that whatdoesn't affect...... Iwhyto remembertothissuchfirmly?”
这时,王崎又想起另一个问题:“话说,这个领域基础过头了,一般不知道也不影响什么……我为什么对这个记得这么牢呢？”
The words that the knowledgedoes not usefrequently, will forgetgradually. Althoughwhy the Peano axiomshaveaboutone plus oneare equal totwo, butdoes not know that thisdoes not affectto calculateone plus oneto be equal totwo.
知识不经常用的话,会渐渐遗忘。皮亚诺公理虽然是有关于一加一为什么等于二的,但是不知道这个也不影响计算一加一等于二。HowIremember that was so ripe, mentionedslightlythought.
我咋就记得这么熟了,稍微提到就想了起来。Suddenly, in the middle ofkingQi the mind the miraculous glowflashes.
突然,王崎脑海当中灵光一闪。„This...... seems likewiththatbigeventis related.”
“这个……似乎是和那个大事件有关啊。”
The Hilbert's program, the 20 th centurywas biggest the most famousmathematicalresearch.
希尔伯特计划,二十世纪最大最出名的数学研究。In the early 20 th century, the emergence of paradoxRussellparadox, causedat that time the enormousvibration of mathematics circlesandlogicparticularly. Itattackeddirectlyfor the math and logicaldivision/discipline of rigorouslybeing famous, vacillated the crediblestandard of traditionalmathematical concept, the mathematicalpropositionandmathematics method, in other words the emergence of paradoxrelates to the foundation layingissue of entiremath, thuscauses the so-calledthirdmathematical foundationcrisis. LeaderHilbert of mathematics circlestosolvethiscrisis, forsolutionallmathcrises of getting it over and done, launched the Hilbert's program. The main objective of thisplan, isto provide a saferationalefor the completemath. Theprincipal part, is the completeness, compatibility and decidabilityproof.
20世纪初,悖论尤其是罗素悖论的出现,引起了当时数学界和逻辑界的极大震动。它直接冲击了以严谨著称的数学和逻辑学科,动摇了传统的数学概念、数学命题和数学方法的可信性标准,也就是说悖论的出现关系到整个数学的奠基问题,从而引起所谓第三次数学基础危机。数学界的领袖人物希尔伯特为了解决这次危机,更为了一劳永逸的解决所有数学危机,发起了希尔伯特计划。这个计划的主要目标,是为全部的数学提供一个安全的理论基础。其主体部分,就是完备性、相容性、可判定性的证明。Then, inthisplan, Goodallproved the incompletenessaccidentally/surprisingly.
然后,在这个计划当中,哥德尔意外的证明了不完备性。Turingalong the determinationproof that Goodall'smentalitycompletes, andaccording tothistimeinmathematicalbreakthroughlogically, improved the computertheory.
图灵沿着哥德尔的思路完成的判定性的证明,并根据这次在数学逻辑上的突破,完善了计算机理论。kingQijumpedsuddenly, takes out„netbook that”Su Junyudeliversfrom the storagebag, enters the immortalpledgeto startto inquireby the library.
王崎突然跳了起来,从储物袋当中取出苏君宇送的“上网本”,进入仙盟论文库开始查询。„Keyword, the proof theory...... reallyhas! Thenyes, inbornnumber【Natural number】, Arithmeticsystem......”
“关键词,证明论……果然有！然后是,天生数【自然数】,算术体系……”Withsupplement of keyword, demonstratedby the libraryin the theoryliterature of comes less, finally, kingQidiscoveredfinallycontent that oneselfwant.
随着关键词的追加,论文库里显示出来的论文学来越少,最后,王崎终于发现了自己想要的内容。«ByHisSo-calledProof», author, FengLuoyi.
《论希氏所谓之证明》,作者,冯落衣。
The timeisfiveyears ago.
时间是五年前。Spiritual Energyexistencemakesdivine land„technicalblack box”verybig, the technicaltreeandEarthare different. Withcalculates that popularizationmanyyears and artificial intelligence that the computercorrespondsput on the agenda, butinsteadis inferior toEarthas the mathematical logic of computerprerequisitetheory.
灵气存在使神州“科技黑箱”很大,科技树和地球并不一样。与计算机对应的算器普及很多年、人工智能都提上日程了,可是作为计算机前置理论的数学逻辑反而不如地球。kingQiwithout hesitation the merit of wherefrom the sadwindreceivingdelimitstoday, exchangedthispaper, will jump over the process, will only look at the conclusion.
王崎毫不犹豫的将今天从悲风哪里领到的功值划出,兑换了这篇论文,跳过过程,只看结论。„Inthissubsystem, the strictfinitenessproofisfeasible...... thisisVon Neumann«aboutHilbertProof theory»reprint.”kingQicloses the eye, startsto ponder.
“在这个子系统当中,严格的有限性证明是可行的……这就是冯诺依曼《关于希尔伯特证明论》的翻版。”王崎闭上眼睛,开始思考。Thisuniverse, withoutGoodall'sexistence, therefore the mathematical logicstepped ontoonewith the Earthdifferentpaths......
这个宇宙,没有哥德尔的存在,所以数学逻辑走上了一条与地球不同的道路……kingQisaidinspired: „Thisalso is really a goodpath.”
王崎振奋道:“这还真是一条好道路。”
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