Howif the electrical energydoesn't have the weakento be ablein the transmission process?
如果电能在传输过程中没有衰减会怎样?Howif a computerdoes have the running rate and perfectprecision of exponential ordercan?
如果一台计算机具有指数级的运行速度和完美的精度又会怎样?Aboutthisissue, ProfessorDuncan Haldanehad given a standardreply. Andin2016autumn, thisPhysicsandanothertwocompanions, because„discovered that the material the analysis situstransition and analysis situs”wonthis yearNobelPhysicsprize!
关于这个问题,邓肯・霍尔丹教授曾经给过一个标准的回答。并且在2016年的秋天,这位物理学家和另外两名同伴,因为“发现物质的拓扑相变和拓扑相”而获得了本年的诺贝尔物理学奖!Simply speaking, theythrough the rigorousexperiment, discoveredeven the microscopicmaterial of smallestscale, can still show the macroscopicnature, andhas the analysis situs.
简单来说,他们通过严谨的实验,发现即使是最小规模的微观物质,也可以展现出宏观性质,并且具有拓扑相。Thissoundsis somewhat difficultto understand, wantsto understand, has tounderstandanalysis situsconcept.
这听起来有些难懂,想要弄懂,就不得不理解拓扑这个概念。Whatis well-known, the mathematicianregards the way of issueoften and average personis not quite same, theyare often accustomed topenetrating the phenomenonlook at the essence. But the analysis situs is such a division/discipline, itstudiescontinuouslyalso is the Geometrygraphor the spaceafterchanges the shapecanmaintain some invariablenatures.
众所周知的是,数学家看待问题的方式往往和一般人不太一样,他们往往习惯于透过现象看本质。而拓扑便是这么一门学科,它研究的便是几何图形或空间在连续改变形状后还能保持不变的一些性质。
The most classicalexampleindicated,to an analysis situsscientist, the donutseems likewith the coffee cup is the same, becausetheyhave a hole.
一个最经典的例子表示,对于一名拓扑学家而言,甜甜圈和咖啡杯看起来都是一样的,因为它们都拥有一个洞。Becauseonly then a hole, youcanturn into a coffee cupthrough a smoothdeformationprocess the donut, in turn is also same......, even ifthiswill look likepossiblysomewill be in people's eyes unreadable, will be bewildered, because ofthismathematics method, the scholars of otherdomainshad discoveredmanyinterestingthingsin fact.
因为只有一个洞,你可以通过一个平滑的形变过程将甜甜圈变成一个咖啡杯,反过来也是一样……即便这在一般人眼中看来可能会有些难以理解,甚至于莫名其妙,但事实上因为这一数学方法,已经其他领域的学者发现了不少有趣的东西。Especiallyin the physicaldomain and materialdomain, the fantasticdiscovery from the method of analysis situs, provided the rationalein the 80's.
尤其是在物理领域和材料领域,八十年代许多惊人的发现都是源自于拓扑学的方法,提供了理论基础。Always, althoughpeopleare accustomed toapply the analysis situsinsolving the problem of macrocosm, actuallyregardinganalysis situswhethercanbe usedto the electronicandphotonkind of subatomic particlecannot find way out.
只是一直以来,人们虽然习惯于将拓扑学应用于解决宏观世界的问题,却对于拓扑学是否可以被用于对电子、光子这类亚原子粒子而一筹莫展。Becausetheycome under the influence of quantumPhysicsunusualrule, causesitssizeandpositionevenis the shapeis the uncertaincondition.
因为它们都受到量子物理学奇特规律的影响,导致其大小、位置甚至是形态都处在不确定的状态。However16years of NobelPhysicsprizesactuallygave an affirmativeanswertothisproposition.
然而16年的诺贝尔物理学奖却对这一命题给出了一个肯定的答复。Even the subatoms of thesemicrocosms, stillconform to the analysis situscharacteristics!
即使是这些微观世界的亚原子,也是符合拓扑学特性的!Thistheoryhas no effectregarding the daily lifeobviously, butregarding the electronic engineeringdomain, trulyopened the front door of newworld!
这一理论对于日常生活显然没有任何影响,但对于电子工程领域而言,确实推开了新世界的大门!In the marvelousquantumworld, thesenaturesdisplayto have the astonishingstabilitiesandsomeremarkablecharacteristicsin some special stage of material. And the most typicalexampleis the topological insulator.
在奇妙的量子世界中,这些性质在物质的某种特殊阶段表现出具有惊人的稳定性和一些显著的特性。其中最典型的例子就是拓扑绝缘体。Especiallyinthecharacteristics that in the graphenematerialdiscovers, directlycaused the sg-1superconducting material, and birth of carbonbasechip.
尤其是在石墨烯材料中发现的这一特性,直接导致了sg-1超导材料、以及碳基芯片的诞生。Butat the same time, thisnatureis promoting the research of quantum computationsimilarly.
而与此同时,这一性质同样推动着量子计算的研究。According to the principle of quantum computer, itmainlycanbe at the nature of differentconditionthrough the subatomic particlesimultaneously, information storagein a Tongsorinamedquantum bit( qubit ). Alsobecause ofthischaracteristics, the quantum computercompares the traditionalcomputer, cansolve the problemat the speed of exponential order.
根据量子计算机的原理,其主要是通过亚原子粒子可以同时处在不同状态的这一性质,将信息存储在一个叫量子位(qubit)的东西里。也正是因为这一特性,量子计算机相比起传统电脑,能以指数级的速度解决问题。However the issueis, the subatomic particle of stored datumveryfrail, is different from the stableatom, even the slightperturbation may still changeitscondition.
然而问题就在于,存储数据的亚原子粒子非常的脆弱,和稳定的原子不同,即使是轻微的扰动也有可能改变它所处的状态。Alsoisin the quantum mechanicsso-called„decoherence” the influence of anyenvironmentpossiblycausesQubit'scollapsing of entangled state!
也就是量子力学中所谓的“退相干”任何环境的影响都可能导致量子比特的纠缠态的坍塌!
To solve the problem, ornoise reduction, eitheranti-jamming, orbothontogether, whichtechnological lineadopts, must make the subatomic particlestabilizeto be good.
想要解决问题,要么降噪,要么抗干扰,亦或者两者一起上,无论是采取哪一条技术路线,都必须得让亚原子粒子稳定下来才行。Butthis, is one of the quantum computerresearch and developmentcoredifficult problems.
而这,也是量子计算机研发的核心难题之一。AlsowasLu Zhoufor serveral dayscontinuously the topic that studied......
同时也是陆舟这些天来一直在研究的课题……JinlingHigherResearch institute, undergroundthreelaboratories.
金陵高等研究院,地下三层的实验室。Served asin the spatialroom in sparesample chamber, at this momentwas being filled upby an equipment of bigpile of newpurchases.
原本被用作备用样品室的空房间里,此刻正被一大堆新购置的设备填满。Includingmultipurposenaturalmeasurement systemandstepmeterandvibrating sample magnetometerandhigh low temperaturemagneto-resistancereflectoscope reflector, as well ashome positionfreeze dryerwait, althoughis not the lineup the luxury, but can also be said as the house sparrow, althoughslightlywas fully equipped.
这其中包括多功能物性测量系统、台阶仪、振动样品磁强计、高低温磁电阻测试仪、以及原位冷冻干燥机等等,虽然算不上阵容的豪华,但也可以说是麻雀虽小五脏俱全了。Moreover, besidestheseregardingstudyingcarbon materialessentialequipment, the most high accuracymayreach8micronsphoto-curing3Dprinter, is mainly used for the plastic mold that prints the experimentto needto use.
另外,除了这些对于研究碳材料而言必不可少的设备之外,还有一台最高精度可达八微米的光固化3d打印机,主要用来打印实验需要用到的塑料模具。Admittedin a thin film of thumbsize the DC-magnetron sputteringatomic shelldepositionequipmentcautiously, Lu Zhoucarefullyis comparing the data on experimentform, established the newexperimental parameteron the computer.
将一枚拇指大小的薄膜小心翼翼地放进了磁控溅射原子层沉积设备中,陆舟仔细地对照着实验表格上的数据,在电脑上设置了新的实验参数。Completed all thesework, he who finallyrelaxes, knocked the button of carriage returnon the keyboard.
做完了所有的这一切工作,终于松了口气的他,在键盘上敲下了回车的按钮。
The greensignal lightshines, the equipment in laboratorystartsto revolve.
绿色的信号灯亮起,实验室里的设备开始运转。Carried the coffeeto return to nearbyoffice chairto sit down, Lu Zhoulooked at a watch, is just thinkingkilled a whileboredtimewith anything, at this timeXiao Aicontrolled the unmanned aerial vehicleto shakefromsideto fleeleisurely.
端着咖啡回到了旁边的办公椅上坐下,陆舟看了一眼手表,正想着用什么东西打发一会儿无聊的时间,这时小艾控制着无人机从旁边晃悠悠地窜了过来。Xiao Ai: 【Mastermaster! Inflash! In an ultrapleasantly surprisedmatter! Phi( ≧ ≦ *)?】小艾:【主人主人!就在刚才的一瞬间!发生了一件超惊喜的事情!φ(≧≦*)?】
The in the airfocus of line of sightinsmalltelevisionfirst halfmeter/rice, Lu Zhoulifted the lower lid, someaccidents/surprisessaid.
视线在小电视前半米的空中聚焦,陆舟抬了下眼皮,有些意外地说道。„Did youpromote?”
“你升级了?”Xiao Ai: 【? Did youknow?! SIGMA(小艾:【诶?你都知道了?!Σ(
……
……
……
……
……
……Lu Zhou: „......”陆舟:“……”Thisfellowpromotedordegrades......
这家伙到底是升级了还是降级了……Sighedin the heart, Lu Zhouhas not paid attention toit, closed the eyeto enterin the system space.
在心中叹了口气,陆舟没有理会它,闭上眼睛进入了系统空间中。
The branchscience and technologyas the branch of system task, the experienceaccumulation and information scienceexperience of artificial intelligenceis the synchronization. Risesin the rank of Xiao Aito the lv4instance, hisinformation sciencerankalsopromotedlv5fromlv4.
分支科技作为系统任务的支线,人工智能的经验累积和信息学经验是同步的。就在小艾的等级升到lv4的瞬间,他的信息学等级也从lv4提升到了lv5。Butinstance of promotion, withoutentering the system space, can still see the dialog boxprompt......
而升级的瞬间,即使是没有进入系统空间,也是能看到对话框提示的……【......】
【……】【G.information science: lv5( 0 /300,000)】
【g.信息学:lv五(0/30万)】Confirmedproperty panel after a change, Lu Zhoutouches the chinlooking pensive.
确认了一遍变更之后的属性面板,陆舟若有所思地摸了摸下巴。Such that reallyjust likehespeculates, throughto the observations of player'svariousbehaviorsin the virtual realityworld, canaccelerate the accumulation of progress bar. In other words, experience that in fact the artificial intelligencebranchneeds, is actually a sociologicalexperience?
果然正如他推测的那样,通过对玩家在虚拟现实世界中各种行为的观察,可以加速进度条的积累。也就是说,事实上人工智能分支需要的经验,其实是一种社会学经验?However, nowLu Zhoudoes not havetoomanythoughtsto placeonXiao Aiactually, after entering the system spaceto look an ownproperty panelalsohad the progress bar of branchscience and technology, will then consciousnessto returnin the real world.
不过,现在陆舟倒是没有太多的心思放在小艾身上,进了系统空间只是看了一眼自己的属性面板还有分支科技的进度条之后,便将意识转回到了现实世界中。Opens the eyes, saw onlythatto stare at the smalltelevision of four-rotorto shakefor quite a whileinhisfront.
睁开双眼,只见那盯着四旋翼的小电视已经在他的面前晃了半天。Xiao Ai: 【Didn't the mastermaster, praiseoneboastsXiao Ai?( * /\*)】小艾:【主人主人,不夸一夸小艾吗?(*/\*)】Lu Zhou: „Un, doesattractively.”陆舟:“嗯,干得漂亮。”Xiao Ai: 【Is goodto be perfunctory! qaq】小艾:【好敷衍!qaq】„...... The timewas upprobably.”
“……时间好像差不多了。”Pretendednot to see the dialog box on smalltelevision, Lu Zhouto look downtime on watch, thought aloud that whispered.
装作没有看见小电视上的对话框,陆舟低头看了一眼手表上的时间,自言自语地嘀咕了一句。As ifverifiedhisthese wordsto be the same, on the instrument of not far away, the signal lightjumped the redfrom the green.
仿佛是印证了他的这句话一样,不远处的仪器上,信号灯从绿色跳到了红色。Sees that Lu Zhouordersimmediately.
见状,陆舟立刻下令道。„Xiao Ai, turns on the home positionfreeze dryer.”
“小艾,打开原位冷冻干燥机。”Xiao Ai: 【 Receives!(小艾:【收到!(
……
……
……
……Althoughdoes not preferextremely, butXiao Aiacted accordinglyobedient.
虽然极其不情愿,但小艾还是听话地照办了。Does not know that ishismisconception, alwaysfelt that thiskid'sresponseas ifmore and morewas getting more and more sentimental...... orin other words, looks like the personmore and more?
只是不知道是不是他的错觉,总感觉这小家伙的反应似乎越来越情绪化了……或者换句话说,越来越像人?
Is Lu Zhoucannot reach an agreement this goodmatter,陆舟也说不好这到底是不是一件好事儿,In the final analysis, the processing modeandhuman brain of the artificial intelligenceto the information is completely twosets of entirely differentrule, bylogicaldecisionmood, butanotheris controlled the logicby the mood.
说到底,人工智能对信息的处理方式和人脑完全是两套截然不同的规则,一个是由逻辑决定情绪,而另一个则是由情绪支配逻辑。Perhaps will itsexistencebe born a brand-newspeciesalsoperhaps?
也许它的存在会就此诞生一个全新的物种也说不定?Naturally, nowsaidthesealsotooearly.
当然,现在说这些还太早了。Asits„guardian”, Lu Zhoualso can only say that completelyarrives atownresponsibility, walkedonestepto look atonestep.
身为它的“监护人”,陆舟也只能说尽到自己的责任,走一步看一步了。At leaston the currentperformance, the little fellowisquitecleverobedient, is playing the role of youngassistantin the lifein the research, is the passive obediencedoes not sell at a discounttohisorder.
至少就目前的表现来看,小家伙还是相当乖巧听话的,无论是在生活上还是在研究中都扮演着小助手的角色,对他的命令也是绝对服从不打折扣。
Was ownworryalsosomewhatas if unnecessary?
自己的担心似乎也有些多余了?With the help of Xiao Ai, Lu Zhou the samplefrom the DC-magnetron sputteringatomic shelldepositionequipment, shiftedon the home positionfreeze dryer, conducted freezing and dryingprocessingto the carbonbasechipsample, then conducted to the chip of thisthin membranewith the aid of the metallogiphic microscopecarefullyobserved, andexperimental datarecordinnearbybook.
在小艾的帮助下,陆舟将样品从磁控溅射原子层沉积设备,转移到了原位冷冻干燥机上,对碳基芯片样品进行了冻干处理,接着借助金相显微镜对这一层薄膜状的芯片进行了仔细地观察,并且将实验数据记录在一旁的本子上。NowhisGeneral pointshas more than 30,000, according topricetag that the systemasks, wantsto exchangequantum computertechnical requirement120,000General points of complete set.
现在他的积分有三万多,根据系统开出的价码,想要兑换全套的量子计算机技术需要十二万的积分。Howeverin fact, inthisestimate valueactuallycontainedmanymoisture contents.
然而事实上,这个估值中其实是包含了许多水分的。Ifanalyzes the issue, inthesebyacademic circlesolution the foundation of issue, had been proposed the issue that has not solved, consumptionGeneral pointscanreducefivetimesto continue!
如果将问题拆分,在那些已经被学术界解决的问题的基础上,提出未解决的问题,消耗的积分可以削减五倍不止!So far, hehas spent20,000General points, is usedto attack and capturein the researchseveralessentialbottlenecks, but the remainingpartsareheunify themselvesto the understanding of carbon material, MottinsulatorandMajoranafermion, throughconsulting the research results of somepredecessors, somepromotedwork that andcompletesbased on this.
到目前为止,他已经花费了两万点积分,用来攻克研究中几个关键的瓶颈,而剩下的部分都是他结合自己对碳材料、莫特绝缘体、马约拉纳费米子的了解,通过查阅一些前人的研究成果,并在此基础上完成的一些推广性工作。For example, containsto have the topological insulatorcarbon material of Majoranafermion, as well aswithoutaffectingMajoranafermionstable, superimposed a superconductorlevel of single atomwidth above.
比如,包含有马约拉纳费米子的拓扑绝缘体碳材料,以及在不影响马约拉纳费米子稳定性的前提下,在上面叠加了一层单原子宽度的超导体层。Inthisspecialanalysis situsin the material, the subatomcanbe protected.
在这种特殊的拓扑相材料中,亚原子可以得到保护。In other words, inQubit that thisanalysis situsunderforms, notbecausesomesmallor the partialdisturbancechanges. Itis stabler than the generalquantum bit, canmakeourquantum computationstomore preciseand a more efficientway, processes the issue of answerwewantto obtain.
换而言之,在这种拓扑相之下形成的量子比特,不会因为一些小的或者局部的干扰而发生改变。它远比一般量子位更加稳定,可以让我们的量子计算以更精确、更高效的方式,处理我们想得到的答案的问题。Theseworkat leastwereLu Zhousavetenten thousandGeneral pointsto continue.
这些工作至少为陆舟节约了十万积分不止。Alsothesework, enablehimto have the opportunityto useGeneral pointsonblade.
也正是这些工作,才使得他有机会将积分用在刀刃上。This was also „knowledgeisstrength”thissayingonemanifests.
这也算是“知识就是力量”这话的一种体现了。Completedall the laststeps of test workcautiously, Lu Zhou a translucentgraphenepiece of thinascicada wing, placedon the preparedelectric circuitmold.
小心翼翼地完成了所有试验工作的最后一步,陆舟将一层薄如蝉翼的半透明石墨烯片,放在了事先准备好的电路模具上。Looks like looking at carefully a perfectartware, onhisfaceshowed the heartfeltsmiling face.
就像是在端详着一件完美的艺术品,他的脸上露出了由衷的笑容。„Variousdetect propertiestallyexpected.”
“各项性能检测符合预期。”„Appearanceis also impeccable, may be calledperfect!”
“卖相也无可挑剔,堪称完美!”„...... ReallyMajoranafermionis the mostperfect choice of manufacturequantum computer!”
“……果然马约拉纳费米子是制造量子计算机的最完美选择!”Remaining, wasconfirmationthese dayseffort, twoten thousandGeneral points that hespent, were worth.
剩下的,就是验证这些天来的努力,还有他花费掉的两万积分,是否值得了。Pressed down the button of circular telegram, the heart of Lu Zhoualmostmentioned the throat.
按下了通电的按钮,陆舟的心脏几乎提到了嗓子眼。Almostisflash'smatter.
几乎是一瞬间的事情。Presses down the same time of buttoninhim, in advanceestablished the goodprocedure/programto complete the operationonthisthin film. Transmits the display monitorthroughlogic circuit the signal of processingandoutput, presentedoneline of characterclearcharacterson the display monitorquickly
就在他按下按钮的同一时间,预先设定好的程序在这张薄膜上完成了运行。通过逻辑电路处理并输出的信号传达到显示屏,很快在显示屏上呈现出了一行字清晰的字符【Helloworld】
【helloworld】Lookscharacter that on the screenbeats, Lu Zhouheartsuddenlyonehappy, the fistpinched tightlystubbornly, has almost not jumpedexcitedly.
看着屏幕上跳动的字符,陆舟心头骤然一喜,拳头死死地捏紧了,激动地差点没蹦起来。
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