After leaf boathangs upChenHaovideo phone, the timehad arrived8 : 00 pm, leafLanlaheis running up tomountainShangquto look at a star----In factwantsto makeleaf boatmake the picture under Milky Waytoher, but how two peopletossed aboutfor quite a whilenot to toss aboutiso and the stopclearcameramustcoordinate, finallyhasto give up.
叶舟挂断陈昊的视频电话后,时间已经来到了晚上8点,叶澜拉着他跑到山上去看了一阵星星----实际上是想让叶舟给她拍银河下的照片,但是两人折腾了半天也没折腾明白相机的iso和光圈快门要怎么配合,最后只好放弃。However, althoughMilky Wayhas not patted, butunder the nighttime sky the warmyellowportraitpatsmakesbillowsquitesatisfied, sends after hertakes a bath the rest, leaf boatreturns to oneselftentto turn off the lightsto lie downon the bed, enteredin the simulator.
不过,虽然银河没拍出来,但夜空下暖黄色的人像拍的还是让叶澜颇为满意的,把她打发去洗澡休息之后,叶舟回到自己的帐篷里熄了灯躺到床上,进入了模拟器之中。Whathefirstopensis the commercial citycontact surface, duringrecentseveralsimulationshehad accumulatedenergypoints that is close to300points, was the timeshouldtradesomeusefulthings.
他首先打开的是商城界面,在最近几次的模拟之中他已经积累了接近300点的能量点数,也是时候该换一些有用的东西了。Nowwhathemostneedsis the knowledgeclasstalent, particularlywithquantum mechanicsandhigh-energy physicsrelatedthing, but after looking atone, hediscovered, this insidehigh-energy physicsdomaincheapestknowlege-orientedtalent must sell1200energypoints, at all is notpresenthecan bear.
他现在最需要的是知识类的天赋,尤其是跟量子力学和高能物理相关的东西,但看了一圈后他发现,这里面高能物理领域最便宜的一个知识型天赋也要卖1200点能量点,根本不是现在的他负担得起的。But, hehasto choosefirstaccumulates the energypoint, after allothernon-necessarytalenttradedcannotbring the toohighincome, might as well after waitingto accumulateenough, reached one's goal instantly.
无奈之下,他只好选择先把能量点攒着,毕竟其他非必要的天赋换了也不能带来太高的收益,还不如等攒够之后一步到位。However, according to a presentsimulationgains100energyspeeds, musttrade the quantum physicsprimarytalent, perhaps must at least9simulations.
不过,按照现在一次模拟赚100来点能量点的速度,要换到量子物理学初级的天赋,恐怕还要至少九次模拟。Waits forthese9simulationsto complete, can the controllablenuclear fusionalmostrealizecontinually?
等这九次模拟完成的时候,连可控核聚变都差不多要实现了吧?Thinks is also, thisspeedconforms to the normallogic----Without the theoretical knowledge of material basisis only the castle in the air, nowdirectlyhoweven ifgivesoneselfto be able the universaltheories?
想想也是,这个速度才符合正常的逻辑----没有物质基础的理论知识都只是空中楼阁,哪怕现在直接把大一统理论给到自己又能怎么样呢?Cannot see the application prospect, cannotchange the present situationimmediately.
看不到应用前景,也不能立刻改变现状。Therefore, the scientific research, the technical research and development, takes your timecarefully.
所以,无论是科研、还是技术研发,都还是得一步一个脚印地慢慢来啊。Thinks ofhere, leaf boatdiansimulationchoicepage. Remembers the website
想到这里,叶舟点开了模拟选择页面。记住网址
Before, hehas completedtwostages of smallSunto simulate, the stagesimulation of riddle of life, and stagesimulation of country's of wisdomweapon, the synthesis, the stagesimulations of threebigplotsbrought the bigimmediateincome, but„smallSun” the high-energylaser pulsetechnology that twostagesimulationsprovidemustwantto apply, but alsoneedssome timeresearchandadaptive.
在之前,他已经完成了小太阳的两个阶段模拟,生命之谜的一阶段模拟,以及智械之国的一阶段模拟,综合来看,三个大剧情的一阶段模拟都带来了较大的即时收益,但“小太阳”的二阶段模拟所提供的高能脉冲激光技术要想要应用起来,还需要一段时间的研究和适配。Thisindicated,startedfromtwostages, simulates the science and technology that providedto exceed the present stageslowly the technology baselevel.
这说明,从二阶段开始,模拟所提供的科技就已经慢慢超过现阶段的技术基础水平了。Heselects the smallsolarthreestagesimulations the plottitle, aboveisfourlarge characters: Fusionarmor.
他点开小太阳三阶段模拟的剧情标题,上面是四个大字:聚变装甲。Sees the earliest possible time of thesefourcharacters, leaf boathardlywithlookingto introduce,has knownthiswas any direction.
看到这四个字的第一时间,叶舟几乎不用看介绍,就已经知道这是一个什么方向了。Is absolutely relatedwith the firstwallmaterial of fusion reactor.
绝对是跟聚变反应堆的第一壁材料有关。
The so-calledfirstwall, packages the plasmadirectlythat mattermaterial, at presentusesgenerallyis the tungstenarmor, it the service environmentinfusion reactoris worst, the materialissue that facesis also most stern.
所谓的第一壁,也就是直接包裹等离子体的那层材料,目前采用的一般是钨装甲,它在聚变堆中的服役环境最为恶劣,面临的材料问题也最严峻。Currently speaking, subject matter that the firstwallmaterialfacesincludinghigh-temperaturemechanics, metalactivation, welding, plasma control, neutron radiationwait/etc, mostis hardto solveis the high-energy neutronexposure and high throughputdeuteriumtritiumplasmashellstwoissues.
目前来说,第一壁材料面临的主要问题包括高温力学、金属活化、焊接、等离子体控制、中子辐射等等,其中最难以解决的就是高能中子辐照、高通量氘氚等离子体轰击两个问题。In the fusion reactor, the high-energy neutronlike the bullets of shoots towardsmaterials, hits the metal atom in thismaterialuninterruptedly, destroys the atomic chemistrykey, forcing the atomto leaveitsoriginalposition, leaves behindpotholesin the materialsurface.
在聚变反应堆里,高能中子就像一颗颗射向材料的子弹,不间断地撞击这材料内的金属原子,打碎原子化学键,迫使原子离开其本来的位置,在材料表面留下一个个的坑洞。Butsuchpotholeaccumulates, turned into the damagecavity of macroscopicdimension.
而这样的坑洞积累起来,就变成了宏观维度的损伤空洞。On the other hand, the atom sitechangesconstantlywill also accumulateto the materialsurface, thisunceasinglyfrom the centerto the process that the surfaceshifts, will cause the materialbubble, is fatalto the normalservicebirthday noodles of material.
另一方面,原子位置改变还会不断向材料表面积累,这样不断从中心向表面转移的过程,就会导致材料鼓包,对材料的正常服役寿面是致命的。But of the issueorigin of high throughputdeuteriumtritiumplasmabombardmentis more complex, related to the circular reaction and circulationfusion of issueneutronandlithium, affects the fusion reactioncontinuity, bring the ultra-highintensity of pressure on the firstwallmaterial, affects the fusionsecurity.
而高通量氘氚等离子体轰击的问题成因则更加复杂,涉及到中子和锂的循环反应、循环聚变问题,影响聚变反应连续性、给第一壁材料带来超高压强,影响聚变安全性。Thisissuesfoldedput together, making the realizationdifficulty of fusion reactionriseincessantly a rank,
这一个个的问题叠加在一起,让聚变反应的实现难度上升了不止一个等级,Therefore, to realize the controllablenuclear fusiontruly, the difficulty that the materialissue must bridge over. After a simulation, canbridge overthisdifficultymerely?
所以,要想真正实现可控核聚变,材料问题也是必须要跨过的难关。仅仅经过一次模拟,就可以把这道难关跨过吗?leaf boata littlesuspected, butchanges mindthinks,besides the firstwallmaterial, the controllablenuclear fusion must derivewait/etcfaced withsuch as the practicing moderation, the neutron radiation and energyplasma confinement, the heliumgreylossandtritiuma series ofissues, suchseems like, a simulationsolvesone, becamereasonably.
叶舟有点怀疑,但转念一想,除了第一壁材料以外,可控核聚变还要面临诸如等离子体约束、氦灰损耗、氚的自持、中子辐射、能量导出等等一系列问题,这么看起来,一次模拟解决一个,也变得合理许多了。However, presenthepoursdoes not planto continueto conduct „smallSun”relatedsimulation, because the domestictechnical standardscould not have had a thorough understanding of the laser pulsetechnologynow, ifon the hardnew material, will only cause the technology developmentto present the fault/chasm, insteadis disadvantageousto the fast implementationcontrollablenuclear fusion.
不过,现在的他倒并不打算继续进行“小太阳”相关的模拟,因为现在国内的技术水平连脉冲激光技术都还吃不透,如果硬上新材料的话,只会导致技术发展出现断层,反而对快速实现可控核聚变不利。Therefore, hewithdrew from the simulationcontact surface of smallSun, thenentered„the riddle of life”plotsimulationcontact surface.
于是,他退出了小太阳的模拟界面,转而进入了“生命之谜”的剧情模拟界面。Butthistime, the twostagesimulationtitles of riddle of lifeevencompare„smallSun”to be undisguised.
而这一次,生命之谜的二阶段模拟标题甚至比“小太阳”还要露骨。„Immunityreconstruction”.
“免疫重建”。leaf boatdoes not understand the detail of thistechnology, butheremembersindistinctly, onceveryfamousgenecompiler technology -based the car-ttherapyonceyielded the goodresultin the mouseexperiment, buthas not heard the newsoundin recent years, entered the technicalbottleneckprobably.
叶舟并不了解这项技术的细节,但是他隐约记得,有一个曾经非常出名的基于基因编辑技术的car-t疗法曾经在小鼠实验中取得了不错的成果,但最近几年也没有听到新的动静,大概也是进入了技术瓶颈。But the immunityreconstructiontechnology that the simulatorprovides, might breaksuchbottleneck.
而模拟器提供的免疫重建技术,很可能会打破这样的瓶颈。Then, afterthistechnical actualization, tocancer therapy, the treatment of extantimmunodeficiencyclassdisease, metropolis/canbrings the hugehelp.
那么,在这项技术实现之后,无论是对肿瘤治疗、还是现存的免疫缺陷类疾病的治疗,都会的带来巨大的帮助。Thismeans the AIDSno longerwasincurable disease? Can the words that orfurtherdevelops, developin view of the spectrumimmunotherapy of virosis, passesvaccineimmunityallvirus?
这是不是意味着艾滋病不再是不治之症了呢?或者说,进一步发展的话,有没有可能开发出针对病毒性疾病的光谱免疫疗法,通过一针疫苗免疫所有病毒呢?leaf boatshakes the head, has not continued to get down.
叶舟摇了摇头,没有继续想下去。Perhapsthisissue, a more specializedmedicine and biologicaldomainexpertappraises, inhasinitially the understandingbeforethisdomain, hedoes not planto startthissimulation.
这个问题,恐怕还是得更专业的医学、生物学领域专家来评估,在对这个领域有初步了解之前,他不打算开启这次的模拟。Therefore, leaveshischoiceactuallyone, before thatis, has lookedaessystem -based sensationreconstructiontechnology.
所以,留给他的选择其实就一个,那就是之前早就看过的基于aes系统的感知重建技术。Thistechnologycan the principlevarioussensationsignals, for example the light signal, the acoustic signal and pressure signaldirectlytransformsas the electrical signal, stimulates the correspondingnervemodule, thusestablishesoneset„”falselyperceptual system.
这项技术可以的原理是将各项感知信号,比如光信号、声信号和压力信号直接转化为电信号,刺激相应的神经模块,从而建立起一套“虚假的”感知系统。Theoretically, thisset of technologycanmake„invatbrain”gain the comprehensivesensation, the range of applicationbroadtobeing inconceivable.
理论上来说,这套技术可以让“缸中之脑”获取到全面的感知,应用的范围广到难以想象。Not to mentionhelps the disabled personresume the application of functionmostfoundation, the virtual realitygame, the entiresensemovie and crossspace, the long-distancemachineryfineoperation...... wait wait/etc. etc., hasalternatelyis quite practical, andquitescarceapplication.
且不说帮助残疾人恢复功能这一个最基础的应用,虚拟现实游戏、全感官电影、跨空间交互、远程机械精细化操作......等等等等,都具有相当实用、且相当紧缺的应用。Especiallyinmale and femaleproportionserious imbalanceimmediately, such a system, evenmaybe developedcertainwonderful incomparableuses.
尤其是在男女比例严重失衡的当下,这样一套系统,甚至有可能被开发出某些奇妙无比的用途。Butthis, possiblymostreceives one of the of being shortsightedcapitalfavortechnologies.
而这,也可能是最受鼠目寸光的资本青睐的技术之一。After all, the entertainmentforeveris the instinctdemand of human......
毕竟,娱乐永远是人类的本能需求嘛......Thisis the advantage of thistechnology, but also is itsoriginal sin, howas formustcontrolthistechnologyto developto the direction that itshouldgo, thatwas not the issue that leaf boatneedsto consider----Thisleaves the difficult problem that the totaltechniquemanages.
这是这项技术的优势,但也是它的原罪,至于要怎么去控制这项技术向它该去的方向发展,那就不是叶舟所需要考虑的问题了----这是留给总技办的难题。Thinks ofhere, leaf boatfeelsslightlysomewhatfunnily, becausehediscovered a paradox of technology.
想到这里,叶舟略微觉得有些好笑,因为他发现了一个技术的悖论。Theseare most likelyto let the technology that the development of the human raceslows downevento fall intostops, often is actually developsmostquickly, fragmentedinformation, shortvideoandYuanuniverse that for example the presenthas presented.
那些最有可能让人类发展放缓甚至陷入停止的技术,往往却是发展得最快的,比如现在已经出现的碎片化信息、短视频、元宇宙。Butcanenhance the productive forcesfundamentallythesetechnologies, alwayscannot gaintoomanyattaching great importance.
而能够从根本上提升生产力的那些技术,却总是得不到太多的重视。Hesighedgently, cannot help butsighed:
他轻轻地叹了口气,不由自主地感叹道:
The starry skyis too far, the littleelder sisteris too near.
星空太远,小姐姐太近啊。Compared with the stars beyond several thousandover ten thousandlight year, is revealing the littleelder sister of thigh, even ifinscreen , appeared much more real.
比起数千上万光年之外的星星,露着大腿的小姐姐哪怕只是在屏幕里,也显得真实得多了。However, thisalsohas nothingto accuse.
不过,这也没什么好指责的。After all, even ifare busy attoflying, acted bashful the humanfloordemandthingnot to have the meansto achieveregardingtheseaccurateresistscompletely.
毕竟,哪怕是忙到飞起的自己,对于那些精准拿捏了人类底层需求东西也没办法做到完全抗拒。Verydifficultnot to love.
很难不爱啊。leaf boatpattedoneselfhead, determined after allpreparatory workhave been completed, selected„the country of wisdomweapon”directlytwostagesimulationplots, oneline of large charactersappearinhisat present.
叶舟拍了拍自己的脑袋,确定所有的准备工作已经完成之后,直接点开了“智械之国”的二阶段模拟剧情,一行大字浮现在他的眼前。【Country of twostageplotsimulationswisdomweapon: Enlarging ones vision】
【智械之国二阶段剧情模拟:开眼】Off topic
题外话HereIfirstsendonechapter, because the followingplotis a whole, dividing the developmentcanhave the separatefeeling.
这里我先发一章,因为接下来的剧情是一个整体,分开发会有割裂感。
Before 12 : 00 pm, will renew3-4chaptersone time, finished the entireplot.
今晚12点前,会一次性更新3-4章,把整个剧情写完。
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