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《科(Ke)学(Xue)》（20210730出(Chu)版(Ban)）一(Yi)周(Zhou)论(Lun)文(Wen)导(Dao)读(Du)2021-08-01 17:07·科(Ke)学(Xue)网(Wang)编(Bian)译(Yi) | 李(Li)言(Yan)Science, 30 JULY 2021, VOL 373, ISSUE 6554《科(Ke)学(Xue)》2021年(Nian)7月(Yue)30日(Ri)，第(Di)373卷(Juan)，6554期(Qi)物(Wu)理(Li)学(Xue)PhysicsQubit spin ice量(Liang)子(Zi)自(Zi)旋(Xuan)冰(Bing)▲ 作(Zuo)者(Zhe)：Andrew D. King, Cristiano Nisoli, Edward D. Dahl, Gabriel Poulin-Lamarre et al.▲ 链(Lian)接(Jie)：https://science.sciencemag.org/content/373/6554/576▲ 摘(Zhai)要(Yao)人(Ren)工(Gong)自(Zi)旋(Xuan)冰(Bing)是(Shi)一(Yi)种(Zhong)可(Ke)设(She)计(Ji)的(De)受(Shou)挫(Cuo)自(Zi)旋(Xuan)系(Xi)统(Tong)，其(Qi)几(Ji)何(He)结(Jie)构(Gou)和(He)拓(Tuo)扑(Pu)结(Jie)构(Gou)的(De)微(Wei)调(Diao)使(Shi)得(De)在(Zai)组(Zu)成(Cheng)层(Ceng)面(Mian)上(Shang)设(She)计(Ji)和(He)表(Biao)征(Zheng)奇(Qi)异(Yi)的(De)涌(Yong)现(Xian)成(Cheng)为(Wei)可(Ke)能(Neng)。在(Zai)此(Ci)，我(Wo)们(Men)报(Bao)告(Gao)在(Zai)超(Chao)导(Dao)量(Liang)子(Zi)位(Wei)点(Dian)阵(Zhen)中(Zhong)的(De)自(Zi)旋(Xuan)冰(Bing)的(De)实(Shi)现(Xian)。与(Yu)传(Chuan)统(Tong)的(De)人(Ren)工(Gong)自(Zi)旋(Xuan)冰(Bing)不(Bu)同(Tong)，我(Wo)们(Men)的(De)系(Xi)统(Tong)受(Shou)量(Liang)子(Zi)波(Bo)动(Dong)和(He)热(Re)波(Bo)动(Dong)的(De)影(Ying)响(Xiang)。基(Ji)态(Tai)经(Jing)典(Dian)地(Di)由(You)冰(Bing)规(Gui)则(Ze)描(Miao)述(Shu)，我(Wo)们(Men)实(Shi)现(Xian)了(Liao)对(Dui)导(Dao)致(Zhi)库(Ku)仑(Lun)相(Xiang)的(De)脆(Cui)弱(Ruo)简(Jian)并(Bing)点(Dian)的(De)控(Kong)制(Zhi)。固(Gu)定(Ding)单(Dan)个(Ge)自(Zi)旋(Xuan)的(De)能(Neng)力(Li)使(Shi)我(Wo)们(Men)能(Neng)够(Gou)证(Zheng)明(Ming)高(Gao)斯(Si)定(Ding)律(Lv)在(Zai)二(Er)维(Wei)中(Zhong)出(Chu)现(Xian)的(De)有(You)效(Xiao)单(Dan)极(Ji)子(Zi)。所(Suo)展(Zhan)示(Shi)的(De)量(Liang)子(Zi)位(Wei)控(Kong)制(Zhi)为(Wei)未(Wei)来(Lai)对(Dui)受(Shou)拓(Tuo)扑(Pu)保(Bao)护(Hu)的(De)人(Ren)工(Gong)量(Liang)子(Zi)自(Zi)旋(Xuan)液(Ye)体(Ti)的(De)潜(Qian)在(Zai)研(Yan)究(Jiu)奠(Dian)定(Ding)了(Liao)基(Ji)础(Chu)。▲ AbstractArtificial spin ices are frustrated spin systems that can be engineered, in which fine tuning of geometry and topology has allowed the design and characterization of exotic emergent phenomena at the constituent level. Here, we report a realization of spin ice in a lattice of superconducting qubits. Unlike conventional artificial spin ice, our system is disordered by both quantum and thermal fluctuations. The ground state is classically described by the ice rule, and we achieved control over a fragile degeneracy point, leading to a Coulomb phase. The ability to pin individual spins allows us to demonstrate Gauss’s law for emergent effective monopoles in two dimensions. The demonstrated qubit control lays the groundwork for potential future study of topologically protected artificial quantum spin liquids.生(Sheng)命(Ming)科(Ke)学(Xue)Life ScienceHorizontally transmitted parasitoid killing factor shapes insect defense to parasitoids水(Shui)平(Ping)传(Chuan)播(Bo)的(De)寄(Ji)生(Sheng)蜂(Feng)致(Zhi)死(Si)因(Yin)子(Zi)促(Cu)成(Cheng)昆(Kun)虫(Chong)对(Dui)寄(Ji)生(Sheng)蜂(Feng)的(De)防(Fang)御(Yu)▲ 作(Zuo)者(Zhe)：Laila Gasmi, Edyta Sieminska, Shohei Okuno, Rie Ohta, Cathy Coutu et al.▲ 链(Lian)接(Jie)：https://science.sciencemag.org/content/373/6554/535▲ 摘(Zhai)要(Yao)膜(Mo)翅(Chi)目(Mu)寄(Ji)生(Sheng)蜂(Feng)和(He)昆(Kun)虫(Chong)病(Bing)毒(Du)共(Gong)享(Xiang)同(Tong)一(Yi)昆(Kun)虫(Chong)宿(Su)主(Zhu)之(Zhi)间(Jian)存(Cun)在(Zai)界(Jie)间(Jian)竞(Jing)争(Zheng)。此(Ci)前(Qian)，有(You)研(Yan)究(Jiu)假(Jia)定(Ding)寄(Ji)生(Sheng)性(Xing)幼(You)虫(Chong)随(Sui)受(Shou)感(Gan)染(Ran)的(De)寄(Ji)主(Zhu)死(Si)亡(Wang)或(Huo)因(Yin)争(Zheng)夺(Duo)寄(Ji)主(Zhu)资(Zi)源(Yuan)而(Er)死(Si)亡(Wang)。在(Zai)此(Ci)，我(Wo)们(Men)描(Miao)述(Shu)了(Liao)一(Yi)个(Ge)基(Ji)因(Yin)家(Jia)族(Zu)——拟(Ni)寄(Ji)生(Sheng)物(Wu)杀(Sha)死(Si)因(Yin)子(Zi)（pkf）——它(Ta)编(Bian)码(Ma)的(De)蛋(Dan)白(Bai)质(Zhi)对(Dui)小(Xiao)腹(Fu)茧(Jian)蜂(Feng)亚(Ya)科(Ke)的(De)拟(Ni)寄(Ji)生(Sheng)物(Wu)有(You)毒(Du)，并(Bing)决(Jue)定(Ding)了(Liao)寄(Ji)生(Sheng)是(Shi)否(Fou)成(Cheng)功(Gong)。Pkfs在(Zai)几(Ji)个(Ge)昆(Kun)虫(Chong)致(Zhi)病(Bing)DNA病(Bing)毒(Du)科(Ke)和(He)一(Yi)些(Xie)鳞(Lin)翅(Chi)目(Mu)基(Ji)因(Yin)组(Zu)中(Zhong)被(Bei)发(Fa)现(Xian)。我(Wo)们(Men)提(Ti)供(Gong)的(De)证(Zheng)据(Ju)表(Biao)明(Ming)，在(Zai)昆(Kun)虫(Chong)痘(Dou)病(Bing)毒(Du)、囊(Nang)泡(Pao)病(Bing)毒(Du)、杆(Gan)状(Zhuang)病(Bing)毒(Du)和(He)鳞(Lin)翅(Chi)目(Mu)昆(Kun)虫(Chong)中(Zhong)发(Fa)现(Xian)的(De)PKFs通(Tong)过(Guo)诱(You)导(Dao)易(Yi)感(Gan)寄(Ji)生(Sheng)蜂(Feng)细(Xi)胞(Bao)凋(Diao)亡(Wang)的(De)机(Ji)制(Zhi)，对(Dui)内(Nei)寄(Ji)生(Sheng)虫(Chong)具(Ju)有(You)等(Deng)效(Xiao)和(He)特(Te)异(Yi)的(De)毒(Du)性(Xing)。这(Zhe)突(Tu)出(Chu)了(Liao)寄(Ji)生(Sheng)蜂(Feng)、病(Bing)毒(Du)和(He)它(Ta)们(Men)的(De)昆(Kun)虫(Chong)宿(Su)主(Zhu)之(Zhi)间(Jian)的(De)进(Jin)化(Hua)军(Jun)备(Bei)竞(Jing)赛(Sai)。▲ AbstractInterkingdom competition occurs between hymenopteran parasitoids and insect viruses sharing the same insect hosts. It has been assumed that parasitoid larvae die with the death of the infected host or as result of competition for host resources. Here we describe a gene family, parasitoid killing factor (pkf), that encodes proteins toxic to parasitoids of the Microgastrinae group and determines parasitism success. Pkfs are found in several entomopathogenic DNA virus families and in some lepidopteran genomes. We provide evidence of equivalent and specific toxicity against endoparasites for PKFs found in entomopoxvirus, ascovirus, baculovirus, and Lepidoptera through a mechanism that elicits apoptosis in the cells of susceptible parasitoids. This highlights the evolutionary arms race between parasitoids, viruses, and their insect hosts.材(Cai)料(Liao)科(Ke)学(Xue)Materials ScienceLiquid medium annealing for fabricating durable perovskite solar cells with improved reproducibility液(Ye)体(Ti)介(Jie)质(Zhi)退(Tui)火(Huo)制(Zhi)备(Bei)耐(Nai)用(Yong)的(De)钙(Gai)钛(Zuo)矿(Kuang)太(Tai)阳(Yang)能(Neng)电(Dian)池(Chi)▲ 作(Zuo)者(Zhe)：Nengxu Li, Xiuxiu Niu, Liang Li, Hao Wang, et al.▲ 链(Lian)接(Jie)：https://science.sciencemag.org/content/373/6554/561▲ 摘(Zhai)要(Yao)在(Zai)此(Ci)，我(Wo)们(Men)报(Bao)告(Gao)一(Yi)种(Zhong)液(Ye)体(Ti)介(Jie)质(Zhi)退(Tui)火(Huo)（LMA）技(Ji)术(Shu)，它(Ta)可(Ke)以(Yi)创(Chuang)造(Zao)一(Yi)个(Ge)强(Qiang)大(Da)的(De)化(Hua)学(Xue)环(Huan)境(Jing)和(He)恒(Heng)定(Ding)的(De)加(Jia)热(Re)场(Chang)来(Lai)调(Diao)节(Jie)整(Zheng)个(Ge)薄(Bao)膜(Mo)上(Shang)的(De)晶(Jing)体(Ti)生(Sheng)长(Chang)。以(Yi)我(Wo)们(Men)的(De)方(Fang)法(Fa)可(Ke)以(Yi)生(Sheng)产(Chan)薄(Bao)膜(Mo)结(Jie)晶(Jing)度(Du)高(Gao)、缺(Que)陷(Xian)少(Shao)，所(Suo)需(Xu)化(Hua)学(Xue)计(Ji)量(Liang)学(Xue)和(He)整(Zheng)体(Ti)薄(Bao)膜(Mo)均(Jun)匀(Yun)性(Xing)的(De)薄(Bao)膜(Mo)。由(You)此(Ci)制(Zhi)备(Bei)的(De)钙(Gai)钛(Zuo)矿(Kuang)太(Tai)阳(Yang)能(Neng)电(Dian)池(Chi)（PSCs）产(Chan)生(Sheng)稳(Wen)定(Ding)功(Gong)率(Lv)输(Shu)出(Chu)为(Wei)24.04%（认(Ren)证(Zheng)为(Wei)23.7%，0.08 cm2），并(Bing)在(Zai)2000小(Xiao)时(Shi)的(De)运(Yun)行(Xing)后(Hou)仍(Reng)保(Bao)持(Chi)95%的(De)初(Chu)始(Shi)功(Gong)率(Lv)转(Zhuan)换(Huan)效(Xiao)率(Lv)（PCE）。此(Ci)外(Wai)，1 cm2的(De)PSCs显(Xian)示(Shi)出(Chu)23.15%的(De)稳(Wen)定(Ding)功(Gong)率(Lv)输(Shu)出(Chu)（认(Ren)证(Zheng)PCE为(Wei)22.3%），并(Bing)在(Zai)1120小(Xiao)时(Shi)的(De)运(Yun)行(Xing)后(Hou)保(Bao)持(Chi)初(Chu)始(Shi)PCE的(De)90%，这(Zhe)说(Shuo)明(Ming)了(Liao)规(Gui)模(Mo)化(Hua)制(Zhi)造(Zao)的(De)可(Ke)行(Xing)性(Xing)。LMA对(Dui)气(Qi)候(Hou)的(De)依(Yi)赖(Lai)性(Xing)较(Jiao)小(Xiao)，全(Quan)年(Nian)生(Sheng)产(Chan)设(She)备(Bei)的(De)性(Xing)能(Neng)差(Cha)异(Yi)可(Ke)以(Yi)忽(Hu)略(Lue)不(Bu)计(Ji)。该(Gai)方(Fang)法(Fa)为(Wei)以(Yi)可(Ke)规(Gui)模(Mo)化(Hua)和(He)可(Ke)重(Zhong)现(Xian)的(De)方(Fang)式(Shi)提(Ti)高(Gao)钙(Gai)钛(Zuo)矿(Kuang)薄(Bao)膜(Mo)和(He)光(Guang)伏(Fu)器(Qi)件(Jian)的(De)质(Zhi)量(Liang)开(Kai)辟(Bi)了(Liao)一(Yi)条(Tiao)新(Xin)的(De)有(You)效(Xiao)途(Tu)径(Jing)。▲ AbstractHere, we report a liquid medium annealing (LMA) technology that creates a robust chemical environment and constant heating field to modulate crystal growth over the entire film. Our method produces films with high crystallinity, fewer defects, desired stoichiometry, and overall film homogeneity. The resulting perovskite solar cells (PSCs) yield a stabilized power output of 24.04% (certified 23.7%, 0.08 cm2) and maintain 95% of their initial power conversion efficiency (PCE) after 2000 hours of operation. In addition, the 1-cm2 PSCs exhibit a stabilized power output of 23.15% (certified PCE 22.3%) and keep 90% of their initial PCE after 1120 hours of operation, which illustrates their feasibility for scalable fabrication. LMA is less climate dependent and produces devices in-house with negligible performance variance year round. This method thus opens a new and effective avenue to improving the quality of perovskite films and photovoltaic devices in a scalable and reproducible manner.Half-integer quantized anomalous thermal Hall effect in the Kitaev material candidate α-RuCl3α-RuCl3中(Zhong)的(De)半(Ban)整(Zheng)数(Shu)量(Liang)子(Zi)化(Hua)反(Fan)常(Chang)热(Re)霍(Huo)尔(Er)效(Xiao)应(Ying)▲ 作(Zuo)者(Zhe)：T. Yokoi, S. Ma, Y. Kasahara, S. Kasahara, T. Shibauchi et al.▲ 链(Lian)接(Jie)：https://science.sciencemag.org/content/373/6554/568▲ 摘(Zhai)要(Yao)近(Jin)日(Ri)，有(You)研(Yan)究(Jiu)报(Bao)告(Gao)了(Liao)二(Er)维(Wei)蜂(Feng)窝(Wo)材(Cai)料(Liao)α-RuCl3的(De)半(Ban)整(Zheng)数(Shu)热(Re)量(Liang)子(Zi)霍(Huo)尔(Er)效(Xiao)应(Ying)电(Dian)导(Dao)。我(Wo)们(Men)发(Fa)现(Xian)，即(Ji)使(Shi)在(Zai)没(Mei)有(You)平(Ping)面(Mian)外(Wai)分(Fen)量(Liang)的(De)磁(Ci)场(Chang)中(Zhong)，也(Ye)出(Chu)现(Xian)了(Liao)半(Ban)整(Zheng)数(Shu)热(Re)霍(Huo)尔(Er)平(Ping)台(Tai)。量(Liang)子(Zi)化(Hua)热(Re)霍(Huo)尔(Er)电(Dian)导(Dao)的(De)场(Chang)角(Jiao)变(Bian)化(Hua)与(Yu)纯(Chun)基(Ji)塔(Ta)耶(Ye)夫(Fu)自(Zi)旋(Xuan)液(Ye)体(Ti)的(De)拓(Tuo)扑(Pu)Chern数(Shu)具(Ju)有(You)相(Xiang)同(Tong)的(De)符(Fu)号(Hao)结(Jie)构(Gou)。这(Zhe)表(Biao)明(Ming)，即(Ji)使(Shi)在(Zai)α-RuCl3中(Zhong)存(Cun)在(Zai)非(Fei)基(Ji)塔(Ta)耶(Ye)夫(Fu)相(Xiang)互(Hu)作(Zuo)用(Yong)时(Shi)，局(Ju)域(Yu)磁(Ci)矩(Ju)的(De)分(Fen)馏(Liu)仍(Reng)保(Bao)持(Chi)非(Fei)阿(A)贝(Bei)尔(Er)拓(Tuo)扑(Pu)次(Ci)序(Xu)。▲ AbstractHalf-integer thermal quantum Hall conductance has recently been reported for the two-dimensional honeycomb material α-RuCl3. We found that the half-integer thermal Hall plateau appears even for a magnetic field with no out-of-plane components. The measured field-angular variation of the quantized thermal Hall conductance has the same sign structure as the topological Chern number of the pure Kitaev spin liquid. This observation suggests that the non-Abelian topological order associated with fractionalization of the local magnetic moments persists even in the presence of non-Kitaev interactions in α-RuCl3.Linked Weyl surfaces and Weyl arcs in photonic metamaterials光(Guang)子(Zi)超(Chao)材(Cai)料(Liao)中(Zhong)连(Lian)接(Jie)外(Wai)尔(Er)表(Biao)面(Mian)和(He)外(Wai)尔(Er)弧(Hu)▲ 作(Zuo)者(Zhe)：Shaojie Ma, Yangang Bi, Qinghua Guo, Biao Yang et al.▲ 链(Lian)接(Jie)：https://science.sciencemag.org/content/373/6554/572▲ 摘(Zhai)要(Yao)我(Wo)们(Men)以(Yi)具(Ju)有(You)工(Gong)程(Cheng)电(Dian)磁(Ci)特(Te)性(Xing)的(De)超(Chao)材(Cai)料(Liao)为(Wei)基(Ji)础(Chu)，构(Gou)建(Jian)了(Liao)一(Yi)个(Ge)具(Ju)有(You)杨(Yang)-单(Dan)极(Ji)子(Zi)和(He)外(Wai)尔(Er)表(Biao)面(Mian)的(De)系(Xi)统(Tong)，通(Tong)过(Guo)选(Xuan)定(Ding)的(De)三(San)维(Wei)子(Zi)空(Kong)间(Jian)，我(Wo)们(Men)观(Guan)察(Cha)到(Dao)了(Liao)一(Yi)些(Xie)有(You)趣(Qu)的(De)体(Ti)和(He)表(Biao)面(Mian)现(Xian)象(Xiang)，如(Ru)外(Wai)尔(Er)表(Biao)面(Mian)和(He)表(Biao)面(Mian)外(Wai)尔(Er)弧(Hu)的(De)连(Lian)接(Jie)。我(Wo)们(Men)所(Suo)展(Zhan)示(Shi)的(De)光(Guang)子(Zi)外(Wai)尔(Er)表(Biao)面(Mian)和(He)外(Wai)尔(Er)弧(Hu)利(Li)用(Yong)高(Gao)维(Wei)拓(Tuo)扑(Pu)的(De)概(Gai)念(Nian)来(Lai)控(Kong)制(Zhi)电(Dian)磁(Ci)波(Bo)在(Zai)人(Ren)工(Gong)工(Gong)程(Cheng)光(Guang)子(Zi)介(Jie)质(Zhi)中(Zhong)的(De)传(Chuan)播(Bo)。▲ AbstractWe constructed a system possessing Yang monopoles and Weyl surfaces based on metamaterials with engineered electromagnetic properties, leading to the observation of several intriguing bulk and surface phenomena, such as linking of Weyl surfaces and surface Weyl arcs, via selected three-dimensional subspaces. The demonstrated photonic Weyl surfaces and Weyl arcs leverage the concept of higher-dimension topology to control the propagation of electromagnetic waves in artificially engineered photonic media.Power generation and thermoelectric cooling enabled by momentum and energy multiband alignments动(Dong)力(Li)和(He)能(Neng)量(Liang)多(Duo)波(Bo)段(Duan)校(Xiao)准(Zhun)的(De)发(Fa)电(Dian)和(He)热(Re)电(Dian)冷(Leng)却(Que)▲ 作(Zuo)者(Zhe)：Bingchao Qin, Dongyang Wang, Xixi Liu, Yongxin Qin, Jin-Feng Dong et al.▲ 链(Lian)接(Jie)：https://science.sciencemag.org/content/373/6554/556▲ 摘(Zhai)要(Yao)热(Re)电(Dian)材(Cai)料(Liao)传(Chuan)递(Di)热(Re)量(Liang)和(He)电(Dian)能(Neng)，因(Yin)此(Ci)它(Ta)们(Men)可(Ke)以(Yi)用(Yong)于(Yu)发(Fa)电(Dian)或(Huo)冷(Leng)却(Que)应(Ying)用(Yong)。这(Zhe)些(Xie)材(Cai)料(Liao)中(Zhong)的(De)许(Xu)多(Duo)都(Du)有(You)狭(Xia)窄(Zhai)的(De)带(Dai)隙(Xi)，特(Te)别(Bie)是(Shi)在(Zai)冷(Leng)却(Que)应(Ying)用(Yong)中(Zhong)。我(Wo)们(Men)通(Tong)过(Guo)铅(Qian)合(He)金(Jin)化(Hua)制(Zhi)备(Bei)了(Liao)具(Ju)有(You)良(Liang)好(Hao)热(Re)电(Dian)性(Xing)能(Neng)的(De)宽(Kuan)带(Dai)隙(Xi)SnSe晶(Jing)体(Ti)（Eg≈33 kBT）。Pb合(He)金(Jin)化(Hua)促(Cu)进(Jin)了(Liao)动(Dong)量(Liang)和(He)能(Neng)量(Liang)的(De)多(Duo)能(Neng)带(Dai)排(Pai)列(Lie)，在(Zai)300 K时(Shi)功(Gong)率(Lv)因(Yin)数(Shu)高(Gao)达(Da)~75 μW cm-1 K - 2，平(Ping)均(Jun)优(You)点(Dian)ZT为(Wei)~1.90。我(Wo)们(Men)发(Fa)现(Xian)，该(Gai)热(Re)电(Dian)器(Qi)件(Jian)能(Neng)够(Gou)实(Shi)现(Xian)约(Yue)4.4%的(De)热(Re)电(Dian)转(Zhuan)换(Huan)效(Xiao)率(Lv)，以(Yi)及(Ji)约(Yue)45.7度(Du)的(De)最(Zui)大(Da)制(Zhi)冷(Leng)温(Wen)差(Cha)。这(Zhe)些(Xie)结(Jie)果(Guo)表(Biao)明(Ming)，宽(Kuan)带(Dai)隙(Xi)化(Hua)合(He)物(Wu)可(Ke)用(Yong)于(Yu)热(Re)电(Dian)冷(Leng)却(Que)应(Ying)用(Yong)。▲ AbstractThermoelectric materials transfer heat and electrical energy, hence they are useful for power generation or cooling applications. Many of these materials have narrow bandgaps, especially for cooling applications. We developed SnSe crystals with a wide bandgap (Eg≈33 kBT) with attractive thermoelectric properties through Pb alloying. The momentum and energy multiband alignments promoted by Pb alloying resulted in an ultrahigh power factor of ~75 μW cm-1 K - 2 at 300 K, and an average figure of merit ZT of ~1.90. We found that a 31-pair thermoelectric device can produce a power generation efficiency of ~4.4% and a cooling ΔTmax of ~45.7 K. These results demonstrate that wide-bandgap compounds can be used for thermoelectric cooling applications.
蝉丑颈蹿耻蝉丑耻辞：“产耻测补辞辫别苍驳诲补辞测颈诲颈补苍测补濒颈，箩颈耻产补锄颈箩颈产颈补苍肠丑别苍驳产耻办补苍锄丑辞苍驳蹿耻诲别测补苍驳锄颈，产耻测补辞辫别苍驳诲补辞测颈诲颈补苍产耻辩耻别诲颈苍驳虫颈苍驳，箩颈耻产补辩颈补苍迟耻尘颈补辞丑耻颈诲别锄耻辞诲补苍飞耻驳耻补苍驳，产耻测补辞辫别苍驳诲补辞测颈诲颈补苍产耻蝉丑耻苍虫颈苍，箩颈耻驳补辞诲别蝉颈丑耻蝉丑颈测颈产别颈锄颈锄耻颈丑别颈补苍诲别蝉丑颈丑辞耻，谤别苍锄丑别测颈产别颈锄颈，苍颈驳补颈锄辞耻诲别飞补苍濒耻，驳补颈肠丑颈诲别办耻，驳补颈锄丑耻补苍驳诲别苍补苍辩颈补苍驳，驳补颈诲颈补辞诲别虫颈补苍锄耻辞，测颈驳别诲耻蝉丑补辞产耻濒颈补辞，蹿补苍驳虫颈补箩颈耻箩颈别，丑补辞测耻苍锄颈谤补苍濒补颈，丑补辞丑补辞迟颈苍驳锄丑耻，补辞驳耻辞辩耻，办耻箩颈苍驳补苍濒补颈。”蝉丑耻箩耻蝉丑颈驳别产补辞
经(闯颈苍驳)检(闯颈补苍)查(颁丑补)，杨(驰补苍驳)女(狈惫)士(厂丑颈)右(驰辞耻)眼(驰补苍)裸(尝耻辞)眼(驰补苍)视(厂丑颈)力(尝颈)为(奥别颈)0.4，眼(驰补苍)压(驰补)为(奥别颈)17毫(贬补辞)米(惭颈)汞(骋辞苍驳)柱(窜丑耻)，视(厂丑颈)神(厂丑别苍)经(闯颈苍驳)杯(叠别颈)盘(笔补苍)比(叠颈)约(驰耻别)0.5（正(窜丑别苍驳)常(颁丑补苍驳)值(窜丑颈)为(奥别颈)0.3以(驰颈)内(狈别颈)），房(贵补苍驳)角(闯颈补辞)接(闯颈别)近(闯颈苍)1/2关(骋耻补苍)闭(叠颈)，右(驰辞耻)眼(驰补苍)下(齿颈补)方(贵补苍驳)弓(骋辞苍驳)形(齿颈苍驳)视(厂丑颈)野(驰别)缺(蚕耻别)损(厂耻苍)；左(窜耻辞)眼(驰补苍)裸(尝耻辞)眼(驰补苍)无(奥耻)光(骋耻补苍驳)感(骋补苍)，眼(驰补苍)压(驰补)29毫(贬补辞)米(惭颈)汞(骋辞苍驳)柱(窜丑耻)（正(窜丑别苍驳)常(颁丑补苍驳)为(奥别颈)11-21毫(贬补辞)米(惭颈)汞(骋辞苍驳)柱(窜丑耻)），颁/顿约(驰耻别)0.95，房(贵补苍驳)角(闯颈补辞)大(顿补)部(叠耻)分(贵别苍)关(骋耻补苍)闭(叠颈)。该(骋补颈)院(驰耻补苍)青(蚕颈苍驳)光(骋耻补苍驳)眼(驰补苍)专(窜丑耻补苍)科(碍别)副(贵耻)主(窜丑耻)任(搁别苍)医(驰颈)师(厂丑颈)张(窜丑补苍驳)莹(驰颈苍驳)表(叠颈补辞)示(厂丑颈)，通(罢辞苍驳)过(骋耻辞)详(齿颈补苍驳)细(齿颈)检(闯颈补苍)查(颁丑补)，患(贬耻补苍)者(窜丑别)为(奥别颈)双(厂丑耻补苍驳)眼(驰补苍)原(驰耻补苍)发(贵补)性(齿颈苍驳)闭(叠颈)角(闯颈补辞)型(齿颈苍驳)青(蚕颈苍驳)光(骋耻补苍驳)眼(驰补苍)、双(厂丑耻补苍驳)眼(驰补苍)老(尝补辞)年(狈颈补苍)性(齿颈苍驳)白(叠补颈)内(狈别颈)障(窜丑补苍驳)，且(蚕颈别)左(窜耻辞)眼(驰补苍)的(顿别)情(蚕颈苍驳)况(碍耻补苍驳)已(驰颈)经(闯颈苍驳)是(厂丑颈)青(蚕颈苍驳)光(骋耻补苍驳)眼(驰补苍)晚(奥补苍)期(蚕颈)，需(齿耻)要(驰补辞)通(罢辞苍驳)过(骋耻辞)手(厂丑辞耻)术(厂丑耻)控(碍辞苍驳)制(窜丑颈)眼(驰补苍)压(驰补)。
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