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准备好量子算法素养 作者孟
摘要：人们一直认为数学很难。然而，数学是 STEM 教育的重要组成部分。量子技术已经对我们的社会产生了巨大的影响，其优势在金融、航空航天和能源等各行各业都很明显。这些创新有望改变我们的生活。商业和公共部门的管理人员将需要学习量子计算。量子算法素养可能有助于提高数学理解和热情。本文提出，一种可能的方法是以一种相当温和但易懂的方式呈现信息，以便通过将其扩展到获得量子算法素养来激发人们对他们已经了解的数学的兴趣。本文将简要介绍建模量子计算思想所需的数学，包括线性变换和矩阵代数。量子纠缠、线性变换、量子密码学和量子隐形传态将用作例子，说明基本数学概念在制定量子算法中的实用性。这些量子算法素养的典范有助于激发人们对数学的兴趣。此外，还提供了一个定性比较分析 (QCA) 框架，教师可以利用该框架确定哪些学生需要补习。这有助于教师消除学生对数学概念的不确定性。
Playbill the Mousetrap |孟菲斯剧院
AFFILIATIONS American Association of Community Theatres ArtsMemphis Southeastern Theatre Conference Tennessee Arts Commission Tennessee Theatre Association THEATRE MEMPHIS STAFF Debbie Litch, Executive Producer Administrative Staff Lisa Hall-Hayes, Operations Manager Randall Hartzog, Director of Marketing/ Communications Kaitlin Brucker, Office Manager/Usher Coordinator Lisa Chang, Finance Manager Christina Hendricks, Senior Box Office Assistant Sharri Reid, Box Office Assistant Julia Truelove, Box Office Assistant Molly Waugh, Box Office Assistant Claudia Bacigalupo, House Manager Natalie Chamblin , House Manager Daniel Myers-Ray, House Manager Abi Wiggins, House Manager Johnny Gaither, Building & Grounds Production Staff Michael Compton, Production Manager/ Technical Director Becky Caspersen, Director of Outreach, Education, Volunteer Engagement & Stage Management Gary Beard, Music Consultant Amie Eoff, Resident Costume Director Jack Netzel-Yates, Resident Scenic Designer/ Properties Master Nicole Northington, Resident Lighting Designer Ashley Selberg, Costume Shop Manager Brigette Hutchison, Costume Shop Technician Maggie Jackson, Assistant Technical Director Chelsea Robinson , Stage Management & Programs: Tech Academy, Volunteers & Daytime A Christmas Carol Abi Wiggins , Outreach & Programs: TM Prep, SkillSet & Festivals卡隆·塞缪尔（Karon Samuels），教育与计划：阅读与艺术票房中的与女性联系：901.682.8323广告：901.682.0264 www.theatrememphis.org
2024孟菲斯贫困事实说明
（2023年的数据和以前的ACS）是孟菲斯贫穷的人？孟菲斯市的贫困率为22.6％。儿童贫困率为36.3％，而65岁以上的人的贫困率仍然是任何年龄段的最低年龄段，为16.1％。自去年以来，老年人的贫困率有所提高。孟菲斯市的贫困率为27.1％，因为西班牙裔/拉丁美洲人为26.0％，白人为8.9％。这些代表了黑人和西班牙裔/拉丁美洲人的贫困增加，但白人的贫困减少。In the Memphis Metropolitan Statistical Area (MSA), which includes parts of Tennessee, Arkansas, and Mississippi, the overall poverty rate is 16.5%, child poverty is 25.8%, poverty for people over age 65 is 12.9%, Black poverty is 24.3%, White poverty is 8.1%, and Hispanic or Latino poverty is 18.4%.几乎所有群体的贫困率都在增加，除非非西班牙裔白人。表1 - 孟菲斯，田纳西州谢尔比县和美国的各种贫困率
克兰菲尔德大学 孟凡良 致辞...
5 设计要求 ................................................................................................ 33 5.1 引言 .............................................................................................. 33 5.2 性能要求 .............................................................................................. 33 5.2.1 失速载荷 .............................................................................................. 33 5.2.2 最大速率能力 ...................................................................................... 34 5.2.3 频率响应； ...................................................................................... 34 5.2.4 动态刚度 ...................................................................................... 35 5.2.5 故障瞬态 ...................................................................................... 36 5.3 适航要求 ............................................................................................. 37 5.3.1 CCAR-25.671 总则 ............................................................................. 37 5.3.2 CCAR-25.672 增稳以及自动和电动系统。 ........................................................................................... 38 5.3.3 CCAR-25.675 停止 ......................................................................... 38 5.3.4 CCAR-25.681 极限载荷静态试验................................................. 39 5.3.5 CCAR-25.683 运行试验 .............................................. 39 5.3.6 CCAR-25.685 控制系统细节 .............................................. 39 5.3.7 CCAR-25.697 升阻装置、操纵装置 ........................................ 39 5.3.8 CCAR-25.701 襟翼互连 ...................................................... 40 5.4 客户要求 ............................................................................. 40 5.5 总结 ............................................................................. 41 6 常规作动设计 ............................................................................. 43 6.1 简介 ............................................................................. 43 6.2 飞行起重机作动系统架构 ........................................................ 43 6.2.1 作动器布局 ............................................................................. 43 6.2.2 电源 ............................................................................. 44 6.2.3 作动器控制 ............................................................................. 45 6.2.4 执行器工作模式 ................................................................................ 46 6.3 安全可靠性估算 ................................................................................ 47 6.4 功率估算 ........................................................................................ 48 6.5 重量估算 ........................................................................................ 49 6.6 散热估算 ................................................................................................ 50 6.7 总结 ................................................................................................ 51 7 分布式作动系统设计 ................................................................................ 52 7.1 简介 ................................................................................................ 52 7.2 系统架构 ............................................................................................. 52 7.3 安全可靠性估算 ............................................................................. 53 7.4 功率估算 ............................................................................................. 53 7.5 质量估算 ............................................................................................. 54 7.6 散热 ................................................................................................ 54 7.7 总结 ................................................................................................ 54 8 讨论 ............................................................................................................. 55 8.1 简介 ................................................................................................ 55 8.2 性能 ................................................................................................ 55 8.3 成本 ................................................................................................ 58 8.4 适航认证 ............................................................................................. 58 8.5 总结 ................................................................................................ 59 9 结论........................................................................................... 61 9.1 结论 .............................................................................................. 61.................................. 55 8.1 介绍 ................................................................................................ 55 8.2 性能 ................................................................................................ 55 8.3 成本 ................................................................................................ 58 8.4 适航认证 .............................................................................................. 58 8.5 总结 ................................................................................................ 59 9 结论 ............................................................................................................. 61 9.1 结论 ................................................................................................ 61.................................. 55 8.1 介绍 ................................................................................................ 55 8.2 性能 ................................................................................................ 55 8.3 成本 ................................................................................................ 58 8.4 适航认证 .............................................................................................. 58 8.5 总结 ................................................................................................ 59 9 结论 ............................................................................................................. 61 9.1 结论 ................................................................................................ 61
美国陆军工程兵团孟菲斯区智能手机应用程序
孟菲斯区应用程序包含区办公室链接、区信息以及区拥有的社交媒体页面。另一个有价值的功能是“安全第一”工具。此工具允许使用该应用程序的任何人几分钟内直接向区安全办公室报告安全问题。此外，如果愿意，用户可以保持匿名，用户还可以选择附加危险照片。有关如何下载和使用此应用程序工具的步骤，请参阅下面的分步说明。
公告 - (USACE) 孟菲斯区 - Army.mil
目的：拟议项目的目的是提高项目现场的灌溉和农业效率。位置：项目现场位于阿肯色州克雷格黑德县第 22 区、15N 乡镇、2E 范围，在 Bono 7.5 分钟四边形地图上大约位于纬度 35.92143° 和经度 -90.85728°（图 1）。工作描述：申请人提议填充和重新安置一条未命名支流的约 2400 线性英尺。将在现场创建一条总长约 2200 线性英尺的新渠道以取代现有支流（图 2）。现有支流的填充物将来自新渠道和周围农田的挖掘。避免/最小化：据申请人称，避开现有支流无法实现改善该地点灌溉和农业效率的目的。缓解：申请人提议通过开辟一条总长约 2200 线性英尺的新水道，将影响减轻到约 2400 线性英尺的支流。申请人提议在新水道两侧设置 20 英尺的草本缓冲区。水质认证：《清洁水法》（CWA）第 401 条水认证改进规则（认证规则，40 CFR 121）于 2023 年 11 月 27 日生效，要求对授权可能导致排放的活动的任何执照或许可证进行认证。认证机构对 CWA 第 401 条的认证范围应评估该活动是否符合适用的水质要求。认证机构的评估仅限于受联邦许可或许可证约束的活动对水质的影响，包括活动的建设和运营。申请人全权负责申请认证并向认证机构提供所需信息。根据认证规则第 121.12 部分，工程兵团在收到 DA 许可申请和相关认证后将通知美国环境保护署署长。
克兰菲尔德大学 孟凡良 致辞...
5 设计要求 ................................................................................................ 33 5.1 引言 .............................................................................................. 33 5.2 性能要求 .............................................................................................. 33 5.2.1 失速载荷 .............................................................................................. 33 5.2.2 最大速率能力 ...................................................................................... 34 5.2.3 频率响应； ...................................................................................... 34 5.2.4 动态刚度 ...................................................................................... 35 5.2.5 故障瞬态 ...................................................................................... 36 5.3 适航要求 ............................................................................................. 37 5.3.1 CCAR-25.671 总则 ............................................................................. 37 5.3.2 CCAR-25.672 增稳以及自动和电动系统。 ........................................................................................... 38 5.3.3 CCAR-25.675 停止 ......................................................................... 38 5.3.4 CCAR-25.681 极限载荷静态试验................................................. 39 5.3.5 CCAR-25.683 运行试验 .............................................. 39 5.3.6 CCAR-25.685 控制系统细节 .............................................. 39 5.3.7 CCAR-25.697 升阻装置、操纵装置 ........................................ 39 5.3.8 CCAR-25.701 襟翼互连 ...................................................... 40 5.4 客户要求 ............................................................................. 40 5.5 总结 ............................................................................. 41 6 常规作动设计 ............................................................................. 43 6.1 简介 ............................................................................. 43 6.2 飞行起重机作动系统架构 ........................................................ 43 6.2.1 作动器布局 ............................................................................. 43 6.2.2 电源 ............................................................................. 44 6.2.3 作动器控制 ............................................................................. 45 6.2.4 执行器工作模式 ................................................................................ 46 6.3 安全可靠性估算 ................................................................................ 47 6.4 功率估算 ........................................................................................ 48 6.5 重量估算 ........................................................................................ 49 6.6 散热估算 ................................................................................................ 50 6.7 总结 ................................................................................................ 51 7 分布式作动系统设计 ................................................................................ 52 7.1 简介 ................................................................................................ 52 7.2 系统架构 ............................................................................................. 52 7.3 安全可靠性估算 ............................................................................. 53 7.4 功率估算 ............................................................................................. 53 7.5 质量估算 ............................................................................................. 54 7.6 散热 ................................................................................................ 54 7.7 总结 ................................................................................................ 54 8 讨论 ............................................................................................................. 55 8.1 简介 ................................................................................................ 55 8.2 性能 ................................................................................................ 55 8.3 成本 ................................................................................................ 58 8.4 适航认证 ............................................................................................. 58 8.5 总结 ................................................................................................ 59 9 结论........................................................................................... 61 9.1 结论 .............................................................................................. 61.................................. 55 8.1 介绍 ................................................................................................ 55 8.2 性能 ................................................................................................ 55 8.3 成本 ................................................................................................ 58 8.4 适航认证 .............................................................................................. 58 8.5 总结 ................................................................................................ 59 9 结论 ............................................................................................................. 61 9.1 结论 ................................................................................................ 61.................................. 55 8.1 介绍 ................................................................................................ 55 8.2 性能 ................................................................................................ 55 8.3 成本 ................................................................................................ 58 8.4 适航认证 .............................................................................................. 58 8.5 总结 ................................................................................................ 59 9 结论 ............................................................................................................. 61 9.1 结论 ................................................................................................ 61
