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Poetry Folder: Mathematical Constants Beyond the Half-Circle 诗歌文件夹:半圆以外的数学常数
IF 0.3 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-01-01 DOI: 10.5642/jhummath.leoo6549
Poetry Folder
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引用次数: 0
The Mathematics of the Harp: Modeling the Classical Instrument and Designing Futuristic Ones 竖琴的数学:古典乐器的建模和未来的设计
IF 0.3 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-01-01 DOI: 10.5642/jhummath.gezg5395
Cristina Carr, Daniel Chioffi, Maya Glenn, Stefan Nita, V. Nita, Bogdan G. Nita
We analyze and model the neck of the classical harp based on the length of the strings, their tension and density. We then use the results to design new and innovative harp shapes by adjusting the parameters of the model
我们根据弦的长度、弦的张力和密度对古典竖琴的琴颈进行了分析和建模。然后,我们使用结果来设计新的和创新的竖琴形状通过调整模型的参数
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引用次数: 0
The Merchant and the Mathematician: Commerce and Accounting 《商人与数学家:商业与会计
IF 0.3 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-01-01 DOI: 10.5642/jhummath.cdrw3514
G. Gentili, Luisa Simonutti, D. Struppa
In this article, we describe the invention of double-entry bookkeeping (or partita doppia as it was called in Italian) as a fertile intersection between mathematics and early commerce. We focus our attention on this seemingly simple technique that requires only minimal mathematical expertise, but whose discovery is clearly the result of a mathematical way of thinking, in order to make a conceptual point about the role of mathematics as the humus from which disciplines as different as operations research, computer science, and data science have evolved
在这篇文章中,我们将复式记账(或意大利语中的partita doppia)的发明描述为数学和早期商业之间的一个丰富的交叉点。我们把注意力集中在这种看似简单的技术上,这种技术只需要最少的数学专业知识,但它的发现显然是数学思维方式的结果,目的是从概念上说明数学作为腐殖质的作用,运筹学、计算机科学和数据科学等不同学科都是从腐殖质中进化出来的
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引用次数: 0
The Genesis of a Theorem 一个定理的起源
IF 0.3 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-01-01 DOI: 10.5642/jhummath.lmmv7107
O. Marrero
Synopsis We present the story of a theorem’s conception and birth. The tale begins with the circumstances in which the idea sprouted; then is the question’s origin; next comes the preliminary investigation, which led to the conjecture and the proof; finally, we state the theorem. Our discussion is accessible to anyone who knows mathematical induction. Therefore, this material can be used for instruction in a variety of courses. In particular, this story may be used in undergraduate courses as an example of how mathematicians do research. As a bonus, the proof by induction is not of the simplest kind, because it includes some preliminary work that facilitates the proof; therefore, the theorem can also serve as a nice exercise in induction. Additionally, we use well-known facts from calculus to clarify and enhance what is intrinsically a discrete problem. Making an unexpected but welcome explanatory appearance, the number e is pertinent.
我们介绍一个定理的概念和诞生的故事。故事从这个想法产生的环境开始;然后是问题的起源;接下来是初步调查,得出了猜想和证明;最后,我们陈述了这个定理。任何了解数学归纳法的人都可以参加我们的讨论。因此,该材料可用于各种课程的教学。特别是,这个故事可以在本科生课程中作为数学家如何进行研究的例子。另外,归纳证明不是最简单的一种,因为它包括一些有助于证明的初步工作;因此,这个定理也可以作为一个很好的归纳练习。此外,我们使用微积分中众所周知的事实来澄清和增强本质上是离散问题的东西。数字e出人意料地出现了,但却很受欢迎。
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引用次数: 0
Collapsing Spaces, Colliding Places: Leveraging Constructs from Humanistic Geography to Explore Mathematics Classes 空间坍塌,地点碰撞:利用人文地理学建构探索数学课堂
IF 0.3 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-01-01 DOI: 10.5642/jhummath.lmpq5945
Valentin A. B. Küchle, Shiv Karunakaran, Mariana Levin, John J. Smith III, Sarah D. Castle, Jihye Hwang, Yaomingxin Lu, R. Elmore
Humanistic geographers distinguish between space and place: "What begins as undifferentiated space becomes place as we get to know it better and endow it with value" [19, page 6]. In this essay, we seek to demonstrate how mathematics education researchers and mathematics instructors may find space and place il-luminating for understanding important aspects of students' learning experiences during the coronavirus pandemic - and possibly beyond. Specifically, after in-tro ducing the terms and relating them to the context of a university mathematics class, we exemplify how home and class places collided for three undergraduate mathematics students forced to deal with the abrupt transition to online educa-tion. We conclude by discussing implications of attending to space and place for designers and researchers of (pandemic) online instruction and make connections to how the pandemic and attending to space and place can serve as a catalyst for reshaping undergraduate mathematics education.
人文地理学家对空间和地点进行了区分:“当我们更好地了解它并赋予它价值时,最初作为无差别空间的东西就变成了地方”[19,第6页]。在本文中,我们试图展示数学教育研究人员和数学教师如何找到空间和地方,以了解冠状病毒大流行期间(甚至可能超越)学生学习经历的重要方面。具体来说,在介绍了这些术语并将它们与大学数学课堂的背景联系起来之后,我们举例说明了三名数学本科生如何被迫应对突然过渡到在线教育的家庭和课堂地点的冲突。最后,我们讨论了关注空间和地点对(大流行)在线教学的设计师和研究人员的影响,并将大流行和关注空间和地点如何成为重塑本科数学教育的催化剂联系起来。
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引用次数: 0
The Nothing That Really Matters 什么都不重要
IF 0.3 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-01-01 DOI: 10.5642/jhummath.podj4118
Szilárd Svitek
Synopsis Zero has (a) special role(s) in mathematics. In the current century, we take negative numbers and zero for granted, but we should also be aware that their acceptance and their emergence in mathematics, and their ubiquity today, have not come to happen as rapidly as, for example, for natural numbers. Students can quickly become confused by the question: is zero a natural number? The answer is simple: a matter of definition. The history of zero and that of negative numbers are closely linked. It was in the calculations of debts that the negative numbers first appeared, where the state of balance between positive and negative assets was also given. We now take them for granted, but the history of science shows that it was far from a smooth process, and interesting mistakes about zero still occur in education today. I present a few examples below, and how they have been resolved.
零在数学中具有特殊的作用。在本世纪,我们认为负数和零是理所当然的,但我们也应该意识到,它们在数学中的接受和出现,以及它们今天的无处不在,并不像自然数那样迅速发生。学生们很快就会对这个问题感到困惑:零是自然数吗?答案很简单:这是一个定义问题。零和负数的历史是紧密相连的。在债务的计算中,负数首次出现,其中也给出了正资产和负资产之间的平衡状态。我们现在认为这是理所当然的,但科学史表明,这远非一个顺利的过程,在今天的教育中,关于零的有趣错误仍在发生。我在下面列举了几个例子,以及它们是如何解决的。
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引用次数: 0
Book Review: Algebra the Beautiful: An Ode to Math’s Least-Loved Subject by G. Arnell Williams 书评:《美丽的代数:对数学最不受欢迎的学科的颂歌》,作者:G.阿内尔·威廉姆斯
IF 0.3 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-01-01 DOI: 10.5642/jhummath.bffk4651
J. Grabiner
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引用次数: 0
The Babelogic of Mathematics 数学的逻辑
IF 0.3 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-01-01 DOI: 10.5642/jhummath.bgui1643
Vijay Fafat
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引用次数: 0
Where Does Mathematics Come From? Really, Where? 数学从何而来?真的,在哪里?
IF 0.3 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-01-01 DOI: 10.5642/jhummath.xjfo9325
M. Huber, Gizem Karaali
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引用次数: 0
Mathematics Education as Dystopia: A Future Beyond 作为反乌托邦的数学教育:超越的未来
IF 0.3 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2022-07-01 DOI: 10.5642/jhummath.sqek5024
Peter Appelbaum, C. Stathopoulou, Constantinos Xenofontos
Synopsis We argue that scholars and practitioners of mathematics education need to find new directions through recognition of its dystopic characteristics, and embrace these characteristics as both the source of challenges and method of response. This contrasts with the generally utopic approach of most scholarship in the field. We offer critical ethnomathematics education as a model, since it has its own origins in lingering dystopic legacies. A perpetual hopelessness and disempower-ment is one implicit curriculum of contemporary mathematics education, where the mathematics one learns might help to describe things, yet hardly assists in transforming the reification of power and agency in society. Embracing dystopia rather than trying to circumvent it generates new questions and pathways.
我们认为,数学教育的学者和实践者需要通过认识其反乌托邦特征来寻找新的方向,并将这些特征作为挑战的来源和应对方法。这与该领域大多数学者普遍采用的乌托邦式方法形成了鲜明对比。我们提供批判性的民族数学教育作为一种模式,因为它有自己的起源,在挥之不去的反乌托邦遗产。永久的绝望和丧失权力是当代数学教育的一个隐性课程,在这里,人们学到的数学可能有助于描述事物,但几乎无助于改变社会中权力和代理的具体化。拥抱反乌托邦而不是试图规避它会产生新的问题和途径。
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引用次数: 1
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Journal of Humanistic Mathematics
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