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出版商:
Springer
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出版日期:
2026-02-03
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售價:
$6,820
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貴賓價:
9.8 折
$6,683
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語言:
英文
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頁數:
209
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裝訂:
Hardcover - also called cloth, retail trade, or trade
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ISBN:
3032031109
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ISBN-13:
9783032031105
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相關分類:
物理學 Physics
商品描述
This book explores diverse systems including carbon nanotubes, topological crystalline insulators, Dirac semimetals, and other more recently discovered topological phases, such as fragile and higher-order topology. Topological systems and moiré graphene-based materials form two intertwined branches of current interest in condensed matter physics. Various computational and analytical methods are extensively described and combined, providing new perspectives on these emerging fields. Regarding moiré materials, collapsed chiral carbon nanotubes are shown here to be one-dimensional analogues of twisted bilayer graphene, exhibiting magic angle physics. A wide-ranging overview of modern topological phases of matter is also presented, with an emphasis on crystalline symmetries. In this regard, the robustness of topological crystalline insulator SnTe under impurities, as well as its spin texture, is assessed. Additionally, over 50 two-dimensional materials with fragile topology are described, many of them for the first time, which can host fractionally filled corner states. In summary, this thesis constitutes an instructive presentation of novel theoretical advances in topological and Dirac matter, proposing several experimentally feasible material candidates for these exotic phases of matter. It is written in a clear manner and with a comprehensive introduction that will surely be of help for researchers and students entering these fields.
商品描述(中文翻譯)
本書探討多樣的系統，包括碳奈米管、拓撲晶體絕緣體、Dirac 半金屬以及其他最近發現的拓撲相，例如脆弱拓撲和高階拓撲。拓撲系統和摩爾石墨烯基材料形成了當前凝聚態物理學中兩個交織的研究領域。各種計算和分析方法被廣泛描述並結合，提供了對這些新興領域的新視角。關於摩爾材料，這裡展示了崩潰的手性碳奈米管作為扭曲雙層石墨烯的一維類比，展現了魔角物理。書中還提供了現代拓撲物質相的廣泛概述，重點強調晶體對稱性。在這方面，拓撲晶體絕緣體 SnTe 在雜質下的穩健性以及其自旋結構得到了評估。此外，描述了超過 50 種具有脆弱拓撲的二維材料，其中許多是首次介紹，這些材料可以容納部分填充的角狀態。總之，本論文構成了對拓撲和 Dirac 物質中新穎理論進展的有益介紹，提出了幾個實驗上可行的材料候選者，以應對這些異常物質相。內容清晰，並提供了全面的介紹，必將對進入這些領域的研究人員和學生有所幫助。
作者簡介
Olga Arroyo Gascón holds a BSc degree in Physics from Autonomous University of Madrid, and a MSc in Theoretical Physics from Complutense University of Madrid. During her MSc, under the guidance of Prof. Francisco Domínguez-Adame, she commenced her research on topological materials. She carried out her PhD at the Materials Science Institute of Madrid (Spanish National Research Council) and Complutense University of Madrid, under the supervision of Prof. Leonor Chico. Her research was developed at the Quantum Materials for Quantum Technologies group at the Materials Science Institute of Madrid and the Quantum Nanosystems Group at Complutense University of Madrid, with a research stay in Prof. Mónica Pacheco's group at Federico Santa María University of Technology in Valparaíso (Chile). Her PhD research was focused on theoretical models and computational approaches to low-dimensional Dirac systems and symmetry-protected topological phases of matter. In September 2024, she defended her thesis with excellent cum laude grade and moved to University of Salamanca (Spain) as a postdoctoral researcher. At the end of this appointment, she will be starting a new postdoctoral position at the Institute of Theoretical Physics associated to the Paris-Saclay University and the French National Research Council. Olga's thesis work has been awarded the XII Best Theoretical Thesis in Condensed Matter Physics by the Condensed Matter Physics Division of the Spanish Royal Physics Society. She is the first author of several scientific articles in peer-reviewed international journals, including high-impact journals such as Nano Letters and Carbon, and has also co-authored an outreach article based on novel results from her PhD research. She has presented her work in 12 international and 6 national conferences and workshops, including invited talks, and imparted seminars in universities inside and outside Spain. She is also a graduated flute player and enjoys synergies between art and science.
作者簡介(中文翻譯)
Olga Arroyo Gascón 擁有馬德里自治大學的物理學學士學位，以及馬德里康普頌斯大學的理論物理學碩士學位。在攻讀碩士學位期間，在 Francisco Domínguez-Adame 教授的指導下，她開始了對拓撲材料的研究。她在馬德里材料科學研究所（西班牙國家研究委員會）和馬德里康普頌斯大學進行博士研究，指導教授為 Leonor Chico 教授。她的研究在馬德里材料科學研究所的量子材料與量子技術小組以及馬德里康普頌斯大學的量子納米系統小組進行，並在智利瓦爾帕萊索的 Federico Santa María 科技大學的 Mónica Pacheco 教授小組進行研究交流。她的博士研究專注於低維度 Dirac 系統和對稱保護的拓撲相的理論模型及計算方法。2024 年 9 月，她以優異的 cum laude 成績辯護了她的論文，並轉至西班牙薩拉曼卡大學擔任博士後研究員。在這一任期結束後，她將在與巴黎-薩克雷大學及法國國家研究委員會相關的理論物理研究所開始新的博士後職位。Olga 的論文工作獲得了西班牙皇家物理學會凝聚態物理學分會頒發的第 XII 屆最佳凝聚態物理學理論論文獎。她是多篇國際同行評審期刊科學文章的第一作者，包括高影響力的期刊如 Nano Letters 和 Carbon，並共同撰寫了一篇基於其博士研究新結果的科普文章。她在 12 次國際會議和 6 次國內會議及研討會上展示了她的研究成果，包括受邀演講，並在西班牙內外的多所大學舉辦了研討會。她也是一名畢業的長笛演奏者，享受藝術與科學之間的協同效應。
