Quantum spacetime的問題,透過圖書和論文來找解法和答案更準確安心。 我們找到下列包括價格和評價等資訊懶人包
Quantum spacetime的問題,我們搜遍了碩博士論文和台灣出版的書籍,推薦(美)肖恩·卡羅爾寫的 時空與幾何:英文 和Nickolaus, Gary O.的 The Nature and Purpose of Reality: The Illumination of Creation, Spacetime, Good and Evil, Art, Philosophy, Psychology, Consciou都 可以從中找到所需的評價。
另外網站Quantum Gravity: The Quest for the Pixelation of Space也說明:What is quantum gravity? The idea that space is made of discrete pockets like pixels. Caltech researchers are inventing new kinds of ...
這兩本書分別來自世界圖書 和所出版 。
淡江大學 英文學系博士班 蔡振興所指導 陳映華的 現代時間與自然:艾略特與懷海德 (2021),提出Quantum spacetime關鍵因素是什麼,來自於自然哲學、四首四重奏、艾蜜莉‧海爾、第四維時空、認識論、事件、綿延、擴延、創生進程、瞬時性、共時性、相對論、光、因果性、超級 / 量子電腦、普魯福洛克、集合理論、阿岡本、薛丁格、疊加態、時間之箭 / 熵。
而第二篇論文國立臺灣師範大學 翻譯研究所 胡宗文所指導 裴書逸的 科普字幕隱喻之翻譯與策略: 以「宇宙時空之旅」為例 (2021),提出因為有 字幕翻譯、隱喻、隱喻翻譯、質性分析、科學紀錄影集、宇宙大探索的重點而找出了 Quantum spacetime的解答。
最後網站MP1405 - Quantum structure of spacetime (QSPACE)則補充:Noncommutative/Nonassociative Geometry - Geometry of Strings - Quantum Interferometry - Quantum Spacetime Phenomenology and Cosmology - Quantum Gravity and ...
時空與幾何:英文
![](/images/books_new/CN1/173/31/CN11731306.webp)
為了解決Quantum spacetime 的問題,作者(美)肖恩·卡羅爾 這樣論述:
本書旨在讓讀者清晰明瞭地學習廣義相對論。作者以通俗易懂且生動活潑的寫作風格,對廣義相對論做了全面現代式的介紹,包括彎曲時空中的量子場論。全書只需要很少的預備知識即可閱讀,所用的數學知識都是現用現講,減低了學習難度。 本書從平直時空的物理學(狹義相對論)開始講起,循序漸進深入學習微分幾何和愛因斯坦方程,後講到令人興奮的應用,如黑洞、引力輻射和宇宙學。 更具體地,書中章介紹狹義相對論和基本張量代數,並包含一個場論的簡要概述。緊接著的兩章引入流形和曲率,並介紹與之密切相關的物理知識,主要目標還是建立數學框架。第四章引入廣義相對論,並且給出一些擇一性定理的討論。緊接著的四章主要討論廣義相對論的
三大主要用途:黑洞、擾動理論和引力波,以及宇宙學,這些章節都貫穿有實驗結論的討論。附錄中則提供了大量的數學材料來幫助讀者理解正文,而且這些附錄大多本身也是獨立完整的。 肖恩·卡羅爾(Sean M. Carroll)是美國加州理工學院的理論物理學家,主要從事宇宙學、場論、量子力學和引力的研究。卡羅爾博士畢業于哈佛大學,曾在麻省理工學院、加州大學聖芭芭拉分校和芝加哥大學任教。 他是美國物理學會的傑出會士(APS Fellow),並曾被評為美國國家科學基金會的傑出講師(NSF Distinguished Lecturer),他獲得過古根海姆獎(Guggenheim Fellow
ship)和美國物理聯合會的安德魯·傑曼特獎(Andrew Gemant Award)等。 卡羅爾還熱衷於大眾科學傳播,他在TED及各種知名科普電視節目上做演說,經常在《紐約時報》《華爾街日報》《自然》《科學美國人》《新科學人》《天空與望遠鏡》等報刊上發表科普文章,並著有《從永恆到此刻》(From Eternity to Here: The Quest for the Ultimate Theory of Time)、《尋找希格斯粒子》(The Particle at the End of the Universe: How the Hunt for the Higgs Boson Lea
ds Us to the Edge of a New World)、《大圖景:論生命的起源、意義和宇宙本身》(The Big Picture: On the Origins of Life, Meaning, and the Universe Itself)、《隱藏的宇宙》(Something Deeply Hidden: Quantum Worlds and the Emergence of Spacetime)等科普書。 Preface 1 - Special Relativity and Flat Spacetime 2 - Manifolds 3 - Curvatur
e 4 - Gravitation 5 - The Schwarzschild Solution 6 - More General Black Holes 7 - Perturbation Theory and Gravitational Radiation 8 - Cosmology 9 - Quantum Field Theory in Curved Spacetime APPENDIXES Appendix A - Maps between Manifolds Appendix B - Diffeomorphisms and Lie Derivatives Appendix C - Su
bmanifolds Appendix D - Hypersurfaces Appendix E - Stokes's Theorem Appendix F - Geodesic Congruences Appendix G - Conformal Transformations Appendix H - Conformal Diagrams Appendix I - The Parallel Propagator Appendix J - Noncoordinate Bases Bibliography
現代時間與自然:艾略特與懷海德
為了解決Quantum spacetime 的問題,作者陳映華 這樣論述:
本論文嘗試以自然哲學的視角閱讀艾略特(Thomas Stearn Eliot)的《四首四重奏》、《透明人》,以及《阿爾弗瑞德‧普魯弗洛克的情歌》等作品。透過科學的角度,本論文希冀處理艾略特詩中的兩個重要主題:現代時間與自然。十九世紀前的科學著作,如:笛卡兒(René Descartes)、牛頓(Isaac Newton)、湯瑪斯‧楊(Thomas Young)等,皆以自然哲學稱之。科學對他們而言,是關乎自然和宇宙的哲學。此外,時間與光的研究密不可分。本論將時間分為兩個路線探討:光有多快及光有多小?我將它們對時間產生的影響力拿來解決艾略特《四首四重奏》中的時間問題:(一) 〈焚毀的諾頓〉代表時
間的靜止與瞬時性。(二)〈東科克〉不斷環繞著開始即結束、而結束便是開始的概念。(三)〈乾燥的薩爾維吉斯〉描述一個疊加態(superposition)的世 界,一個量子力學的初始狀態。 (四)〈小吉丁〉闡述在微觀下的自然,光子(photon)的傳播特性顯示時間在第四度空間以上倒流的可能性,瓦解牛頓(Isaac Newton)的時間觀。 論文共分為三章。第一章爬梳懷海德(Alfred North Whitehead)如何分析笛卡兒(René Descartes)、洛克(John Locke)、牛頓、愛因斯坦在哲學及科學的介紹為伊始,作為閱讀艾略特詩作的導言。第二章由科學角度看時間觀念的變化,從普
遍認定的牛頓三維線性時間觀:空間即空間、時間即時間的概念,跨越到愛因斯坦以降的時間觀:藉光速影響時間及其扭曲空間的能力,將時間增視為三度空間的第四個坐標系,使〈焚毀的諾頓〉和〈東科克〉具可行性。在此,時間是相對的,而光速為一常數(constant)。第三章就量子力學中,微觀下光子的特性:1) 光在波粒二相性(wave-particle duality)中的疊加態、2)光子的傳播違背線性時間因果關係(causality)來閱讀〈乾燥的薩爾維吉斯〉、〈小吉丁〉和《阿爾弗瑞德‧普魯弗洛克的情歌》。本章將普魯弗洛克視為一 擁有強大計算能力的超級/量子電腦,他將自身置於疊加態之奇想,在做出選擇前,藉著對
波函數(wave function)坍塌機率的計算,臆想諸多其他角色的可能性。 另外,論文提及艾略特重要信件公開及詩中時間可行性的科學佐證。信件方面,我提到關於西元2020年在普林斯頓大學圖書館公開的,艾略特給艾蜜莉‧海爾(Emily Hale)的1131封信及同年在哈佛大學公開的艾略特聲明信及其意義。科學佐證方面,包含:1) 太空人雙胞胎之一——史考特‧凱利(Scott Kelly)在太空旅行中,染色體中的端粒(telomere)變長,代表時間可能可以倒流。2)在量子力學的微觀狀態下,熱力學中向來視為不可隨時間遞減的時間之箭/熵(time’s arrow / entropy)卻在疊加態
中遞減。在此不但作為光子具有違反時間能力的證明,也同時證明艾略特詩中的時間描述,就二十一世紀角度來說,是有科學根據的。 在結論中,本論文作者藉由觀察二維世界生物——螞蟻眼中的世界,對比三維世界的人類眼中所見之巨大差異,解釋懷海德時間觀中的綿延(duration)為覺察事件(event)的能力,擴延(extension)為統合相關事件並產生意義的能力。觀察低維度宇宙的方式,或能對較高維度中既存的巨大差異,有更多的理解。另外,光的疊加態或許能理解成宇宙法則劃定前的階段。在此完全符合艾略特的信仰觀。如創世記一章三節道,『神說:「要有光。」就有了光。』光與暗物質相互定義彼此。
The Nature and Purpose of Reality: The Illumination of Creation, Spacetime, Good and Evil, Art, Philosophy, Psychology, Consciou
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為了解決Quantum spacetime 的問題,作者Nickolaus, Gary O. 這樣論述:
If one is destined to live alone with one’s thoughts, then they should be wondrous thoughts, and so using Quantum Physics, Theology, and Philosophy I have woven a tapestry which seems to cover what we know about the nature of reality and using that tapestry one can deduct the purpose of reality. Mos
t importantly one can also deduce the critical role conscious beings have in fulfilling that purpose. Born in Schenectady, New York, shortly after birth he was moved back to the valley of his grandparents. poor farmers who had been moved about by the whims of economics and war. Here he was raised in
a government town, built partly on his families condemned farms to create plutonium for the toys of war. After he graduated from Gonzaga University with a degree in Psychology and an extra year devoted to fine arts he immediately went to work in his field, loading box cars. He was an exceptionally
good box car loader with his partner they could load 250,000 lbs. a day by hand. Then having tried social work for a while, after a critical illness he returned to the family business. Spending twenty-five years traveling the country working as an inspector and field engineer building, maintaining,
and modifying nuclear power plants eventually returning to his hometown where he retired as the Lead Civil / Structural Quality Engineer at the River Protection Project / Waste Treatment Complex. A fourteen-billion-dollar complex being built to stabilize and control the fifty-five million gallons of
radioactive chemical wastes created during the production of plutonium at the Hanford Nuclear facilities. He lives alone in the desert on five acres of lovely weeds overlooking a river, like Candide content to tend his garden, his paintings. and his writing.
科普字幕隱喻之翻譯與策略: 以「宇宙時空之旅」為例
為了解決Quantum spacetime 的問題,作者裴書逸 這樣論述:
本研究以美國科學紀錄影集《宇宙大探索》(2014-2020) 為研究對象,採用Conceptual Metaphor Theory (CMT) 框架,針對其中文翻譯字幕所使用之翻譯程序進行分析。此研究尤其專注於探究在語際字幕翻譯情境下翻譯隱喻的手法。本研究所使用之語料庫取自此影集總計二季23集之內容,其播放時間約為960分鐘,並包含共16,024行之中英文字幕。本研究首先以typological class將不同隱喻進行分類,並將各隱喻分類所使用之專屬翻譯程序歸納整理為次數表。其後,研究者透過質性分析,深度探討譯者如何在非常有限的字幕字數中翻譯隱喻,及此限制對於譯者行為及翻譯手法所造成之影響
。本研究總共蒐集了930個的隱喻實例。研究結果指出,processual transformation是最缺乏穩定性的隱喻, 而concretization 和humanization 的穩定程度則最高。最後,研究者則參考Shuttleworth (2013)之研究,以論述方式說明此研究與Shuttleworth研究結論相同和相異之處。
想知道Quantum spacetime更多一定要看下面主題
Quantum spacetime的網路口碑排行榜
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#1.Francesca Vidotto: The Quantum Properties of Space-Time
Loop quantum gravity is a theory with the goal of describing the quantum properties of space-time. The main realization is the fact that, ... 於 daily.jstor.org -
#2.Quantum Field Effects on Curved Spacetime
書名:Semiclassical and Stochastic Gravity: Quantum Field Effects on Curved Spacetime,語言:英文,ISBN:9780521193573,頁數:616,作者:Hu, ... 於 www.books.com.tw -
#3.Quantum Gravity: The Quest for the Pixelation of Space
What is quantum gravity? The idea that space is made of discrete pockets like pixels. Caltech researchers are inventing new kinds of ... 於 magazine.caltech.edu -
#4.MP1405 - Quantum structure of spacetime (QSPACE)
Noncommutative/Nonassociative Geometry - Geometry of Strings - Quantum Interferometry - Quantum Spacetime Phenomenology and Cosmology - Quantum Gravity and ... 於 www.cost.eu -
#5.Spacetime Quantum Reference Frames and ...
... spacetime quantum reference frame, associated to a quantum particle in spacetime. Such formulation has the advantage of treating space and ... 於 quantum-journal.org -
#6.QISS – THE QUANTUM INFORMATION STRUCTURE OF ...
Our research program aims to unravel the Quantum Information Structure of Spacetime. The consortium is supported by the John Templeton foundation (first ... 於 www.qiss.fr -
#7.One Lab's Quest to Build Space-Time Out of Quantum ...
For over two decades, physicists have pondered how the fabric of space-time may emerge from some kind of quantum entanglement. 於 www.quantamagazine.org -
#8.Does Quantum Entanglement Explain Spacetime and How ...
Some research is showing that qubits, tiny particles that carry quantum information, may be entangled in such a way as to generate spacetime as ... 於 owlcation.com -
#9.How Spacetime is built by Quantum Entanglement - Kavli IPMU
... quantum mechanics by explaining how spacetime emerges from quantum entanglement in a more fundamental theory. The paper announcing the ... 於 www.ipmu.jp -
#10.Quantum Fluctuations of Spacetime
Quantum Fluctuations and Spacetime; Detection of Quantum Gravity Fluctuations; Quantum Gravity Fluctuations, Strings and Two- Dimensional D-Branes; Topology, ... 於 www.worldscientific.com -
#11.Roger Penrose - Quantum Concepts in Space and Time
Recent developments in quantum theory have focused attention on fundamental questions, in particular on whether it might be necessary to modify quantum ... 於 philpapers.org -
#12.The Emergence of Spacetime from the Quantum in Three ...
The paper presents a very simple and straight forward yet pure mathematical derivation of the structure of actual spacetime from quantum set theory. 於 www.scirp.org -
#13.Cosmology and Quantum Gravity Beyond Spacetime, ...
The Beyond Spacetime project and the Rotman Institute of Philosophy, invite proposals to speak at the upcoming conference Cosmology and Quantum ... 於 hyperspace.uni-frankfurt.de -
#14.The Elasticity of Quantum Spacetime Fabric
Einstein made a strong and strange assumption: the space time is not only a mathematical tool, anymore. • Actually the spacetime is a real object with. 於 www.bio21.bas.bg -
#15.Quantum Spacetime and the Renormalization Group 2023
Understanding the quantum structure of spacetime is a major research theme in theoretical physics. In the last decade quantum-field-theory-based approaches ... 於 inspirehep.net -
#16.Probing Planck-scale spacetime by cavity opto-atomic |$^{87}
Abstract. The project of quantum spacetime phenomenology focuses on searching pragmatically for the Planck-scale quantum features of ... 於 academic.oup.com -
#17.Quantum Spacetime: Mimicry of Paths and Black Holes ...
The quantum properties of matter are then carried by the dynamics of spacetime shape and connectivity. This monograph introduces the reader to the foundations ... 於 www.amazon.com -
#18.Search for Quantum spacetime in Black Hole QNM ...
Croatian Science Foundation research project. Search for Quantum spacetime in Black Hole QNM spectrum and Gamma Ray Bursts. 於 thphys.irb.hr -
#19.Space Applications of Quantum Technology
Space Applications of Quantum Technology. Edited by: Rainer Kaltenbaek, Rupert Ursin and Markus Aspelmeyer. Space-based tests of fundamental physics have a long ... 於 www.springeropen.com -
#20.Curved spacetime in a quantum simulator
The connection between quantum physics and the theory of relativity is extremely hard to study. But now, scientists have set up a model ... 於 www.sciencedaily.com -
#21.Stochastic Quantum Mechanics and Quantum Spacetime: A ...
... Quantum gauge fields, 199 Quantum geometrodynamics, 187 Quantum Hamiltonian, 149, 157 Quantum ... quantum spacetime model, 200 semi-classical, 198 298 Index. 於 books.google.com.tw -
#22.Quantum Spacetime: Mimicry of Paths and Black Holes
The quantum properties of matter are then carried by the dynamics of spacetime shape and connectivity. This monograph introduces the reader to the foundations ... 於 novapublishers.com -
#23.QUANTUM SPACETIME & QUANTUM INFORMATION
The dynamical variable of general relativity is spacetime itself, and its quantization will give rise to a quantum spacetime, where the fundamental variables ... 於 web.infn.it -
#24.量子時空Quantum Spacetime: 最新的百科全書
最新的量子時空Quantum Spacetime 科學新聞、研究評論和學術文章。 Academic Accelerator 最完整的百科全書。 於 academic-accelerator.com -
#25.A model of quantum spacetime
65, a fully relational formula- tion of a 1ю 1 dimensional spacetime for the case of a system of N rel- ativistic quantum particles in a weak gravitational ... 於 pubs.aip.org -
#26.Stochastic Quantum Mechanics and Quantum Spacetime: A ...
... spacetime manifold M ( 1 , 3 ) , then we imme- diately see that KA , B can be rewritten for arbitrary 5 , 5 ' EM as K ^ , 8 ( 5 ; 5 ' ) = / exp [ i ( mμq ... 於 books.google.com.tw -
#27.Quantum Spacetime, Quantum Geometry and Planck scales
The Principles of Quantum Mechanics and of Classical General Relativity indicate that Spacetime in the small (Planck scale) ought to be described by a ... 於 www.sciencedirect.com -
#28.Quantum Computer Simulates Spacetime Wormhole
Researchers at Harvard University have used a quantum computer to model a spacetime wormhole. 於 www.quantumbusinessnews.com -
#29.Loop quantum gravity: Does space-time come in tiny chunks?
Einstein's theory of general relativity tells us that the warping of space and time is what we experience as the force of gravity. Quantum ... 於 www.space.com -
#30.Current Semester Quantum Spacetime Seminars
Current Semester Quantum Spacetime Seminars. Click on the speaker name for ... Past Quantum Spacetime Seminars. Date, Speaker, Institute, Talk Title. 2023-08-07 ... 於 qst.theory.tifr.res.in -
#31.Projection evolution and quantum spacetime
In our model time is a quantum observable as any other quantum quantity and it is also a component of the spacetime position operator. In this case, instead of ... 於 ui.adsabs.harvard.edu -
#32.Even In A Quantum Universe, Space And Time Might Be ...
In conventional quantum field theory, spacetime is the stage upon which the various quanta act out the play of the Universe. At the core of it ... 於 www.forbes.com -
#33.Curved Spacetime in the Lab
Researchers simulate an entire family of universes with curvature in ultracold quantum gases. 於 www.labmanager.com -
#34.Quantum Aspects of Spacetime - VCQ
This research direction explores the relation between quantum theory and spacetime physics. Exploring how quantum phenomena like Bell correlations, ... 於 vcq.quantum.at -
#35.Does Quantum Mechanics assume space and time are ...
Space and time are continuous, in quantum mechanics or otherwise. In particular, whenever our theories of any kind talk about time, ... 於 physics.stackexchange.com -
#36.Spacetime and the Quantum: united by history | Events
Taking space-time seriously, as general relativity demands, means adopting the Dirac-Feynman 'sum-over-histories' approach to quantum theory and gives us our ... 於 www.imperial.ac.uk -
#37.A Quantum Al-Khawarizm for Spacetime: - NYU Abu Dhabi
A Quantum Al-Khawarizm for Spacetime: ... The topic of Von Neumann Algebras has attracted a lot of attention in recent years as a promising language for studying ... 於 nyuad.nyu.edu -
#38.Quantum simulator explores curved spacetime
Relativity explains cosmic-scale events like black hole collisions, while quantum theory describes particle-scale phenomena like electron ... 於 www.newswise.com -
#39.How quantum particles see space-time?
Einstein's theory of gravity famously describes space-time as an elastic object, which bends and stretches in the presence of masses or ... 於 www.iqoqi-vienna.at -
#40.It from Qubit and the Gravity of a Quantum Universe
... spacetime. “We realized that by using the mathematics of quantum error correction, you could learn about how spacetime is emergent,” he says. 於 www.simonsfoundation.org -
#41.The Quantum Spacetime 1 Opening 2 Classical ...
Since nature is quantum mechanical, and spacetime is part of the dynamics, we should quantize spacetime. For example, you can think about the gravitational ... 於 www.ias.edu -
#42.Quantum Field Theory in Curved Spacetime and Black ...
The book Quantum Field Theory in Curved Spacetime and Black Hole Thermodynamics, Robert M. Wald is published by University of Chicago Press. 於 press.uchicago.edu -
#43.Quantum Indefinite Spacetime: Part II - UWSpace
(1) An axiomatic derivation of the complex Hilbert space structure of quantum theory without assuming definite causal structure. (2) A so-called ... 於 uwspace.uwaterloo.ca -
#44.Quantum Spacetime and the Universe at the Big Bang ...
(2020), of the methods of perturbative Algebraic Quantum Field Theory to Quantum Spacetime, through a novel picture of the effective Lagrangian, ... 於 link.springer.com -
#45.Space Emerging from Quantum Mechanics
Positions, momenta, particles, fields, space itself. Quantum mechanics tells a different story. The quantum state of the universe is not a ... 於 www.preposterousuniverse.com -
#46.Random twists of place: How quiet is quantum space-time at ...
Fermilab scientists have been conducting experiments to look for quantum fluctuations of space and time at the smallest scale imaginable ... 於 news.fnal.gov -
#47.Beyond Spacetime | A website dedicated to the philosophical ...
A website dedicated to the philosophical foundations of quantum gravity. 於 beyondspacetime.net -
#48.Human Beings in Quantum Anthropology: A Paradox of the ...
Human Beings in Quantum Anthropology: A Paradox of the Discontinuous Experience of Quantum Spacetime · Radek Trnka · Do you have a job opening ... 於 papers.ssrn.com -
#49.Bridging Quantum Theory and Relativity: Curved ...
Scientists at TU Wien and other institutions have developed a “quantum simulator” using ultracold atomic clouds to model quantum particles in ... 於 scitechdaily.com -
#50.From crystal color symmetry to quantum spacetime
This perspective article elucidates both the importance and the implications of relativistic spacetime crystals as well as the renormalized ... 於 onlinelibrary.wiley.com -
#51.Is The Future Predetermined By Quantum Mechanics ... - PBS
Einstein's special theory of relativity combines space and time into one dynamic, unified entity - spacetime. But if time is connected to ... 於 www.pbs.org -
#52.Geometry of spacetime from quantum measurements
We provide a setup by which one can recover the geometry of spacetime from local measurements of quantum particle detectors coupled to a ... 於 link.aps.org -
#53.Quantum spacetime on a quantum simulator
Research approaches toward understanding quantum spacetimes are presently rooted in spin networks (a graph of lines and nodes to represent the ... 於 phys.org -
#54.Probing the quantum origin of spacetime
Quantum theory describes the behaviour of matter, but was it in fact also instrumental in explaining the structure of space and time? 於 royalsociety.org -
#55.NASA Telescopes Set Limits On Spacetime Quantum "Foam"
... understand the nature of space and time. Their results set limits on the quantum nature, or “foaminess” of spacetime at extremely tiny scales. 於 www.nasa.gov -
#56.Could Quantum Properties of Spacetime Slow Down ...
Astrophysicists have found preliminary evidence for gamma-ray burst neutrinos being sped up or slowed down by quantum spacetime properties. 於 www.sci.news -
#57.The Origin Of Space-Time? Maybe It's Quantum "Magic"
How does that relate to space-time? Well, there is a quantum theory that needed an extra ingredient and that particular flavor might be quantum ... 於 www.iflscience.com -
#58.The Non-Fundamentality of Spacetime: General Relativity ...
Spacetime fundamentalism, however, faces challenges from speculative theories of quantum gravity – roughly speaking, the project of applying the lessons of ... 於 www.routledge.com -
#59.[2207.01005] A model of quantum spacetime
Generalizing the Page and Wootters quantum clock formalism, we provide a model of 3+1 dimensional, non-relativistic, quantum spacetime emerging ... 於 arxiv.org -
#60.Quantum spacetime
In mathematical physics, the concept of quantum spacetime is a generalization of the usual concept of spacetime in which some variables that ordinarily ... 於 en.wikipedia.org -
#61.Quantum 'magic' could explain how space and time emerged
A quantum property dubbed 'magic' could be the key to explaining how space and time emerged, a new mathematical analysis suggests. 於 www.techexplorist.com -
#62.Is Spacetime Fractal and Quantum Coherent in the Golden ...
perspective: from mathematics, quantum physics, far from equilibrium thermodynamics, biology and neurobiology. It appears likely that spacetime ... 於 globaljournals.org -
#63.A quantum origin for spacetime
New investigations suggest that spacetime and its geometry, responsible for gravity, emerges from the mysterious phenomenon known as quantum ... 於 knowablemagazine.org -
#64.Aspects of Quantum Field Theory in Curved Spacetime
Cambridge Core - Mathematical Physics - Aspects of Quantum Field Theory in Curved Spacetime. 於 www.cambridge.org -
#65.Quantum Spacetime and the Renormalization Group 2023 ...
Understanding the quantum structure of spacetime is a major research theme in theoretical physics. In the last decade quantum-field-theory-based approaches – ... 於 indico.imapp.ru.nl -
#66.Bal-Fest: Quantum Field Theory in Quantum Spacetime
Bal-Fest: Quantum Field Theory in Quantum Spacetime. A conference to honour the contributions of Prof. A.P. Balachandran to science on the occasion of his ... 於 www.imsc.res.in -
#67.Qubits and Spacetime Unit (Philipp Höhn)
The challenge of quantum gravity is to build a theory valid over all the scales down to the minuscule Planck scale, which explains how the known operational ... 於 groups.oist.jp -
#68.Could quantum mechanics explain the existence of space- ...
Einstein's view of gravity as the manifestation of space-time geometry has been enormously successful. But so also has been quantum mechanics, ... 於 www.astronomy.com -
#69.[2109.02608] Is spacetime quantum?
Here we show a theorem stating that spacetime degrees of freedom and a quantum system violate a Bell inequality in a background Minkowski ... 於 arxiv.org -
#70.Quantum Theory and the Structure of Space-Time
The principle of linear superposition is a central tenet of quantum theory, and is famously shown to hold in the double-slit experiment with ... 於 www.degruyter.com -
#71.Relationship discovered between quantum physics and ...
Fourth dimension: Spacetime. Quantum physicists from the Austrian Academy of Sciences and the University of Vienna examined the principle of ... 於 innovationorigins.com -
#72.Spacetime curvature, a potential result of the quantum ...
This work proposes a possible proof on how the spacetime curvature is created by any object (mass/energy) and suggests a mathematical model ... 於 hal.science -
#73.Spacetime Emerges From Quantum Entanglement
8, 2015) – Researchers have made a significant step toward unifying general relativity and quantum mechanics by explaining how spacetime emerges ... 於 www.asianscientist.com -
#74.Knitting space–time out of quantum entanglement
Indeed, GR says that space–time is continuous, whereas quantum mechanics dictates that everything is in discrete quantized packets of matter and ... 於 physicsworld.com -
#75.Loop Quantum Ontology: spacetime and spin-networks
It is standardly claimed in loop quantum gravity (LQG) that spacetime both disappears, fundamentally, and emerges from spin-networks in the low energy ... 於 philsci-archive.pitt.edu -
#76.How we could discover quantum gravity without rebuilding ...
In the search for a theory that unites general relativity and quantum physics, many have tried to rethink space-time. But what if space-time ... 於 www.newscientist.com -
#77.Quantum Information Theory of Matter and Spacetime
Other important problems related to information scrambling in complex systems, the role of QI in emergence of spacetime, and quantum chaos in many body systems ... 於 ioe.iitm.ac.in -
#78.Otto C.W. Kong 江祖永 - 中央大學物理系
Quantum Relativity and Quantum Spacetime; Foundation of Quantum Mechanics and ... A Quantum Space behind Simple Quantum Mechanics, Advances in High Energy ... 於 www.phy.ncu.edu.tw -
#79.Quantum Spacetime
This concludes the book with applications specifically to some sample models of quantum spacetime. Unlike quantum phase space in quantum ... 於 link.springer.com -
#80.Paradigm Shift & Deconstructing Space-time Members
Quantum Geometrodynamics with intrinsic time development and momentric variables is our new discovery. An underlying SU(3) group structure at each spatial point ... 於 www.phys.sinica.edu.tw -
#81.The Quantum Information Structure of Spacetime (QISS) ...
The Quantum Information Structure of Spacetime (QISS), Second Phase. Details. Grant ID. 62312. Project Leader(s). Carlo Rovelli, Marios Christodoulou. Grantee(s). 於 www.templeton.org -
#82.What Is Spacetime?
Even today there are almost as many contending ideas for a quantum theory of gravity as scientists working on the topic. The disputes obscure an ... 於 www.nature.com -
#83.(IUCr) From crystal color symmetry to quantum spacetime
Euclidean spacetime crystals. As we know well, there are space crystals but in recent years there has been significant activity in exploring (quantum) time ... 於 journals.iucr.org -
#84.Scientists Think Spacetime May Have Come From Magic
Scientists believe that spacetime may have emerged, in part, from a quantum property called “magic.” 於 www.popularmechanics.com -
#85.Some Notes on Quantum Information in Spacetime - PMC
The holographic principle feeds on conjectures and is still looking for theories (duality between gravity and quantum field theory: [22,23,24,25 ... 於 www.ncbi.nlm.nih.gov -
#86.Holographic Space-Time and Quantum Information
The formalism of Holographic Space-time (HST) is a translation of the principles of Lorentzian geometry into the language of quantum ... 於 www.frontiersin.org -
#87.Quantum Field Theory in Curved Spacetime
However, QFTCS is expected to provide an accurate description of quantum phenomena in a regime where the effects of curved spacetime may be significant, but ... 於 home.uni-leipzig.de -
#88.Quantum Field Theory in Curved Spacetime
Some familiarity with both quantum field theory in flat space and general relativity will be assumed. Programme. This course introduces the ... 於 www.sns.it -
#89.Universe | Free Full-Text | Thermal Quantum Spacetime
... quantum gravity system, thus providing a preliminary formulation of a thermal quantum spacetime. Specifically, we emphasise an information ... 於 www.mdpi.com -
#90.Quantum Spacetime in the Cosmos: From Conception to Reality
Tania Framst · The nature of space and time is one of the most foundational mysteries in both Physics and Philosophy. · Perimeter Institute acknowledges that it ... 於 events.perimeterinstitute.ca -
#91.Quantum Gravity - Stanford Encyclopedia of Philosophy
Since the contemporary theory of gravity, general relativity, describes gravitation as the curvature of spacetime by matter and energy, a ... 於 plato.stanford.edu -
#92.The two roads to quantum gravity
More precisely, loop quantum gravity theory postulates that the structure of spacetime is made of tiny loops woven into a sort of network, a ... 於 bigthink.com -
#93.QISS
Quantum Information and computation Initiative. Computer ... See the website of the project The Quantum Information Structure of Spacetime for more information. 於 www.cs.ox.ac.uk -
#94.What Is Spacetime Really Made Of?
In loop quantum gravity, space and time are not smooth and continuous the way they are in general relativity—instead they are made of discrete ... 於 www.scientificamerican.com -
#95.Quantum 'magic' could help explain the origin of spacetime
A quantum property dubbed 'magic' could be the key to explaining how space and time emerged, a new mathematical analysis by three RIKEN ... 於 www.riken.jp -
#96.Study on the Relationship between Quantum ...
For relativity theory, spacetime is a key concept. It is the four-dimensional entity that consists of three space dimensions and the dimension of time. Every ... 於 iopscience.iop.org -
#97.Is spacetime a quantum code?
In 2014, physicists found evidence of a deep connection between quantum error correction and the nature of space, time and gravity. 於 www.resonancescience.org -
#98.Spacetime 'Echoes' From Quantum Black Holes Could ...
Spacetime 'Echoes' From Quantum Black Holes Could Soon Change Physics Forever ... Scientists are racing to confirm the detection of black hole " ... 於 www.vice.com