User contributions for Mahnsoo.Choi

6 October 2023

• 09:5909:59, 6 October 2023 diff hist +22 Mathematica in Physics Classes and Student Research at a Science High School (영재고의 물리수업과 학생연구에서 매스매티카 활용) No edit summary
• 09:5809:58, 6 October 2023 diff hist +4,048 N Mathematica in Physics Classes and Student Research at a Science High School (영재고의 물리수업과 학생연구에서 매스매티카 활용) Created page with "<strong>도현진, 이헌채 (서울과학고)</strong> 서울과학고등학교는 학생을 대상으로 Mathematica 수업을 개설하였으며, 교원학습공동체를 통해 교사들에게도 이를 위한 연수 프로그램을 제공하고 있습니다. 현재는 물리 수업 중심으로 수업에 활용하고 있으며, 물리학의 핵심 공식과 수식을 시각화하고 이를 시뮬레이션하여 학생들의 물리에 대한 이해를 돕고 있습..."
• 09:5709:57, 6 October 2023 diff hist +207 N WLC2023/정영주 Redirected page to Approximation Methods in Mathematical Physics Using the Add-on Package MathSymbolica (Add-on 패키지 MathSymbolica를 이용한 수리물리학에서의 근사식 계산) current Tag: New redirect
• 09:5609:56, 6 October 2023 diff hist +5 Approximation Methods in Mathematical Physics Using the Add-on Package MathSymbolica (Add-on 패키지 MathSymbolica를 이용한 수리물리학에서의 근사식 계산) No edit summary
• 09:5509:55, 6 October 2023 diff hist +3,481 N Approximation Methods in Mathematical Physics Using the Add-on Package MathSymbolica (Add-on 패키지 MathSymbolica를 이용한 수리물리학에서의 근사식 계산) Created page with "<strong>Youngjoo Chung (GIST)</strong> MathSymbolica is an add-on package that facilitates symbolic computation in Mathematica. It contains over 1,100 functions for notation, manipulation and evaluation of various mathematical expressions. It has several features for compactness and versatility to handle complex problems that are not directly solvable with the built-in Mathematica kernel functions. This presentation will discuss the key features of the package and its a..."
• 09:5409:54, 6 October 2023 diff hist +130 N WLC2023/정희석 Redirected page to Symbolic Computation in Particle Physics (Mathematica® 이용한 입자물리학 기호계산) current Tag: New redirect
• 09:5309:53, 6 October 2023 diff hist +1,501 N Symbolic Computation in Particle Physics (Mathematica® 이용한 입자물리학 기호계산) Created page with "<strong>Hee Sok Chung (Korea University)</strong> In this talk I review applications of Mathematica in theoretical particle physics research. Typical examples include generation of Feynman diagrams, automated analytical calculations using symbolic computation, and asymptotic expansions of integrals. 입자물리학 이론 연구에서 Mathematica의 활용에 대해 다룬다. 대표적으로 Feynman diagram의 자동 생성, 기호 계산 기능을 이용한 자동화..."
• 09:5209:52, 6 October 2023 diff hist +4 WLC2023 →프로그램
• 09:5209:52, 6 October 2023 diff hist +196 WLC2023 →프로그램
• 09:4809:48, 6 October 2023 diff hist +125 N WLC2023/김영욱 Redirected page to Time Series Analysis (울프램 언어를 활용한 시계열데이터와 일목균형표) current Tag: New redirect
• 09:4709:47, 6 October 2023 diff hist +22 Time Series Analysis (울프램 언어를 활용한 시계열데이터와 일목균형표) No edit summary
• 09:4709:47, 6 October 2023 diff hist +16 Time Series Analysis (울프램 언어를 활용한 시계열데이터와 일목균형표) No edit summary
• 09:4709:47, 6 October 2023 diff hist +1,880 N Time Series Analysis (울프램 언어를 활용한 시계열데이터와 일목균형표) Created page with "<strong>김영욱 (고려대)</strong> We describe one example of the practical and educational utility of Mathematica. In the field of finance, various technical indicators are used for stock price analysis. This is one example of applying the theory of time series. People, who are not experts in time series, may face various problems dealing with time series. We examine the educational significance of resolving such problems through the use of Mathematica. Mathematic..."
• 09:4609:46, 6 October 2023 diff hist +26 WLC2023 →프로그램
• 09:4409:44, 6 October 2023 diff hist +132 N WLC2023/김세기 Redirected page to Option Pricing and Neural Networks in Artificial Intelligence (옵션 가격 결정과 신경망) current Tag: New redirect
• 09:4409:44, 6 October 2023 diff hist +22 WLC2023 →프로그램
• 09:4309:43, 6 October 2023 diff hist +1,696 N Option Pricing and Neural Networks in Artificial Intelligence (옵션 가격 결정과 신경망) Created page with "<strong>Seki Kim (Sungkyunkwan University)</strong> In the era of artificial intelligence, the use of neural networks to estimate the value of options for financial assets and instruments is no longer the exclusive domain of a few experts. Many researchers are now using it for the robustness of option pricing. In this talk, various methods with Mathematica are being attempted, including applying neural network models to financial mathematical option models such as Black..."
• 09:4109:41, 6 October 2023 diff hist +4 WLC2023 →프로그램
• 09:4009:40, 6 October 2023 diff hist +589 Back to School with AI tools and Wolfram No edit summary
• 09:3909:39, 6 October 2023 diff hist +75 N WLC2023/Pasha, F Redirected page to Back to School with AI tools and Wolfram current Tag: New redirect
• 09:3909:39, 6 October 2023 diff hist +483 N Back to School with AI tools and Wolfram Created page with "With advances in generative AI and new chat-enabled notebooks, the available set of AI educational tools has greatly expanded. How can you best use these new tools to enable learning? This session demystifies the technology behind generative AI in order to ground the conversation and explore how new tools create new opportunities for educators and students. We will look at new workflows and share practical tips for working in chat-enabled Wolfram Notebooks. Category:W..."
• 09:3909:39, 6 October 2023 diff hist +25 WLC2023 →프로그램
• 09:3609:36, 6 October 2023 diff hist +19 Quantum Machine Learning (양자 기계 학습) →연사 소개
• 09:3509:35, 6 October 2023 diff hist −4 Quantum Machine Learning (양자 기계 학습) →연사 소개
• 09:3409:34, 6 October 2023 diff hist +787 Quantum Machine Learning (양자 기계 학습) →연사 소개
• 09:3309:33, 6 October 2023 diff hist +824 Quantum Machine Learning (양자 기계 학습) No edit summary
• 09:3309:33, 6 October 2023 diff hist −744 WLC2023/최만수 Redirected page to Quantum Machine Learning (양자 기계 학습) current Tag: New redirect
• 09:3209:32, 6 October 2023 diff hist −1 Quantum Machine Learning (양자 기계 학습) No edit summary
• 09:3209:32, 6 October 2023 diff hist +23 Quantum Machine Learning (양자 기계 학습) No edit summary
• 09:3209:32, 6 October 2023 diff hist +1,117 N Quantum Machine Learning (양자 기계 학습) Created page with "<strong>최만수 (고려대학교 물리학과)</strong> 양자 기계 학습은 양자 알고리즘을 기계 학습 프로그램 내에 통합하는 것을 말한다. 가장 일반적인 형태는 양자 향상된 기계 학습으로, 고전 데이터 분석을 위한 기계 학습 알고리즘을 양자 컴퓨터에서 실행하게 된다. 기계 학습 알고리즘은 흔히 방대한 양의 데이터를 계산하는 데 사용되지만, 양자 기계 학습은 계..."
• 09:3109:31, 6 October 2023 diff hist +5 WLC2023 →프로그램
• 09:1309:13, 6 October 2023 diff hist +22 WLC2023 →프로그램
• 09:1109:11, 6 October 2023 diff hist +104 N WLC2023/문은국 Redirected page to Identification of exotic carriers in highly entangled Mott insulators current Tag: New redirect
• 09:1009:10, 6 October 2023 diff hist +35 N File:Moon-EG.jpg WLC2023/문은국 current
• 09:1009:10, 6 October 2023 diff hist +40 Identification of exotic carriers in highly entangled Mott insulators No edit summary current
• 09:0909:09, 6 October 2023 diff hist +23 Identification of exotic carriers in highly entangled Mott insulators No edit summary
• 09:0809:08, 6 October 2023 diff hist −2 Identification of exotic carriers in highly entangled Mott insulators No edit summary Tag: Manual revert
• 09:0809:08, 6 October 2023 diff hist +2 Identification of exotic carriers in highly entangled Mott insulators No edit summary Tag: Reverted
• 09:0809:08, 6 October 2023 diff hist +1,054 Identification of exotic carriers in highly entangled Mott insulators No edit summary
• 09:0709:07, 6 October 2023 diff hist +13 Identification of exotic carriers in highly entangled Mott insulators →Eun-Gook Moon (Department of Physics, KAIST, e.g.moon@kaist.ac.kr)
• 09:0709:07, 6 October 2023 diff hist +3 Identification of exotic carriers in highly entangled Mott insulators No edit summary
• 09:0609:06, 6 October 2023 diff hist +69 Identification of exotic carriers in highly entangled Mott insulators No edit summary
• 09:0509:05, 6 October 2023 diff hist +1,698 N Identification of exotic carriers in highly entangled Mott insulators Created page with "Mott insulators may host highly entangled quantum many-body states, including quantum spin liquids. In this talk. we show that topological phase transitions may be utilized to identify Kitaev quantum spin liquids by tuning electric and magnetic fields [1-5]. We show that specific directions of magnetic fields may give gapless Majorana fermion excitations, constrained by the lattice symmetry. Furthermore, we also consider electric field effects and find that topological p..."
• 09:0509:05, 6 October 2023 diff hist +72 WLC2023 →프로그램

27 September 2023

• 11:4711:47, 27 September 2023 diff hist +22 WLC2023 →초청 연사
• 03:3503:35, 27 September 2023 diff hist +21 Choi, Mahn-Soo No edit summary
• 03:3503:35, 27 September 2023 diff hist +1 Choi, Mahn-Soo No edit summary
• 03:3403:34, 27 September 2023 diff hist −18 Choi, Mahn-Soo No edit summary
• 03:3203:32, 27 September 2023 diff hist +802 Choi, Mahn-Soo No edit summary
• 02:4602:46, 27 September 2023 diff hist +305 Choi, Mahn-Soo No edit summary