Skip to main content

볼프강 케털리 목차 수상 경력 저서·논문 각주 외부 링크 둘러보기 메뉴1995PhRvL..75.3969D1005978210.1103/PhysRevLett.75.3969900584310.1126/science.275.5300.6371997PhRvL..78..582M10.1103/PhysRevLett.78.5822003PhRvL..91y0401Z14754098cond-mat/031161710.1103/PhysRevLett.91.250401“Nobel Prize in Physics 2001”볼프강 케털리The Nobel Prize in Physics 2001 - Wolfgang KetterleKetterle at MITeheh842306300000 0000 7866 408612336172923321207258002Xjs20031201008ITICCUUBOV232864

1957년 태어남살아있는 사람독일의 물리학자독일의 노벨상 수상자노벨 물리학상 수상자대연방공로십자성현장 수훈자미국 과학 아카데미의 회원하이델베르크 대학교 동문뮌헨 공과대학교 동문매사추세츠 공과대학교 교수하이델베르크 출신


1957년10월 21일독일물리학보스-아인슈타인 응축에릭 얼린 코넬칼 위먼노벨 물리학상












볼프강 케털리




위키백과, 우리 모두의 백과사전.






둘러보기로 가기
검색하러 가기




















Picto infobox character.png

볼프강 케털리 Nobel Prize.png
Wolfgang Ketterle


2007년 촬영
2007년 촬영
출생
1957년 10월 21일(1957-10-21) (61세)
서독 하이델베르크
국적

독일
분야

물리학
소속

하이델베르크 대학교
매사추세츠 공과대학교
출신 대학

하이델베르크 대학교
뮌헨 공과대학교
뮌헨 대학교
막스플랑크 양자광학연구소
지도 교수

헤르베르트 발터(독일어판)
주요 업적

보스-아인슈타인 응축
수상

벤저민 프랭클린 메달(2000년)
노벨 물리학상(2001년)

볼프강 케털리(독일어: Wolfgang Ketterle, 1957년 10월 21일 ~ )는 독일의 물리학자이다. 2001년에 알칼리 원자의 희석 가스에서 보스-아인슈타인 응축에 관한 실현과 그 응축체의 속성에 관한 기초 연구로 에릭 얼린 코넬, 칼 위먼과 함께 노벨 물리학상을 수상했다.[1]




목차





  • 1 수상 경력


  • 2 저서·논문


  • 3 각주


  • 4 외부 링크




수상 경력


  • 2000년 : 벤저민 프랭클린 메달

  • 2001년 : 노벨 물리학상


저서·논문



  • K. B. Davis; M. O. Mewes; M. R. Andrews; N. J. van Druten; D. S. Durfee; D. M. Kurn & W. Ketterle (1995년 11월 27일). “Bose-Einstein Condensation in a Gas of Sodium Atoms”. 《Physical Review Letters》 75 (22): 3969–3973. Bibcode:1995PhRvL..75.3969D. PMID 10059782. doi:10.1103/PhysRevLett.75.3969. 


  • M. R. Andrews; C. G. Townsend; H.-J. Miesner; D. S. Durfee; D. M. Kurn & W. Ketterle (1997). “Observation of interference between two Bose condensates”. 《Science》 275 (5300): 637–641. PMID 9005843. doi:10.1126/science.275.5300.637. 


  • M. O. Mewes; M. R. Andrews; D. M. Kurn; D. S. Durfee; C. G. Townsend & W. Ketterle (1997년 1월 27일). “Output Coupler for Bose-Einstein Condensed Atoms”. 《Physical Review Letters》 78 (4): 582–585. Bibcode:1997PhRvL..78..582M. doi:10.1103/PhysRevLett.78.582. 


  • M. W. Zwierlein; C. A. Stan; C. H. Schunck; S. M. F. Raupach; S. Gupta; Z. Hadzibabic & W. Ketterle (2003). “Observation of Bose-Einstein Condensation of Molecules”. 《Physical Review Letters》 91 (25): 250401. Bibcode:2003PhRvL..91y0401Z. PMID 14754098. arXiv:cond-mat/0311617. doi:10.1103/PhysRevLett.91.250401. 


각주



  1. ↑ “Nobel Prize in Physics 2001”. 《Nobelprize.org》. Nobel Media. 2014년 10월 27일에 확인함. 



외부 링크


위키미디어 공용에 볼프강 케털리 관련 미디어 분류가 있습니다.



  • (영어) The Nobel Prize in Physics 2001 - Wolfgang Ketterle - 노벨 재단


  • (영어) Ketterle at MIT











원본 주소 "https://ko.wikipedia.org/w/index.php?title=볼프강_케털리&oldid=21375995"










둘러보기 메뉴


























(RLQ=window.RLQ||[]).push(function()mw.config.set("wgPageParseReport":"limitreport":"cputime":"0.284","walltime":"0.419","ppvisitednodes":"value":1246,"limit":1000000,"ppgeneratednodes":"value":0,"limit":1500000,"postexpandincludesize":"value":77944,"limit":2097152,"templateargumentsize":"value":4112,"limit":2097152,"expansiondepth":"value":10,"limit":40,"expensivefunctioncount":"value":1,"limit":500,"unstrip-depth":"value":0,"limit":20,"unstrip-size":"value":1027,"limit":5000000,"entityaccesscount":"value":1,"limit":400,"timingprofile":["100.00% 309.944 1 -total"," 24.98% 77.431 1 틀:과학자_정보"," 22.91% 70.994 1 틀:위키공용분류-줄"," 20.59% 63.813 1 틀:Sister-inline"," 18.11% 56.146 4 틀:저널_인용"," 9.01% 27.941 2 틀:둘러보기_상자"," 7.65% 23.726 1 틀:노벨_물리학상_수상자"," 6.90% 21.378 19 틀:정보상자_선택칸"," 6.74% 20.876 1 틀:Wikidata_image"," 6.72% 20.839 2 틀:정보상자_그림칸"],"scribunto":"limitreport-timeusage":"value":"0.092","limit":"10.000","limitreport-memusage":"value":3548682,"limit":52428800,"cachereport":"origin":"mw1329","timestamp":"20190625073631","ttl":3600,"transientcontent":true););"@context":"https://schema.org","@type":"Article","name":"ubcfcud504uac15 ucf00ud138ub9ac","url":"https://ko.wikipedia.org/wiki/%EB%B3%BC%ED%94%84%EA%B0%95_%EC%BC%80%ED%84%B8%EB%A6%AC","sameAs":"http://www.wikidata.org/entity/Q76462","mainEntity":"http://www.wikidata.org/entity/Q76462","author":"@type":"Organization","name":"uc704ud0a4ubbf8ub514uc5b4 ud504ub85cuc81dud2b8 uae30uc5ecuc790","publisher":"@type":"Organization","name":"Wikimedia Foundation, Inc.","logo":"@type":"ImageObject","url":"https://www.wikimedia.org/static/images/wmf-hor-googpub.png","datePublished":"2017-09-20T13:30:24Z","dateModified":"2018-05-23T01:06:55Z","image":"https://upload.wikimedia.org/wikipedia/commons/e/e5/Ketterle.jpg"(RLQ=window.RLQ||[]).push(function()mw.config.set("wgBackendResponseTime":589,"wgHostname":"mw1329"););
-

Popular posts from this blog

Kamusi Yaliyomo Aina za kamusi | Muundo wa kamusi | Faida za kamusi | Dhima ya picha katika kamusi | Marejeo | Tazama pia | Viungo vya nje | UrambazajiKuhusu kamusiGo-SwahiliWiki-KamusiKamusi ya Kiswahili na Kiingerezakuihariri na kuongeza habari

Image
Pages using ISBN magic linksMbegu za lughaKamusiIsimu nenoKiarabukitabulughaKiswahilialfabetimaanaufafanuzimanenomuhtasarisarufividahizoalfabeti Kamusi Kutoka Wikipedia, kamusi elezo huru Jump to navigation Jump to search Kamusi za Kiswahili Kamusi ya Kiswahili-Kiswahili (kamusi wahidiya) Kamusi ya Kiswahili - Kiingereza (kamusi thania) Kamusi (kutoka neno la Kiarabu قاموس qamus ) ni kitabu ambacho kinaorodhesha maneno ya lugha yaliyokusanywa kutoka kwa watumiaji wa lugha fulani, kwa mfano lugha ya Kiswahili. Maneno hupangwa kwa mtindo wa alfabeti, hutoa maana, asili na ufafanuzi wa utumizi wa maneno na jinsi yanavyotumika au yanavyotamkwa. [1] Yaliyomo 1 Aina za kamusi 2 Muundo wa kamusi 2.1 1. Utangulizi wa kamusi 2.2 2. Matini ya kamusi 2.3 3. Sherehe ya kamusi 3 Faida za kamusi 4 Dhima ya picha katika kamusi 5 Marejeo 6 Tazama pia 7 Viungo vya nje Aina za kamusi | Kuna aina mbalimbali za kamusi ambazo ni: Kamusi wahidiya yaani ya l
Read more

Swift 4 - func physicsWorld not invoked on collision? The Next CEO of Stack OverflowHow to call Objective-C code from Swift#ifdef replacement in the Swift language@selector() in Swift?#pragma mark in Swift?Swift for loop: for index, element in array?dispatch_after - GCD in Swift?Swift Beta performance: sorting arraysSplit a String into an array in Swift?The use of Swift 3 @objc inference in Swift 4 mode is deprecated?How to optimize UITableViewCell, because my UITableView lags

Image
Strange use of "whether ... than ..." in official text Could a dragon use its wings to swim? Car headlights in a world without electricity How to avoid supervisors with prejudiced views? Is the offspring between a demon and a celestial possible? If so what is it called and is it in a book somewhere? Can I board the first leg of the flight without having final country's PR card? subequations: How to continue numbering within subequation? How do you define an element with an ID attribute using LWC? Relevant Part for a Badminton Serve What CSS properties can the br tag have? What are the unusually-enlarged wing sections on this P-38 Lightning? Why did early computer designers eschew integers? Is it a bad idea to plug the other end of ESD strap to wall ground? Magento 1.9 observer on only new product added ( no updated product ) Airplane gently rocking its wings during whole flight It is correct to match light sources with the same color temperat
Read more

Access current req object everywhere in Node.js ExpressWhy are global variables considered bad practice? (node.js)Using req & res across functionsHow do I get the path to the current script with Node.js?What is Node.js' Connect, Express and “middleware”?Node.js w/ express error handling in callbackHow to access the GET parameters after “?” in Express?Modify Node.js req object parametersAccess “app” variable inside of ExpressJS/ConnectJS middleware?Node.js Express app - request objectAngular Http Module considered middleware?Session variables in ExpressJSAdd properties to the req object in expressjs with Typescript

Image
What steps should I take to lawfully visit the United States as a tourist immediately after visiting on a B-1 visa? Would dual wielding daggers be a viable choice for a covert bodyguard? For a hashing function like MD5, how similar can two plaintext strings be and still generate the same hash? Using Newton's shell theorem to accelerate a spaceship Why doesn't sea level show seasonality? What prevents someone from claiming to be the murderer in order to get the real murderer off? Has anyone in space seen or photographed a simple laser pointer from Earth? What does (void *)1 mean Why does the U.S. tolerate foreign influence from Saudi Arabia and Israel on its domestic policies while not tolerating that from China or Russia? Modulus Operandi What's the point of having a RAID 1 configuration over incremental backups to a secondary drive? How to ask for a LinkedIn endorsement? Good resources for solving techniques (Metaheuristics, MILP, CP etc) How woul
Read more