1. Kenichi Fukui Winner Of The 1981 Nobel Prize In Chemistry Kenichi Fukui, a Nobel Prize Laureate in Chemistry, at the Nobel Prize Internet Archive. KENICHI FUKUI. 1981 Nobel Laureate in Chemistry submitted by Hendry Izaac Elim) About fukui kenichi( http://www.almaz.com/nobel/chemistry/1981a.html

K ENICHI F UKUI 1981 Nobel Laureate in Chemistry for their theories, developed independently, concerning the course of chemical reactions. Background Born: 1918 Residence: Japan Affiliation: Kyoto University, Kyoto Featured Internet Links Prize Co-recipient: Roald Hoffmann Search WWW Search The Nobel Prize Internet Archive Links added by Nobel Internet Archive visitors Kenichi Fukui – Autobiography (submitted by Chinnappan Baskar A Century of Chemical Dynamics Traced through the Nobel Prizes. 1981: Fukui and Hoffmann (submitted by Chinnappan Baskar The role of frontier orbitals in chemical reactions (submitted by Hendry Izaac Elim About Fukui Kenichi (submitted by Thomas Kenichi Fukui (Chemistry, Biographies) (submitted by Davis) About Fukui, Kenichi (submitted by Jackson) Back to The Nobel Prize Internet Archive Literature Peace Chemistry ... Medicine We always welcome your feedback and comments

2. Fukui Kenichi fukui kenichi. fukui kenichi with his Nobel Prize, 1981. Svenskt Pressefoto/CopyrightArchive Photos. (b. Oct. 4, 1918, Nara, Japand. Jan. http://www.britannica.com/nobel/micro/222_39.html

Fukui Kenichi Fukui Kenichi with his Nobel Prize, 1981 (b. Oct. 4, 1918, Nara, Japand. Jan. 9, 1998, Kyoto), Japanese chemist, corecipient with Roald Hoffmann of the Nobel Prize for Chemistry in 1981 for their independent investigations of the mechanisms of chemical reactions. Fukui took little interest in chemistry before enrolling at Kyoto University, where he studied engineering, receiving a Ph.D. in 1948. He was professor of physical chemistry at Kyoto from 1951 to 1982. He was president of the Kyoto Institute of Technology between 1982 and 1988. In 1954 Fukui published his first exposition of the concept that the crucial process in many chemical reactions consists of an interaction between the highest occupied molecular orbital of one compound and the lowest unoccupied orbital of the other. In effect, one molecule shares its most loosely bound electrons with the other, which accepts them at the site where they can become most tightly bound. The interaction results in the formation of a new, occupied orbital that has properties intermediate between those of the two former ones. Fukui designated these labile orbitals "frontier orbitals" and provided examples of their significance in reactions that produce important classes of organic compounds.

3. Fukui Kenichi fukui kenichi. fukui kenichi with his Nobel Prize, 1981. Svenskt Pressefoto/Copyright Archive Photos ( b. Oct. 4, 1918, Nara, Japand. Jan. In 1954 Fukui published his first exposition of the concept that the crucial process in many chemical reactions consists http://www.school.eb.com/nobel/micro/222_39.html

Fukui Kenichi Fukui Kenichi with his Nobel Prize, 1981 (b. Oct. 4, 1918, Nara, Japand. Jan. 9, 1998, Kyoto), Japanese chemist, corecipient with Roald Hoffmann of the Nobel Prize for Chemistry in 1981 for their independent investigations of the mechanisms of chemical reactions. Fukui took little interest in chemistry before enrolling at Kyoto University, where he studied engineering, receiving a Ph.D. in 1948. He was professor of physical chemistry at Kyoto from 1951 to 1982. He was president of the Kyoto Institute of Technology between 1982 and 1988. In 1954 Fukui published his first exposition of the concept that the crucial process in many chemical reactions consists of an interaction between the highest occupied molecular orbital of one compound and the lowest unoccupied orbital of the other. In effect, one molecule shares its most loosely bound electrons with the other, which accepts them at the site where they can become most tightly bound. The interaction results in the formation of a new, occupied orbital that has properties intermediate between those of the two former ones. Fukui designated these labile orbitals "frontier orbitals" and provided examples of their significance in reactions that produce important classes of organic compounds.

4. Fukui Kenichi fukui kenichi. fukui kenichi (1918 1998). Fukui was the co-recipient(with Roald Hoffmann, see portrait) of the 1981 Nobel Prize http://www.nobel-winners.com/Chemistry/fukui_kenichi.html

Fukui Kenichi Fukui Kenichi Fukui was the co-recipient (with Roald Hoffmann, see portrait) of the 1981 Nobel Prize in Chemistry for "his frontier orbital theory of chemical reactivity". In 1954 Fukui published his theory that the site and rate of any reaction depends on the geometry and relative energies of the highest occupied molecular orbital (HOMO) of one reactant and the lowest unoccupied molecular orbital (LUMO) of the other. He applied this method to a very wide variety of reactions and reactants, including aromatic substitution in benzenoid and heteroaromatic systems, additions to conjugated alkenes and others. Fukui's calculations gained increasing recognition among non-theoreticians as a consequence of the more pictorial orbital symmetry representations of Woodward and Hoffmann. Fukui's monograph "Theory of Orientation and Stereoselection" summarizes his work in this field. Fukui was born in Nara, Japan, received the A.B. (1941) and Ph.D. (1948) in Chemical Engineering at Kyoto University and served as Professor there on the Faculty of Engineering, Department of Hydrocarbon Chemistry (1951-1982). He then became President of the Kyoto Institute of Technology (1982-88) and later the Director of the Institute for Fundamental Chemistry in Kyoto, an institute built specifically for him. In addition to his theoretical work, Fukui published over 450 papers in such diverse fields as reaction engineering and catalysis, statistical theory of gelation and the use of inorganic salts in organic synthesis. In 1988 he received the Imperial Honor of the Grand Cordon of the Order of the Rising Sun.

5. Roald Hoffmann Polishborn American chemist, corecipient, with fukui kenichi of Japan, of the NobelPrize for Chemistry in 1981 for their independent investigations of the http://www.nobel-winners.com/Chemistry/roald_hoffmann.html

Roald Hoffmann Roald Hoffmann Polish-born American chemist, corecipient, with Fukui Kenichi of Japan, of the Nobel Prize for Chemistry in 1981 for their independent investigations of the mechanisms of chemical reactions. Hoffmann immigrated to the United States with his family in 1949. He graduated from Columbia University and received his Ph.D. from Harvard University in 1962. He collaborated with Robert B. Woodward at Harvard during the next three years and then joined the Cornell University faculty in 1965. Main Page About Us http://www.nobel-winners.com/

6. MSN Encarta - Fukui Kenichi Already a subscriber? Sign in above. fukui kenichi. fukui kenichi (19181998),Japanese chemist and Nobel laureate. Find more about fukui kenichi from, http://encarta.msn.com/encyclopedia_761583180/Fukui_Kenichi.html

MSN Home My MSN Hotmail Shopping ... Money Web Search: logoImg('http://sc.msn.com'); Encarta Subscriber Sign In Help Home ... Upgrade to Encarta Premium Search Encarta Subscription Article MSN Encarta Premium: Get this article, plus 60,000 other articles, an interactive atlas, dictionaries, thesaurus, articles from 100 leading magazines, homework tools, daily math help and more for $4.95/month or $29.95/year (plus applicable taxes.) Learn more. This article is exclusively available for MSN Encarta Premium Subscribers. Already a subscriber? Sign in above. Fukui Kenichi Fukui Kenichi (1918-1998), Japanese chemist and Nobel laureate. He studied the movement of electrons during chemical reactions and developed a way of... Related Items Benzene Chemical Reaction 6 items Multimedia Selected Web Links Kenichi Fukui [Nobel Foundation] 1 item Want more Encarta? Become a subscriber today and gain access to: Daily Math Help Literature Guides Researcher Tools Paper-Writing Guides 60,000 + articles Interactive Atlas Magazine Center Find more about Fukui Kenichi from Related Items Other Features from Encarta Chemical Reaction Chemistry Electron Nobel Prizes ... Try MSN Internet Software for FREE!

7. Fukui Kenichi - Wikipedia http://de.wikipedia.org/wiki/Fukui_Kenichi

Fukui Kenichi aus Wikipedia, der freien Enzyklopädie Fukui Kenichi 4. Oktober in Nara Japan 9. Januar ) war ein japanischer Chemiker Er erhielt zusammen mit Roald Hoffmann den Chemie Nobelpreis für eine unabhängig voneinander entwickelte Theorie zum Ablauf von chemischen Reaktionen bearbeiten Weblinks Autobiographie für das Nobel Komitee http://www.nobel.se/chemistry/laureates/1981/fukui-autobio.html Views Artikel Diskussion bearbeiten Versionen Persönliche Werkzeuge Anmelden Navigation Hauptseite Wikipedia-Portal Aktuelle Ereignisse Letzte Änderungen ... Spenden an Wikimedia Suche Werkzeuge Links auf diese Seite Verlinkte Seiten Spezialseiten Diese Seite wurde zuletzt geändert um 21:24, 8. Apr 2004. Der Inhalt dieser Seite steht unter der GNU Free Documentation License Über Wikipedia Lizenzbestimmungen

8. 1918 - Wikipedia 4. Oktober - fukui kenichi, japanischer Chemiker und Nobelpreisträger († 1998 http://de.wikipedia.org/wiki/1918

aus Wikipedia, der freien Enzyklopädie 19. Jahrhundert 20. Jahrhundert 21. Jahrhundert Inhaltsverzeichnis 1 Ereignisse 2 Geboren 3 Gestorben 4 Nobelpreise ... bearbeiten Ereignisse 8. Januar - der amerik. Präsident Wilson verkündet sein Weltfriedensprogramm, bekannt unter "Wilsons 14 Punkte". 13. Februar - Ein Erdbeben der Stärke 7,3 in Kwangtung in der Provinz Guangdong China , etwa 10.000 Tote 3. März Friedensvertrag von Brest-Litowsk zwischen dem Deutschen Reich und Russland 21. März - Beginn der deutschen Frühjahrsoffensive, die nach großen Anfangserfolgen ins Stocken gerät. 28. Oktober Matrosenaufstand in Kiel 28. Oktober - Gründung der Tschechoslowakei 29. Oktober - Gründung von Jugoslawien 30. Oktober - Unterzeichnung des Waffenstillstands von Mudros , Kapitulation des Osmanischen Reichs November - Schweizer Generalstreik, unterstützt durch die SPS mit der Hoffnung eine revolutionäre Umgestaltung der Schweiz zu erreichen. November - Meuterei der Flotte in Wilhelmshaven November - Ende des 1. Weltkriegs . Er forderte ca. 9 Mio. Tote. 9. November

9. Fukui Kenichi fukui kenichi (szül. 1918. okt. 4. Nara, Japán), japán vegyész,1981ben Roald Hoffmann társaságában kémiai Nobel-díjat http://www.mezgazd-koszeg.sulinet.hu/kemia/DATA/Tudosok/data/bh4/fukui.html

10. Fukui Kenichi - Wikipedia Translate this page Nicht angemeldet Anmelden Hilfe. fukui kenichi. Die Textestammen aus der Wikipedia - Dies ist nicht die Wikipedia. http://www.torfkopp.de/keyword/Fukui_Kenichi.php

Nicht angemeldet Anmelden Hilfe Fukui Kenichi Die Texte stammen aus der Wikipedia - Dies ist nicht die Wikipedia Fukui Kenichi 4. Oktober 9. Januar ) war ein japanischer Chemiker Er erhielt zusammen mit Roald Hoffman den Chemie Nobelpreis für eine unabhängig voneinander entwickelte Theorie zum Ablauf von chemischen Reaktionen Links auf diese Seite Verlinkte Seiten Hauptseite ... Letzte Änderungen Diese Seite wurde bisher 5 mal abgerufen. Diese Seite wurde zuletzt geändert um 00:24, 31. Mär 2004. Der Artikel steht unter der GNU Freien Dokumentationslizenz , siehe auch Lizenzbestimmungen Hauptseite Zufälliger Artikel Diskussion Spezialseiten Impressum

11. Prodex - Der Produktexperte Translate this page Edelvelours-Brücken ab 29.99 EUR. Stuhl ab 65.95 EUR. fukui kenichi. fukui kenichi(* 4. Oktober 1918, † 9. Januar 1998) war ein japanischer Chemiker. http://www.prodex.de/lexikon/f/fu/fukui_kenichi.html

Suche: LOGIN Email: Passwort: TOP PRODUKTE Fujitsu/ Siemens AMILO K ab 999 EUR Sony "DSC-P72" ab 299 EUR Mikrowelle silber mit Grill, 1000 W Grill, 800 W Mikrowelle, 17 Liter Garraum, drehbarer Glasteller ab 49.99 EUR Fukui Kenichi Fukui Kenichi 4. Oktober 9. Januar ) war ein japanischer Chemiker . Er erhielt zusammen mit Roald Hoffman den Chemie Nobelpreis für eine unabhängig voneinander entwickelte Theorie zum Ablauf von chemischen Reaktionen Dieser Artikel basiert auf dem Artikel aus der freien Enzyklopädie Wikipedia und steht unter der GNU Lizenz für freie Dokumentation . Die Liste der Autoren ist in der Wikipedia unter dieser Seite verfügbar, der Artikel kann hier bearbeitet werden. PARTNER Impressum Über Prodex Lexikon

12. January 9 - Today In Science History use of the firstaid bandage on the battlefield. JANUARY 9 - DEATHS.fukui kenichi. (source), Died 9 Jan 1998 (born 4 Oct 1918) Japanese http://www.todayinsci.com/1/1_09.htm

JANUARY 9 - BIRTHS Har Gobind Khorana Born 9 Jan 1922 Indian-born American biochemist who shared the Nobel Prize in Physiology or Medicine in 1968 with Marshall W. Nirenberg and Robert W. Holley for research that helped to show how the nucleotides in nucleic acids, which carry the genetic code of the cell, control the cell's synthesis of proteins. Edwin Ray Guthrie Born 9 Jan 1886; died 23 Apr 1959. American psychologist who played a major role in the development of the contiguity theory of learning, a classical account of how learning takes place. John B. Watson Born 9 Jan 1878; died 25 Sep 1958. John Broadus Watson was an American psychologist who codified and publicized behaviourism, an approach to psychology that, in his view, was restricted to the objective, experimental study of the relations between environmental events and human behaviour. Watsonian behaviourism became the dominant psychology in the United States during the 1920s and '30s. Amadeus William Grabau Born 9 Jan 1870; died 20 Mar 1946. American geologist and paleontologist, known for his work on world stratigraphic deposits and the deciphering of Earth history.

13. July 18 - Today In Science History 1937 Polishborn American chemist, corecipient, with fukui kenichi of Japan, ofthe Nobel Prize for Chemistry in 1981 for their independent investigations of http://www.todayinsci.com/7/7_18.htm

JULY 18 - BIRTHS Hartmut Michel (source) Born 18 July 1948 German biochemist who, along with Johann Deisenhofer and Robert Huber, received the Nobel Prize for Chemistry in 1988 for their determination of the three-dimensional structure of certain proteins that are essential for photosynthesis. They are the first to succeed in unravelling the full details of how a membrane-bound protein is built up, revealing the structure of the molecule atom by atom. The protein is taken from a bacterium which, like green plants and algae, uses light energy from the sun to build organic substances. All our nourishment has its origin in this process, which is called photosynthesis and which is a condition for all life on earth. Roald Hoffmann (source) Born 18 July 1937 Polish-born American chemist , corecipient, with Fukui Kenichi of Japan, of the Nobel Prize for Chemistry in 1981 for their independent investigations of the mechanisms of chemical reactions. His work aims at theoretically anticipating the course of chemical reactions. It is based on quantum mechanics (the theory whose starting point is that the smallest building blocks of matter may be regarded both as particles and as waves), which attempts to explain how atoms behave. Orbital interaction and symmetry relations between molecules or parts of molecules are fundamental to this theory of conservation of orbital symmetry in chemical reactions. Thomas S. Kuhn

14. Japan For Sustainability - Business Leaders Three years ago, I met Dr. fukui kenichi, Nobel Prize Laureate andprofessor of physics at Kyoto University. He said something I http://www.japanfs.org/en/business/06_okabe.html

The 21st Century - A Time to Restore the Planet Speaker: Keiichiro Okabe, Chairman and CEO, Cosmo Oil Co., Ltd. 17 July 2002 Contents: We Need to Cure the Disease, Not Just the Symptoms Corporate Leadership in Assistance Programs Needed to Encourage More ODA Outlay Reducing Carbon Dioxide Emissions Through Individual Awareness Japan Dependent on the Mid-East for Petroleum - Lifeblood of the Economy ... From an Industry Fated to be Negative to an Environmentally Advanced One I am a businessman, involved in the petroleum industry. However, I feel that this is not enough for me, and I am painfully aware that I need to be conscious of my role as a citizen and inhabitant of our planet. In this context, I am very happy to have this opportunity to meet people from the younger generation, who will be shouldering the burdens of the 21st century, and to be given this opportunity to speak to you. The title of my talk today is "Our Project to Protect Tropical Rainforests," and perhaps this might seem an exaggerated description of what we are doing. But, I can assure you that the awareness and intentions on which our project is based are extremely broad-ranging. At the same time, our philosophy is to approach what we are doing in a steady, stable, step-by-step manner. Three years ago, I met Dr. Fukui Kenichi, Nobel Prize Laureate and professor of physics at Kyoto University. He said something I thought was really wonderful, that is, that the 21st century should be a time to restore the planet. That is, during the 20th century, we enjoyed various forms of prosperity, but we also had the tragedies of war and poverty resulting from human population growth, making the 20th a century that combined both light and darkness. With this, and with the way our lives have been based on abundant consumption, abundant production and abundant waste, which means using up plenty of resources, including petroleum, I think I am not alone nowadays in seeming to hear a message from the people to be born in the 21st and 22nd century that says, "You people of the 20th century, how wasteful you are! Leave us an Earth where we can live!"

15. The Industrial Instruments Of Scientific Success has since gone on to produce five Nobel Prize winners Yukawa Hideki (Physics in1949), Tomonaga Shinichiro (Physics in 1965), fukui kenichi (Chemistry in 1981 http://www.lookjapan.com/LBecobiz/03AprEF.htm

16. Kenichi Fukui Kenichi Fuckui. TOKYO (AP) Kenichi Fukui, the only Japanese to winthe Nobel Prize in Chemistry, died of cancer Friday. He was 79. http://members.aol.com/deathpool/obits98/fukuiken.html

Kenichi Fuckui TOKYO (AP) - Kenichi Fukui, the only Japanese to win the Nobel Prize in Chemistry, died of cancer Friday. He was 79. Fukui, a professor emeritus at Kyoto University, received the prize in 1981 for a theory which helped more clearly explain the course of chemical reactions. His ideas were the basis for other discoveries and helped pharmaceutical companies develop new drugs. Fukui graduated from Kyoto University's engineering department in 1941, became an assistant professor there in 1945 and remained in the industrial chemical engineering department for the rest of his career. AP-NY-01-12-98

17. Asiaweek.com fukui kenichi, Nara, Japan; 1981 winner for Chemistry for his contribution to thetheories concerning the course of chemical reactions ; Kyoto University. http://www.asiaweek.com/asiaweek/96/0112/letters.html

Home Magazine Archive Special Reports Asiaweek 1000 Financial 500 Best Cities Salary Survey ... More... Other News TIME Asia TIME.com CNN Asia FORTUNE.com ... AOL.com Letters and Comment "To report accurately and fairly the affairs of Asia in all spheres of human activity, to see the world from an Asian perspective, to be Asia's voice in the world" - Mission Statement, 1975 Asia Past and Future "A SIATRENDS [COVER, DEC. 15] is a timely platform for Asia-wide discussion of the 20 years past and the 20 hence. As you state, much good has come about through Asia's twin wheels of progress, industrialization and urbanization. Ills as well, pollution and the breakdown of traditional values. What next? The West is set to harness the information revolution, one that will bring forth many opportunities. In commerce, the change will be in the unclogging of the cholesterol that clutters the arteries of international trade. No more is there a need for a complicated and inefficient process between the manufacture of a product and its consumption. The benevolent vultures of cyberspace will disintermediate. It will start off at the wholesale level. Remember, the largest market in the world, that for wholesale U.S. dollars of some $3 trillion a day, has been done over cyberspace for the last 10 years. Internet and add-on technologies enable this to be expanded to most other products and services.

18. People Tateo SUGA, Japan, Kyoto University, fukui kenichi Memorial Center. VasilyT. Gritsyna, Ukraine, Kharkov National Univ. Oleg A. Plaksin, Russia, Inst. http://www.nims.go.jp/heavyion/English/e_People/people_e.html

Naoki KISHIMOTO Yoshihiko TAKEDA Hiroshi AMEKURA Kenichiro KONO ... Oleg PLAXINE Director Senior Researcher Senior Researcher Researcher COE Fellow KISHIMOTO.Naoki @nims.go.jp TAKEDA.Yoshihiko @nims.go.jp AMEKURA.Hiroshi @nims.go.jp KONO.Kenichiro @nims.go.jp Oleg.PLAXINE @nims.go.jp Yasunori FUDAMOTO Haisong Wang Jing LU Naoki UMEDA ... Kazuya MASUO COE Fellow COE Fellow Research Associate Research Fellow Graduate Student of Tsukuba Univ. D1 FUDAMOTO.Yasunori @nims.go.jp WANG.Haisong @nims.go.jp LU.Jing@nims.go.jp UMEDA.Naoki @nims.go.jp MASUO.Kazuya @nims.go.jp Recent Transfer Hanna BOLDYRYEVA Nariaki OKUBO Pranabesh BARUA Charles University Japan Atomic Energy Research Institute Indian Institute of Technology Czech Republic Japan Bangladesh Former Visiting Scientists Nationality Affiliation Tateo SUGA Japan Kyoto University, Fukui Kenichi Memorial Center

19. People Tateo SUGA, Japan, Kyoto University, fukui kenichi Memorial Center. Vasily T. Gritsyna,ƒEƒNƒ‰ƒCƒi, Kharkov National Univ. Oleg A. Plaksin, ƒƒVƒA, Inst. http://www.nims.go.jp/heavyion/People/people_j.html

•“c@—Ç•F ‰J‘q@G ‰Í–ì@Œ’ˆê˜Y Oleg PLAXINE ƒfƒBƒŒƒNƒ^[(Director) ‚b‚n‚d“Á•ÊŒ¤‹†ˆõ KISHIMOTO.Naoki @nims.go.jp TAKEDA.Yoshihiko @nims.go.jp AMEKURA.Hiroshi @nims.go.jp KONO.Kenichiro @nims.go.jp Oleg.PLAXINE @nims.go.jp ‰¤@ŠC“ ˜C@ ”~“c@’¼Ž÷ ‘”ö@˜a–ç ‚b‚n‚d“Á•ÊŒ¤‹†ˆõ ‚b‚n‚d“Á•ÊŒ¤‹†ˆõ d“_Œ¤‹†Žx‰‡‹¦—͈õ FUDAMOTO.Yasunori @nims.go.jp WANG.Haisong @nims.go.jp LU.Jing@nims.go.jp UMEDA.Naoki @nims.go.jp MASUO.Kazuya @nims.go.jp Recent Transfer Hanna BOLDYRYEVA ‘å‹v•Û¬² Pranabesh BARUA Charles University Japan Atomic Energy Research Institute Indian Institute of Technology Czech Republic Bangladesh ˆÈ‘O‚̑؍݌¤‹†ŽÒ Tateo SUGA Japan Kyoto University, Fukui Kenichi Memorial Center Vasily T. Gritsyna ƒEƒNƒ‰ƒCƒi Kharkov National Univ. Oleg A. Plaksin

20. Go World Index: F Entries (Frame2) details 47 3435 fukui kenichi (Nobel chemistry prize winner) “Go and ChemistryA Discussion with Rin Kaiho and fukui kenichi” 26 64-65 Fukui Masaaki 8 http://www.yk.rim.or.jp/~kiseido/GWINDEX/gwi2f.html

E F Fe Fi Fo Fuj ... Fus Facing 3-4 points fuseki see Kenka-komoku fuseki Failed attack explanation (game) Fairbairn, John book 1 book 2 web cd Fairbairn, John and T. Mark Hall Go World False eyes creating (problem and examples) living with (examples) False Murasaki and the Rustic Genji, The (19th-century novel) untitled print (cover note) Famous moves endgame tesuji by Dochi (1705), most famous ibc oversight by both players (1787) Fans (device) Actor Playing Go (cover story) painting (cover note) Fassbender, Jochen Fast-go tournaments see Internet Lightning Television tournaments Fees see Game Tournament contract fees Feixiang Cup 1988 (1st): Ma Xiaochun wins Feldman, Denis vs. Michel, Jean French Championship 1979 (Game 2) see Pak Chi-eun Females see individual players as well as Feng shui in relation to game of go Feng Yun 9-dan promotion Feng Yun vs. Rui Naiwei Bohae Cup Final 1995 (Game 3) Festivals see Guiyang International Go Cultural Festival see Kisei Title Match 1983 Fightbacks see Miraculous upsets Fighting 3-4 points fuseki see Kenka-komoku fuseki Fighting games Meijin Title Match 1981, Game 1 (Cho Chikun vs. Kato)

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