Yuzuru Hanyu

E585170

Yuzuru Hanyu is a Japanese figure skater widely regarded as one of the greatest in history, known for his Olympic gold medals and groundbreaking technical and artistic performances.

All labels observed (2)

Label Occurrences
Yuzuru Hanyu canonical 10
羽生結弦 1

How this entity was disambiguated

Statements (56)

Predicate Object
instanceOf Olympic athlete
figure skater
human
coach Brian Orser
competesFor Japan
countryOfCitizenship Japan
dateOfBirth 1994-12-07
discipline men's singles
familyName Hanyu
formerCoach Nanami Abe
FourContinentsChampion 2020 Four Continents Championships
gender male
givenName Yuzuru
GrandPrixFinalChampion 2013–14 Grand Prix Final
2014–15 Grand Prix Final
2015–16 Grand Prix Final
2016–17 Grand Prix Final
hasFanbaseName Fanyus
hometown Sendai, Miyagi Prefecture, Japan
isConsidered one of the greatest figure skaters in history
JapaneseNationalChampion multiple years
knownFor artistic performance in figure skating
combining high-level jumps with complex choreography
groundbreaking technical difficulty in figure skating
languageSpoken English
Japanese
name Yuzuru Hanyu
nationality Japanese
nativeName 羽生結弦
linked to: Yuzuru Hanyu
notableProgram Hope and Legacy
Origin
Romeo and Juliet
Seimei
Ten to Chi to (Heaven and Earth)
OlympicGames 2014 Winter Olympics in Sochi
2018 Winter Olympics in Pyeongchang
OlympicGoldMedalistIn men's singles figure skating
performedQuadrupleJumpType quadruple loop
quadruple lutz
quadruple salchow
quadruple toe loop
placeOfBirth Sendai, Miyagi Prefecture, Japan
profession performing artist
professional figure skater
sport figure skating
sufferedInjury ankle ligament injuries
earthquake-related trauma in childhood
survivedEvent 2011 Tōhoku earthquake and tsunami
trainingLocation Sendai, Japan
linked to: Sendai

Toronto, Canada
linked to: Toronto
turnedProfessional 2022
turnedSenior 2010–2011 season
wonGoldMedalAt 2014 Winter Olympics
2018 Winter Olympics
worldChampion 2014 World Figure Skating Championships
2017 World Figure Skating Championships

How these facts were elicited

Referenced by (11)

Full triples — surface form annotated when it differs from this entity's canonical label.