Marat Romanov

Marat Marsovich Romanov (Russian: Мара́т Ма́рсович Рома́нов; born 5 June 1966) is a Russian wheelchair curler playing as alternate for the Russian wheelchair curling team. He and his team won the silver medal at the 2014 Paralympic Games, gold medals at the 2012, 2015, and 2016 World Championships, and the silver medal at the 2017 World Championships

Marat Romanov
Born (1966-06-05) June 5, 1966
Team
Curling clubGranit
SkipAndrey Smirnov
ThirdKonstantin Kurokhtin
SecondSvetlana Pakhomova
LeadAlexander Shevchenko
AlternateMarat Romanov

Biography

Marat Romanov was born on 5 June 1966 in Chelyabinsk, Russian SFSR, Soviet Union. After school, Marat was trained as an assistant engine driver and spent a few years in the Soviet Navy before getting the job of a smelter at the Chelyabinsk Metallurgical Plant. In his spare time, he enjoyed mountaineering.[1]

Romanov came to curling after a car accident in 1996, after which he received a vertebral compression fracture.[2] He also did basketball and arm wrestling. In May 2007 he formed a curling team in Chelyabinsk, where he was a skip.[1][3]

In 2009, he graduated from the Department of Physical Education at the Ural State Academy of Physical Education in Chelyabinsk.[4]

Awards

  • Medal of the Order "For Merit to the Fatherland" I class (17 March 2014) – for the huge contribution to the development of physical culture and sports, and for the high athletic performances at the 2014 Paralympic Winter Games in Sochi[5]
  • Merited Master of Sports of Russia (2013)[6]
gollark: The important thing is probably... quantitative data about the amounts and change of each?
gollark: Regardless of what's actually happening with news, you can probably dredge up a decent amount of examples of people complaining about being too censored *and* the other way round.
gollark: With the butterfly-weather-control example that's derived from, you can't actually track every butterfly and simulate the air movements resulting from this (yet, with current technology and algorithms), but you can just assume some amount of random noise (from that and other sources) which make predictions about the weather unreliable over large time intervals.
gollark: That seems nitpicky, the small stuff is still *mostly* irrelevant because you can lump it together or treat it as noise.
gollark: Why are you invoking the butterfly effect here?

References


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