Riste Stefanov

Riste Stefanov (born August 30, 1983) is a Macedonian former basketball player.

Riste Stefanov
Personal information
Born (1983-08-30) August 30, 1983
Kavadarci, SR Macedonia, SFR Yugoslavia
NationalityMacedonian
Listed height6 ft 6.5 in (1.99 m)
Listed weight190 lb (86 kg)
Career information
Playing career1998–2014
PositionShooting guard
Career history
1998–2000Tikveš
2000–2001MZT Skopje
2001Union Olimpija
2001–2002Balkan Steel
2002–2003Beşiktaş
2003–2005Rabotnički
2005–2009Lukoil Academic
2009–2010AEK Athens
2010Rabotnički
2010–2011Basket Citta' Di San Severo
2011MZT Skopje
2012Ilysiakos B.C.
2014Feni Industries
2014Rabotnički

Pro career

Stefanov began his career with KK Tikveš's juniors. He made his debut with KK Tikveš during the 1999–00 season and was signed for the 2000–01 season by KK MZT Skopje. He moved to Slovenia for the 2001–02 season, signed by KK Union Olimpija. In December 2001, he left the team and moved back to Macedonia, signed by Balkan Steel Skopje. He moved to Turkey for the 2002–03 season, signed by Beşiktaş and returned to Macedonia in January 2003, signed by KK Rabotnički. Played there also the 2004–05 championship. Moved to Bulgaria for the 2005–06 season, signed by PBC Academic Sofia. Then played in Greek A1 with AEK.[1]

gollark: TuxN for all N in **R** IRL.
gollark: Would people be interested in osmarks internet radio™ but it plays random beeping noises™?
gollark: It's presumably the rolling-counter code being broken somehow.
gollark: Oops. No idea how that happened.
gollark: However, it is known that Superconducting digital logic circuits use single flux quanta (SFQ), also known as magnetic flux quanta, to encode, process, and transport data. SFQ circuits are made up of active Josephson junctions and passive elements such as inductors, resistors, transformers, and transmission lines. Whereas voltages and capacitors are important in semiconductor logic circuits such as CMOS, currents and inductors are most important in SFQ logic circuits. Power can be supplied by either direct current or alternating current, depending on the SFQ logic family.

References


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