What are your current projects?
I have current projects on the analysis of collective behaviour in football and basketball through the lens of ecological dynamics; biomechanics and motor control issues for climbing performance; and sports performance and virtual reality.
ALT Biomechanics and motor control issues for climbing performance; and sports performance and virtual reality.
ALT Analysis of collective behaviour in football and basketball through the lens of ecological dynamics; Passing Network from Manchester, in the second game played against Tottenham Hotspur at the 2019 Champions League quarter-final.
Full version on our Facebook;
facebook.com/departmentofspo…
University of Vienna - Department of Sport Science retweeted
The study reveals potential probiotic strains for treatment of type 2 diabetes & obesity that would allow for more targeted therapies #employers #diabetes @OregonState @UniversityofVi1 @theNCI
ow.ly/e0IE50DfCWm
The recently published paper deals with the phenomenon of stretch-induced increase in muscle force (residual force enhancement) in a stretch-shortening cycle. The contribution of the contraction intensity to this phenomenon was the focus of this paper.
frontiersin.org/articles/10.…
Congratulations to your great work; @MartinGröber @WolfgangSeiberl @Savvasstafylidis @univienna
greta job! even without arms XD
Friday night: Playing OpenSim Pro Skater #skateboarding #opensim @UniversityofVi1
@univienna @OpenSimSU
Interview with study assistant in our department Callum Bühler, Bakk. BSc;
Hello Callum, Thank you very much for your time and accepting my request. Here are some questions I have prepared for you; #Interviews #sport #Science
@buehler_callum @univienna
ALT Callum Bühler, Bakk. BSc
What is happening in the Department at the moment?
A lot! Obviously due to corona things aren’t as they used to be but none the less we have a lot of very interesting research going on.
Der Artikel “Contribution of Stretch-Induced Force Enhancement to Increased Performance in Maximal Voluntary and Submaximal Artificially Activated Stretch-Shortening Muscle Action” (Autoren: Martin Groeber, Savvas Stafilidis, @WolfgangSeiberl und Arnold Baca)
wurde im Frontiers in Physiology zur Veröffentlichung akzeptiert.
doi.org/10.3389/fphys.2020.5…
@univienna @FrontPhysiol @FrontSportsAL