#yorp — Public Fediverse posts

Find someone who looks like Yorp at Commander Keen.

#KätToon #CommanderKeen #Yorp #FanartFriday #RetroGames #Retrospiele

Find someone who looks like Yorp at Commander Keen.

#KätToon #CommanderKeen #Yorp #FanartFriday #RetroGames #Retrospiele

Find someone who looks like Yorp at Commander Keen.

#KätToon #CommanderKeen #Yorp #FanartFriday #RetroGames #Retrospiele

Find someone who looks like Yorp at Commander Keen.

#KätToon #CommanderKeen #Yorp #FanartFriday #RetroGames #Retrospiele

Find someone who looks like Yorp at Commander Keen.

#KätToon #CommanderKeen #Yorp #FanartFriday #RetroGames #Retrospiele

#NerdAlert!
Für diesen #FanartFriday wenden wir und dem #Reteogame #CommanderKeen

Ach, #Yorp. 🖤

#KätToon #RetroSpiel

#NerdAlert!
Für diesen #FanartFriday wenden wir und dem #Reteogame #CommanderKeen

Ach, #Yorp. 🖤

#KätToon #RetroSpiel

#NerdAlert!
Für diesen #FanartFriday wenden wir und dem #Reteogame #CommanderKeen

Ach, #Yorp. 🖤

#KätToon #RetroSpiel

#NerdAlert!
Für diesen #FanartFriday wenden wir und dem #Reteogame #CommanderKeen

Ach, #Yorp. 🖤

#KätToon #RetroSpiel

#retrofanartfriday with #Yorp and his adorable look at #commanderkeen 🖤

#KätToon #retrofanart #retrospiel #retrogame #jumpnrungame

#retrofanartfriday with #Yorp and his adorable look at #commanderkeen 🖤

#KätToon #retrofanart #retrospiel #retrogame #jumpnrungame

Observational Characterization of #MainBeltComet and Candidate Main-Belt #Comet Nuclei: https://arxiv.org/abs/2302.11689 - "of 17 MBCs or candidate MBCs for which nucleus sizes (or inferred parent body sizes) have been estimated, >80% have r_n<1.0 km, pointing to an apparent physical preference toward small MBCs, where we suggest that #YORP spin-up may play a significant role in triggering and/or facilitating MBC activity."

Observational Characterization of #MainBeltComet and Candidate Main-Belt #Comet Nuclei: https://arxiv.org/abs/2302.11689 - "of 17 MBCs or candidate MBCs for which nucleus sizes (or inferred parent body sizes) have been estimated, >80% have r_n<1.0 km, pointing to an apparent physical preference toward small MBCs, where we suggest that #YORP spin-up may play a significant role in triggering and/or facilitating MBC activity."

Observational Characterization of #MainBeltComet and Candidate Main-Belt #Comet Nuclei: https://arxiv.org/abs/2302.11689 - "of 17 MBCs or candidate MBCs for which nucleus sizes (or inferred parent body sizes) have been estimated, >80% have r_n<1.0 km, pointing to an apparent physical preference toward small MBCs, where we suggest that #YORP spin-up may play a significant role in triggering and/or facilitating MBC activity."

Observational Characterization of #MainBeltComet and Candidate Main-Belt #Comet Nuclei: https://arxiv.org/abs/2302.11689 - "of 17 MBCs or candidate MBCs for which nucleus sizes (or inferred parent body sizes) have been estimated, >80% have r_n<1.0 km, pointing to an apparent physical preference toward small MBCs, where we suggest that #YORP spin-up may play a significant role in triggering and/or facilitating MBC activity."

Observational Characterization of #MainBeltComet and Candidate Main-Belt #Comet Nuclei: https://arxiv.org/abs/2302.11689 - "of 17 MBCs or candidate MBCs for which nucleus sizes (or inferred parent body sizes) have been estimated, >80% have r_n<1.0 km, pointing to an apparent physical preference toward small MBCs, where we suggest that #YORP spin-up may play a significant role in triggering and/or facilitating MBC activity."