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The discussions reflect a strong interest in how neuronal reward signals relate to decision-making, with examples like the mention of dopamine's influence on free will and behavior, as well as references to applications in game design and social behavior. The tone and choice of words suggest curiosity about both theoretical implications and practical applications, emphasizing the publication’s influence on various fields.
The discussions show general support for the ideas in the publication, especially regarding the role of reward signals in decision-making and free will.
Many posts are highly engaged, referencing specific concepts like dopamine, reward systems, and free will, indicating strong interest.
Posts discuss the implications of reward signals and behavior, such as their influence on game design and human generosity, showing active engagement.
The conversations highlight the publication's significance in understanding behavior, motivation, and even free will, indicating a moderate to high impact.
This week, my class discussed how behaviorist theories are used in game design to drive engagement but also some compulsion. How do you feel about using behaviorism for applied game design? Full video: https://t.co/vwemeLxE9x #onlinelearning #gamedev #gamesandlearning https://t.co/W5tV3Yf2e6
@PessoaBrain A list of nonprimary rewards that impact primary rewards def present a 3rd variable problem to such a conclusion. https://t.co/SXhJYtX6PT
In this article published in Physiol Rev in 2015, Wolfram Schultz concludes with a final section entirely dedicated to "Reward and Free Will." As far as I can tell, this was the first time that free will was formally discussed in Physiol Rev since 1921. https://t.co/otPj0ETShW
Dopamine and free will: In focusing individuals on rewards at the expense of other pursuits, dopamine stimulation takes parts of free will away from the individual’s behavior. https://t.co/GvI9F1XG65
related.... 'Pleasure constitutes a transient response that may lead to the longer lasting state of happiness.' (pg. 855) https://t.co/Kxj07vER0t
Épisode 2 : Games and Behaviorism
This video introduces behaviorism and its application in game design, focusing on classical conditioning, operant conditioning, and social learning theory, explaining their impact on player behavior and game…
This video explores fascinating facts about the brain, including how learning languages enhances gray matter, lying takes longer than truth, and how gratitude can physically change brain structure and boost happiness…
Neuronal reward signals, primarily in dopamine neurons, encode prediction errors that facilitate learning and decision-making by signaling subjective value and guiding approach behaviors. These signals are linked to…
This video explores how neuronal reward signals, mainly in dopamine neurons, encode prediction errors that facilitate learning and decision-making, highlighting the brain regions involved and the impact on behavior and…
This video explores how dopamine neurons encode prediction errors to facilitate learning and decision-making, highlighting the roles of various brain regions like the striatum, amygdala, and frontal cortex in processing…
@solanojavierjr @Dearme2_ Here’s my sources: https://t.co/St9rFCdbtc https://t.co/GyWF046XaG
Schultz, W. (2015). Neuronal reward and decision signals: From theories to data. Physiological Reviews, 95(3), 853-951. Zak, P. J., Stanton, A. A., & Ahmadi, S. (2007). Oxytocin increases generosity in humans. PLoS ONE, 2(11), e1128.
https://t.co/KxQtwahaes
@PessoaBrain A list of nonprimary rewards that impact primary rewards def present a 3rd variable problem to such a conclusion. https://t.co/SXhJYtX6PT
related.... 'Pleasure constitutes a transient response that may lead to the longer lasting state of happiness.' (pg. 855) https://t.co/Kxj07vER0t
Start from the beginning, all animals, including humans, search pleasurable stimuli and avoid harmful ones. Food or sex are pleasurable stimuli, called “rewards”. The brain has evolved to search these pleasurable stimuli by the “reward system”. https://t.co/GJb8qsjZsu
RT @SergeAhmed: In this article published in Physiol Rev in 2015, Wolfram Schultz concludes with a final section entirely dedicated to "Rew…
RT @SergeAhmed: In this article published in Physiol Rev in 2015, Wolfram Schultz concludes with a final section entirely dedicated to "Rew…
In this article published in Physiol Rev in 2015, Wolfram Schultz concludes with a final section entirely dedicated to "Reward and Free Will." As far as I can tell, this was the first time that free will was formally discussed in Physiol Rev since 1921. https://t.co/otPj0ETShW
Épisode 2 : Games and Behaviorism
Neuronal reward and decision signals: from theories to data https://t.co/f5pMJmOPVR
RT @bobdeschutter: This week, my class discussed how behaviorist theories are used in game design to drive engagement but also some compuls…
RT @bobdeschutter: This week, my class discussed how behaviorist theories are used in game design to drive engagement but also some compuls…
RT @bobdeschutter: This week, my class discussed how behaviorist theories are used in game design to drive engagement but also some compuls…
RT @bobdeschutter: This week, my class discussed how behaviorist theories are used in game design to drive engagement but also some compuls…
RT @bobdeschutter: This week, my class discussed how behaviorist theories are used in game design to drive engagement but also some compuls…
This week, my class discussed how behaviorist theories are used in game design to drive engagement but also some compulsion. How do you feel about using behaviorism for applied game design? Full video: https://t.co/vwemeLxE9x #onlinelearning #gamedev #gamesandlearning https://t.co/W5tV3Yf2e6
RT @SergeAhmed: Dopamine and free will: In focusing individuals on rewards at the expense of other pursuits, dopamine stimulation takes par…
@PDN_Cambridge see for example: https://t.co/IBeyrXWcKq https://t.co/COzFycjjer https://t.co/Wt2JrVOZPA https://t.co/trr6ue6pQj #SNS2019 https://t.co/NUUOqdGhhH
RT @SergeAhmed: Dopamine and free will: In focusing individuals on rewards at the expense of other pursuits, dopamine stimulation takes par…
Dopamine and free will: In focusing individuals on rewards at the expense of other pursuits, dopamine stimulation takes parts of free will away from the individual’s behavior. https://t.co/GvI9F1XG65