In “Will we ever…understand why music makes us feel good?,” Philip Ball suggests that music has been shown to activate the same areas of the brain connected to pleasurable experiences such as sex, good food, and addictive drugs.

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Question

In “Will we ever…understand why music makes us feel good?,” Philip Ball suggests that music has been shown to activate the same areas of the brain connected to pleasurable experiences such as sex, good food, and addictive drugs.

Notice: The questions and answer sets for this quiz are protected under copyright, and may not be reproduced without the author's consent.

BlackTom AI · Accepted Answer

Music engages the brain’s reward circuitry—particularly the nucleus accumbens, ventral striatum, ventral tegmental area (VTA) and dopaminergic pathways—which are the same systems implicated in pleasure from sex, tasty food, and addictive drugs.

1) Relevant knowledge points and concepts
- Reward circuitry: nucleus accumbens, VTA, ventral striatum and prefrontal areas mediate pleasure and motivation.
- Dopamine signaling: anticipatory and consummatory phases of reward involve dopamine release in these regions.
- Neuroimaging evidence: fMRI and PET studies show that intensely pleasurable music triggers activity and dopamine release in these reward structures.

2) Step-by-step reasoning
- Empirical studies have measured brain activity while participants listen to music that gives them chills or intense pleasure.
- Those studies consistently show increased activation in the nucleus accumbens and related reward regions during peak emotional responses to music.
- The same reward regions are well documented to activate during sexual activity, consumption of palatable foods, and exposure to addictive substances.
- Philip Ball’s essay synthesizes and cites this body of research to suggest that music’s pleasurable effects arise from engaging the same neural reward mechanisms as other pleasurable experiences.

3) Intermediate steps (evidence linking concepts)
- fMRI: peak emotional responses to music → increased BOLD signal in nucleus accumbens and VTA.
- PET: pleasurable music → measurable dopamine release in ventral striatum.
- Comparative neuroscience: these patterns mirror activation observed for sex, food, and drugs.

4) Why the correct answer is correct
Because Ball refers to neuroscientific findings indicating overlap between music-induced pleasure and classical reward experiences, the statement accurately reflects his suggestion that music activates the same brain areas tied to pleasurable experiences.

5) Why the other option is incorrect
Choosing False would contradict the documented neuroimaging and neurochemical evidence Ball summarizes; it would ignore the explicit claim that music recruits reward circuitry comparable to sex, food, and drugs.

6) Conclusion
The correct choice is True, matching the provided answer.

Similar Questions

According to Philip Ball’s article “Will we ever…understand why music makes us feel good?,” which of the following is NOT true? Notice: The questions and answer sets for this quiz are protected under copyright, and may not be reproduced without the author's consent.

In "How Music Resonates in the Brain: Scientists tune in to the brain’s emotional response to music", the author cites a study that implicates: Notice: The questions and answer sets for this quiz are protected under copyright, and may not be reproduced without the author's consent.

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