The target article opens with a hypothetical scenario “
Imagine that a new human society, free of any previous cultural influence, is established on a large, remote island
.” Singh convincingly argues that a range of recognizable complex cultural practices, such as marriage or shamanism, would reliably arise in such a society due to “subjective selection.” He terms such practices “super-attractors,” and their set the “cultural manifold.” Miller (Reference Miller and Brockman2007) imagines an equivalent scenario for technologically advanced species on an interplanetary scale. He surmises that any intelligent species should evolve practices “to shape their subjective reality to provide the cues of survival and reproductive success.”
Both perspectives share two insights: (i) cultural practices depend on subjective choices, and (ii) what subjectively appeals depends on evolved psychology and is not necessarily biologically adaptive. This aligns with a growing recognition that “adaptationism” is insufficient to explain either cultural or biological evolution (Acerbi & de Courson, Reference Acerbi and de Courson2025; Bartlett et al., Reference Bartlett2017; McCoy & Haig, Reference McCoy and Haig2020; Prum, Reference Prum2012, Reference Prum2017). We must also consider subjective goals and neuro-psychological proxies of value.
A particularly relevant phenomenon in this context is “proxy failure” (John et al., Reference John, Caldwell, McCoy and Braganza2024), where for instance psychological decision proxies such as sweetness or salience elicit behavior that undermines the underlying goals (e.g., fitness or utility). The upshot is that subjective selection may not only explain the cultural manifold but also why modern culture is creating ever more addictive goods (Sacco, Reference Sacco2024; van Tulleken, Reference van Tulleken2023) or digital interfaces (Miller, Reference Miller and Brockman2007).
This commentary contributes in two ways: (1) It proposes status signaling systems as a super-attractor, hopefully extending the “
empirical testing ground for […] social scientific theory
” in Singh’s spirit. (2) It suggests that Singh’s framework, pursued in a dispassionate and non-ideological manner, could unfold its most profound impact in the study of modern culture.
Status signaling systems as a super-attractor
A cultural status signaling system is a “social institution” (target article, sect. 5, para. 1), which provides members of a society (or societal group) a means to rank each other in terms of status or prestige (both terms used synonymously here, in the sense of Henrich & Gil-White, Reference Henrich and Gil-White2001). Imagine the entire set of cultural cues, including material displays (clothes, ornaments, beards; Gray et al., Reference Gray, Craig, Paiz-Say, Lavika, Kumar and Rangaswamy2020), behavioral cues (generosity, posture, followership; Anderson & Kilduff, Reference Anderson and Kilduff2009; Egozi & Ram, Reference Egozi and Ram2024), and linguistic or symbolic markers (speech patterns), which together underlie status judgments. We can specifically define a status signaling system as the set of cultural cues that allow independent members of a society to infer the same ranking for a random sample of peers (Yu, Kilduff, & West, Reference Yu, Kilduff and West2023).
Of course, cultural status cues will build upon and complexly interact with non-cultural, that is, innate, mechanisms of status signaling. Yet the interpretation of many cues (e.g., skin tone and assertiveness) is strongly culturally contingent (Kim & Pettit, Reference Kim and Pettit2019). The appeal of understanding status signaling systems as a super-attractor, rather than just an amalgam of cues, is that it explicates what exactly underlies the concept of status (or prestige) in a given society.
A cultural status signaling system is characterized by at least four features: (i) perpetuity – that is, transmission across generations; (ii) a culturally defined set of evaluation criteria – for example, which skin tones or clothes are deemed superior; (iii) an abstract value proposition – signals are understood to imply some sense of worth; and (iv) resource allocation - signals materially manifest in, and justify, privilege.
Status signaling systems are clearly shaped by psychological needs and goals, such as the need for legibility (or clarity, Nguyen, Reference Nguyen2021). Perceivers require legible means to infer status with reasonable effort (John et al., Reference John, Caldwell, McCoy and Braganza2024). Successful status signals are thus often readily visible and, more generally, tailored to the perception and psychology of perceivers.
Established status signaling systems can offer clear “adaptive” benefits. Accurate (or “honest”) signals can improve individual choices and guide social learning (Henrich & Gil-White, Reference Henrich and Gil-White2001). Inaccurate but commonly accepted signals can facilitate peaceful resource allocation and collective action (Yu et al., Reference Yu, Kilduff and West2023). But status signaling systems also risk “runaway” dynamics, becoming self-referential and wasteful (Frank, Reference Frank2011; Schubert & Cordes, Reference Schubert and Cordes2013), perhaps due to fundamental informational dynamics (Braganza, Reference Braganza2022; John et al., Reference John, Caldwell, McCoy and Braganza2024).
Status signaling systems thus seem a strong candidate for Singh’s framework.
Cultural evolution by revealed preferences
Singh’s “large island” scenario offers a useful empirical testbed for subjective selection theory, shielding researchers from too many political distractions. Yet the framework may be most impactful when applied to the more contentious realm of modern culture. For instance, a growing meta-scientific literature is built precisely on the insight that cultural selection based on (subjective) proxies of scientific value is shaping academia in a variety of predictable and consequential ways (Braganza, Reference Braganza2020; Browning & Veit, Reference Browning and Veit2024; Higgins et al., Reference Higgins, Gillett, Kaplan and Ross2024; Peters, Krauss, & Braganza, Reference Peters, Krauss and Braganza2022; Smaldino & McElreath, Reference Smaldino and McElreath2016).
But the most important domain of application is arguably what we might call “cultural evolution by revealed preferences.” How do subjective consumer choices (revealed preferences) lead to the continuous evolution of new goods and services? Evolutionary economics explores both the origins and evolution of preferences (Chai, Reference Chai2017; Cordes, Reference Cordes2019; Veblen, Reference Veblen1899; Witt, Reference Witt2001, Reference Witt2021) and how consumer choices shape goods and services (Alchian, Reference Alchian1950; Braganza, Reference Braganza2025). A better understanding of such processes seems of overwhelming importance to address current societal challenges concerning, for example, sustainability (Braganza & Kapeller, Reference Braganza and Kapeller2025).
One critical advantage of Singh’s framework is that it allows for cognitive biases and idiosyncrasies to affect selection, leading to the prediction that firms should evolve “consumption nudging” (Braganza, Reference Braganza2025; Braganza & Kapeller, Reference Braganza and Kapeller2025). This has profound implications. Does cultural evolution by revealed preferences naturally lead to “a carnival of addictively fitness-faking entertainment products” (Miller, Reference Miller and Brockman2007), super-addictive foods (van Tulleken, Reference van Tulleken2023), or perpetual consumption growth (Braganza, Reference Braganza2025)? These questions raise a range of thorny philosophical issues concerning individual autonomy and societal well-being (Braganza et al., Reference Braganza, John, Caldwell and McCoy2024; Braganza & Kapeller, Reference Braganza and Kapeller2025; Rizzo & Whitman, Reference Rizzo and Whitman2019). But the significant ethical implications arguably speak for, not against, a dispassionate investigation into the role of subjective selection in modern cultural evolution.
The target article opens with a hypothetical scenario “ Imagine that a new human society, free of any previous cultural influence, is established on a large, remote island .” Singh convincingly argues that a range of recognizable complex cultural practices, such as marriage or shamanism, would reliably arise in such a society due to “subjective selection.” He terms such practices “super-attractors,” and their set the “cultural manifold.” Miller (Reference Miller and Brockman2007) imagines an equivalent scenario for technologically advanced species on an interplanetary scale. He surmises that any intelligent species should evolve practices “to shape their subjective reality to provide the cues of survival and reproductive success.”
Both perspectives share two insights: (i) cultural practices depend on subjective choices, and (ii) what subjectively appeals depends on evolved psychology and is not necessarily biologically adaptive. This aligns with a growing recognition that “adaptationism” is insufficient to explain either cultural or biological evolution (Acerbi & de Courson, Reference Acerbi and de Courson2025; Bartlett et al., Reference Bartlett2017; McCoy & Haig, Reference McCoy and Haig2020; Prum, Reference Prum2012, Reference Prum2017). We must also consider subjective goals and neuro-psychological proxies of value.
A particularly relevant phenomenon in this context is “proxy failure” (John et al., Reference John, Caldwell, McCoy and Braganza2024), where for instance psychological decision proxies such as sweetness or salience elicit behavior that undermines the underlying goals (e.g., fitness or utility). The upshot is that subjective selection may not only explain the cultural manifold but also why modern culture is creating ever more addictive goods (Sacco, Reference Sacco2024; van Tulleken, Reference van Tulleken2023) or digital interfaces (Miller, Reference Miller and Brockman2007).
This commentary contributes in two ways: (1) It proposes status signaling systems as a super-attractor, hopefully extending the “ empirical testing ground for […] social scientific theory ” in Singh’s spirit. (2) It suggests that Singh’s framework, pursued in a dispassionate and non-ideological manner, could unfold its most profound impact in the study of modern culture.
Status signaling systems as a super-attractor
A cultural status signaling system is a “social institution” (target article, sect. 5, para. 1), which provides members of a society (or societal group) a means to rank each other in terms of status or prestige (both terms used synonymously here, in the sense of Henrich & Gil-White, Reference Henrich and Gil-White2001). Imagine the entire set of cultural cues, including material displays (clothes, ornaments, beards; Gray et al., Reference Gray, Craig, Paiz-Say, Lavika, Kumar and Rangaswamy2020), behavioral cues (generosity, posture, followership; Anderson & Kilduff, Reference Anderson and Kilduff2009; Egozi & Ram, Reference Egozi and Ram2024), and linguistic or symbolic markers (speech patterns), which together underlie status judgments. We can specifically define a status signaling system as the set of cultural cues that allow independent members of a society to infer the same ranking for a random sample of peers (Yu, Kilduff, & West, Reference Yu, Kilduff and West2023).
Of course, cultural status cues will build upon and complexly interact with non-cultural, that is, innate, mechanisms of status signaling. Yet the interpretation of many cues (e.g., skin tone and assertiveness) is strongly culturally contingent (Kim & Pettit, Reference Kim and Pettit2019). The appeal of understanding status signaling systems as a super-attractor, rather than just an amalgam of cues, is that it explicates what exactly underlies the concept of status (or prestige) in a given society.
A cultural status signaling system is characterized by at least four features: (i) perpetuity – that is, transmission across generations; (ii) a culturally defined set of evaluation criteria – for example, which skin tones or clothes are deemed superior; (iii) an abstract value proposition – signals are understood to imply some sense of worth; and (iv) resource allocation - signals materially manifest in, and justify, privilege.
Status signaling systems are clearly shaped by psychological needs and goals, such as the need for legibility (or clarity, Nguyen, Reference Nguyen2021). Perceivers require legible means to infer status with reasonable effort (John et al., Reference John, Caldwell, McCoy and Braganza2024). Successful status signals are thus often readily visible and, more generally, tailored to the perception and psychology of perceivers.
Established status signaling systems can offer clear “adaptive” benefits. Accurate (or “honest”) signals can improve individual choices and guide social learning (Henrich & Gil-White, Reference Henrich and Gil-White2001). Inaccurate but commonly accepted signals can facilitate peaceful resource allocation and collective action (Yu et al., Reference Yu, Kilduff and West2023). But status signaling systems also risk “runaway” dynamics, becoming self-referential and wasteful (Frank, Reference Frank2011; Schubert & Cordes, Reference Schubert and Cordes2013), perhaps due to fundamental informational dynamics (Braganza, Reference Braganza2022; John et al., Reference John, Caldwell, McCoy and Braganza2024).
Status signaling systems thus seem a strong candidate for Singh’s framework.
Cultural evolution by revealed preferences
Singh’s “large island” scenario offers a useful empirical testbed for subjective selection theory, shielding researchers from too many political distractions. Yet the framework may be most impactful when applied to the more contentious realm of modern culture. For instance, a growing meta-scientific literature is built precisely on the insight that cultural selection based on (subjective) proxies of scientific value is shaping academia in a variety of predictable and consequential ways (Braganza, Reference Braganza2020; Browning & Veit, Reference Browning and Veit2024; Higgins et al., Reference Higgins, Gillett, Kaplan and Ross2024; Peters, Krauss, & Braganza, Reference Peters, Krauss and Braganza2022; Smaldino & McElreath, Reference Smaldino and McElreath2016).
But the most important domain of application is arguably what we might call “cultural evolution by revealed preferences.” How do subjective consumer choices (revealed preferences) lead to the continuous evolution of new goods and services? Evolutionary economics explores both the origins and evolution of preferences (Chai, Reference Chai2017; Cordes, Reference Cordes2019; Veblen, Reference Veblen1899; Witt, Reference Witt2001, Reference Witt2021) and how consumer choices shape goods and services (Alchian, Reference Alchian1950; Braganza, Reference Braganza2025). A better understanding of such processes seems of overwhelming importance to address current societal challenges concerning, for example, sustainability (Braganza & Kapeller, Reference Braganza and Kapeller2025).
One critical advantage of Singh’s framework is that it allows for cognitive biases and idiosyncrasies to affect selection, leading to the prediction that firms should evolve “consumption nudging” (Braganza, Reference Braganza2025; Braganza & Kapeller, Reference Braganza and Kapeller2025). This has profound implications. Does cultural evolution by revealed preferences naturally lead to “a carnival of addictively fitness-faking entertainment products” (Miller, Reference Miller and Brockman2007), super-addictive foods (van Tulleken, Reference van Tulleken2023), or perpetual consumption growth (Braganza, Reference Braganza2025)? These questions raise a range of thorny philosophical issues concerning individual autonomy and societal well-being (Braganza et al., Reference Braganza, John, Caldwell and McCoy2024; Braganza & Kapeller, Reference Braganza and Kapeller2025; Rizzo & Whitman, Reference Rizzo and Whitman2019). But the significant ethical implications arguably speak for, not against, a dispassionate investigation into the role of subjective selection in modern cultural evolution.
Financial support
The author gratefully acknowledges support by the Volkswagen Foundation (Grant 9C740).
Competing interests
The author declares that no competing interests exist.