The boundary between "us" and "them" has always been thinner than our egos care to admit. From the bioengineered Replicants of Blade Runner to the cybernetic shells of Major Motoko Kusanagi, we are obsessed with the point where human nature ends and "something else" begins.
Table of Contents
If given the chance to utilize safe, reversible hybridization technology, I would choose to bridge the gap between the terrestrial and the aquatic by integrating Cetacean (specifically Bottlenose Dolphin) characteristics.
My chosen transformation would be a major physiological and cognitive adaptation. Rather than just growing aesthetic fins, I am interested in the fundamental restructuring of sensory perception.
Physical: Integrating a "melon" organ for biosonar (echolocation) and skin capable of high-pressure resistance.
Cognitive: Adopting unihemispheric slow-wave sleep—the ability to sleep with one half of the brain at a time—allowing for continuous consciousness.
Behavioral: Shifting toward the non-linear, acoustic-based communication systems typical of pod structures.
As Donna Haraway argues in A Cyborg Manifesto, the cyborg is a creature in a post-gender, post-boundary world. By becoming part-cetacean, I am not just "adding a feature"; I am dismantling the "dualism of self and other" (Haraway, 1991). I am choosing to inhabit what Haraway calls a "monstrous" hybridity that refuses to stay in the box of human biological exceptionalism.
In Ghost in the Shell, the "Ghost" (the soul or consciousness) is the only thing that matters, regardless of the "Shell." However, my experiment suggests that the body shapes the Ghost. By adopting cetacean traits, my perception of space, time, and community would fundamentally shift.
To me, humanity is not a biological checklist; it is a capacity for narrative and connection. I would be willing to give up my terrestrial form and my traditional five senses because the "human" element—the self-reflective consciousness—remains, even if it is viewing the world through a radical new lens.
The beauty of this thought experiment lies in its reversibility. It allows for a "nomadic identity"—the ability to step into the ocean and return to the shore. This fluidity is the ultimate expression of posthumanism: the refusal to be defined by a single, static biological destiny. By embracing the dolphin, I don't lose my humanity; I expand its definition to include the song and the sea.
References
Benjamin, R. (2019). Race after technology: Abolitionist tools for the New Jim Code. Polity Press.
Haraway, D. J. (1991). Simians, cyborgs, and women: The reinvention of nature. Routledge.
Scott, R. (Director). (1982). Blade Runner [Film]. Warner Bros.
The theme song made it sound like the real superpower was predicting the future. But if scientists ever develop technologies that allow humans to borrow traits from other species, my choice would be different. I would not choose wings, sharper eyesight, or animal strength. I would choose a raven’s mind. Ravens are among the most intelligent animals on Earth. They show remarkable abilities in memory, planning, and problem-solving. Thinking about a human-raven hybrid raises an interesting question. What would it mean to borrow intelligence from another species, and what would that say about the boundaries of being human?
Birdbrain, But Like Make It Brilliant
Calling someone a “birdbrain” is usually meant as an insult. In the case of ravens and other corvids, the phrase may deserve reconsideration. Researchers have found that these birds possess impressive cognitive abilities that rival those of many mammals. Ravens and crows demonstrate advanced memory, tool use, and long-term planning. Some studies show that corvids can remember thousands of food locations and recognize individual human faces for years (Philp, 2025). They can also share information about threats with other birds, creating a kind of collective memory within their groups.
Scientists and philosophers studying animal cognition have begun to ask what the world might feel like from a raven’s perspective. Evidence suggests that corvids possess complex emotional lives and forms of consciousness. They can anticipate the intentions of others, hide food strategically, and remember what they stored, where they stored it, and when they hid it (Veit, 2025). These abilities suggest a mind capable of reflection and planning. If human enhancement technologies ever allowed us to borrow traits from other species, the raven’s cognitive toolkit would offer powerful possibilities.
How Much Humanity Would I Trade?
Even with those abilities, I would not want to become completely raven-like. The idea of hybridization becomes interesting when it pushes the boundaries of humanity without fully replacing it. If this hypothetical technology existed, I would choose a mostly cognitive hybridization. My body and social identity would remain human. The traits I would borrow involve memory, spatial awareness, and the ability to plan strategically across long stretches of time.
This kind of hybrid identity connects with ideas we’ve explored throughout the course. Haraway’s cyborg theory argues that boundaries between human and nonhuman identities are more flexible than we often assume. Hybrid identities can challenge rigid categories and open new ways of thinking about personhood. Works such as Blade Runner and Ghost in the Shell raise similar questions. Characters who possess artificial bodies or enhanced cognition still display memory, emotion, and self-awareness. These stories suggest that humanity may depend less on biological origin and more on conscious experience. Borrowing the mental abilities of a raven would push that idea further and invite us to rethink which qualities truly define being human.
I'm So Raven?
The larger question involves access. If technologies could enhance human abilities by combining traits from other species, who would actually receive those upgrades? Current discussions about human enhancement already raise ethical concerns. Technologies such as brain-computer interfaces or cognitive augmentation could produce individuals with significantly improved abilities, which may reshape power structures in areas like warfare, labor, and education (“Reports on Military Medicine Findings”, 2025).
Researchers also warn that access to enhancement technologies may depend heavily on financial resources. If these technologies remain expensive, they could widen existing social inequalities by allowing wealthy groups to enhance their capabilities while others remain excluded (“Chongqing University Researchers”, 2025). In that case, the future might resemble many cyberpunk stories in which technological upgrades become another way to reinforce social hierarchies.
Thinking about a “raven upgrade” therefore raises broader questions about the future of human enhancement. If humans gain the ability to borrow the strengths of other species, the benefits may depend on how societies regulate and distribute those technologies.
Maybe the theme song captured something important after all. The future might be something we can see approaching. Understanding how we choose to evolve may matter more than predicting what comes next.
References
Philp, T. (2025, September 27). Intelligence of these birds is something to crow about. Brantford Expositor. https://advance.lexis.com/api/document?collection=news&id=urn%3acontentItem%3a6GV6-Y033-RRPR-41V5-00000-00&context=1519360&identityprofileid=NZ9N7751352
Veit, W. (2025, May 23). What's it like being a raven or a crow? The Conversation - United Kingdom. https://advance.lexis.com/api/document?collection=news&id=urn%3acontentItem%3a6FW7-1473-RRW3-23W4-00000-00&context=1519360&identityprofileid=NZ9N7751352
(2026, February 9). Reports on Military Medicine Findings from University of Massachusetts Lowell Provide New Insights (Enhancing Soldiers for Future Warfare: Good Science; Bad Ethics?). Defense & Aerospace Daily. https://advance.lexis.com/api/document?collection=news&id=urn%3acontentItem%3a6HW3-G6Y3-SCJW-H1PG-00000-00&context=1519360&identityprofileid=NZ9N7751352
(2025, July 28). Chongqing University Researchers Provide New Data on Legal Issues (Research on Equality Issues and Legal Governance of Emerging Bioenhancement Technologies). NewsRx Policy and Law Daily. https://advance.lexis.com/api/document?collection=news&id=urn%3acontentItem%3a6GC9-1KT3-RT4V-W3T1-00000-00&context=1519360&identityprofileid=NZ9N7751352
AI Attestation
The content of this post is my own, and AI was used only to assist with planning and editing.
There are some questions people are asked at least once in their lives, such as “What animal would you want to be?” Now, imagine a future where this question is no longer hypothetical, and technology actually allows humans to adopt traits from animals. If I had the opportunity to choose one animal to adopt a trait from, I would choose a bird. My choice is based on birds’ ability to fly. I imagine it would provoke a feeling of freedom, and being high in the sky, far from the turbulence of life on the ground, must be peaceful. However, such a possibility would also raise deeper questions about identity and what it really means to be human.
Table of Contents
Hybridizing to certain extent
Since I was a kid, I’ve always been fascinated with flying. I would have dreams about it and imagine a reality where I would be able to do it. Even today I still think about how being able to move through the sky could offer a sense of independence and perspective that is impossible on the ground. Personally, if this technology existed, I would not want to completely transform into a bird. I would only want the ability to fly. This would probably require wings and a lighter body, but I would want to keep the change minimal. The goal would not be to become something else, but to expand what the human body can do. However, even small changes like this can raise deeper questions about where the boundary between human and nonhuman begins.
Humanity beyond the physical
One of these questions that comes to my mind is what actually defines being human. If the ability to fly changes the body, does it really change who someone is? For me, humanity is not defined only by our physical form and traits, but by our consciousness and our memories. Think about it with me, a person with wings would still have the same thoughts, relationships, and identity that existed before the transformation. This situation is similar to what happens with the character Major Kusanagi in Ghost in The Shell, whose body is almost entirely cybernetic, but she continues to question what makes her truly herself. Even though her body is artificial, her thoughts, memories, and sense of identity are the same, which suggests that what defines a person might not be their physical body, but their consciousness. In the same way, gaining the ability to fly would change my body, but it would not change who I am as a person.
Connecting to course teams: Haraway and Blade Runner
Donna Haraway in A Cyborg Manifesto argues that technology challenges some boundaries that once were considered stable, such as the boundary between human and machine. At the same time, if it was possible for humans to adopt traits from animals, such as a human with wings, we would see another rigid boundary getting blurred - the one between human and animals. Additionally, the movie Blade Runner addresses how society would see these changes. In the film, the replicants are almost indistinguishable from humans, but still, they are treated as outsiders and hunted down by the Blade Runners. This represents how this debate goes beyond physical and even psychological characteristics, indicating that humanity is defined socially and politically, not just biologically. In the same way, human-animal hybrids’ humanity might be judged based on how the changes and upgrades affect society, making this another political discussion.
The Social Perspective
Another perspective that is important to consider if this technology becomes available is about accessibility - who would have access to it? Just like other advanced technologies, the access would probably be limited to people and groups with greater financial resources. A real example of this can be seen in sports. Researchers like sports ethicist Andy Miah argue that emerging biomedical and genetic technologies can offer unfair advantages to athletes. If some could have access to speed, endurance, and strength upgrades, the game would no longer be fair. The same would happen with human-animal hybrids. If some people could upgrade their bodies and others couldn’t, it would contribute significantly to increasing inequality in our society. Those with access would have physical and psychological advantages over others, raising ethical debates about justice and fairness.
Sources
Haraway, D. (1985). A cyborg manifesto: Science, technology, and socialist-feminism in the late twentieth century. Socialist Review.
Miah, A. (2004). Genetically modified athletes: Biomedical ethics, gene doping and sport. Routledge.
Scott, R. (Director). (1982). Blade runner [Film]. Warner Bros.
Shirow, M. (1989). Ghost in the shell. Kodansha.
AI Attestation: No use of AI for the creation of this post
As I look around at our political and social landscape today, I see many things, that can be traced to one another or linked to movements in the past, and one thing can always be found within it all. Despite such a concept being seemingly new-age, it has always existed; only now its name is more widely recognized: Intersectionality.
Table of Contents
Intersectionality in the Election
Thanks to (in my experience) the last voting cycle, intersectionality was a big topic before and after the election, as many people investigated the voter makeup to predict which demographics would or should vote for who, which matters as it has to do with every part of your identity, race, gender, class, heritage, sexuality, etc and how all these classifications interact with each other and shape the way you view society and the way it views you, in other words they were looking to see if minorities voted in what they perceived would be their best interest based on the candidates, ie. Expecting Hispanics to vote against Trump based on his immigration policies or trying to spot misogyny based on strained support (even from other women) for Kamala Harris simply because she's a woman.
How Is It Fluid? What Good Does It Do?
While such a concept may not seem “fluid” these examples show how it functions, as its treated almost as a membership when it comes to certain issues, where a discussion may be about privilege, a black women can speak to how she views it from the lens of being an African American and also from the lens of being a woman, as both identities carry a history of oppression in different ways. The practice of acknowledging intersectionality allows for the fluidity of beliefs, morals, and opinions, as instead of assuming one's whole identity, you acknowledge the parts of it as well. This can be pushed further when bringing immigration and heritage into the mix as well, as you can't assume an African immigrant would hold the same opinions as an African American. In other words, this development breaks barriers in the way we understand one another and helps marginalized communities to resonate and unify against their shared oppression, as unnecessary as it may seems it gives context to every interaction and statement one makes.
Intersectionality Is Her Middle Name
Intersectionality I feel was a big part in the making of Janelle Monae’s ArchAndroid, alongside her closely related The Electric Lady and Metropolis: The Chase Suite. Where we follow a persona of Janelle’s making named Cindi Mayweather, a Black, Android, created to entertain in a cyberpunk world where machines are separated from humans when they aren't serving them. Even in the exposition we have examples of intersectionality taking place, with struggles of being not only a black woman but also an Android, which comes with an entirely new level of oppression. This identity informs the way she consumes and moves through the society she lives in. This conceptual trilogy’s main character is what I envision an embodiment of intersectionality will grow into in 20-30 years, as all of Cindi’s strife from her different identities turns her into a revolutionary who rises above her perceived ceiling in the name of liberation.
Sources:
Dittmar, Kelly. “Gender Is a Persistent Force in Presidential Elections.” Forbes.com, 30 Oct. 2024, www.forbes.com/sites/kellydittmar/2024/10/30/gender-is-a-persistent-force-in-presidential-elections/.
Masquelier-Page, Alice. “How 5 Key Demographic Groups Voted in 2024: AP Votecast.” The Associated Press, 11 Nov. 2024, www.ap.org/news-highlights/spotlights/2024/how-5-key-demographic-groups-voted-in-2024-ap-votecast/.
Hi guys! GRWM to build my personal brand! If you're new here, welcome to my channel! I’m Modesola, and this is a day in the life of someone who is also their own product.
Table of Contents
Scroll through any social media platform, and you will see it immediately: people are sharing content and at the same time becoming it. The rise of the creator economy has turned identity into something hybrid, fluid, and performative. A creator today exists as a person, a brand, a data profile, and a set of metrics tracked by an algorithm. Through Donna Haraway’s cyborg theory and Janelle Monáe’s android persona in The ArchAndroid, this hybrid identity reads as a cyborg self that carries both new forms of liberation and new forms of control.
Becoming the Brand Self
The creator economy has opened real pathways for people to shape their own public identities and income streams. Recent reporting on the “Creator Economy 3.0” describes creators building direct relationships with audiences and operating as independent brand entities rather than relying on traditional corporate gatekeepers (Malik, 2024). This shift gives individuals space to define their own voice, aesthetic, and narrative. Haraway’s cyborg rejects fixed categories and stable boundaries, and in this sense, the creator becomes a hybrid subject who moves between worker, artist, entrepreneur, and persona. Monáe’s android identity in The ArchAndroid offers a parallel example. Her persona crosses lines between human and machine, performance and self, using hybridity as a form of expression and resistance. In the creator economy, people construct public selves that can challenge expectations around gender, race, class, and profession.
When the Algorithm Edits the Self
At the same time, the systems that enable visibility also shape how identity appears. One account of creator labor describes how the most popular posts are often the least honest ones because they align more closely with platform incentives and audience expectations (Glass, 2024). This points to a subtle shift. Identity becomes something that is adjusted, curated, and optimized for reach. The algorithm does not simply distribute content. It rewards certain forms of self-presentation and discourages others. Haraway’s idea of the informatics of domination helps explain this dynamic. Technological systems organize social relations and influence what kinds of identities gain visibility. In this environment, the self is expressive and strategic at the same time, shaped by both personal intention and platform logic.
Freedom with a Cost
The pressure created by these systems has real effects on creators’ lives. Reports on influencer burnout describe constant expectations to produce, maintain engagement, and remain visible, which often lead to exhaustion and reduced creative autonomy (“Invisible influencer burnout,” 2024). The boundary between personal identity and labor becomes difficult to separate. The hybrid self that once felt empowering can begin to feel like a responsibility that never turns off. The creator gains independence from traditional workplaces, yet becomes accountable to an ongoing stream of metrics and performance signals. This reflects the tension at the center of both Haraway’s cyborg and Monáe’s android. Hybridity opens space for new identities and new freedoms, while still operating within systems of power that shape how those identities are expressed and valued.
Designing the Self in the Next Generation
Looking ahead, this hybrid identity will likely become even more complex. Over the next 20 to 30 years, creators may manage multiple digital selves across different platforms, supported by AI tools that help generate content, analyze audiences, and even perform parts of identity. Virtual influencers and avatar-based personas may become more common, allowing people to design forms of selfhood that are not tied to a single physical body. This could expand opportunities for expression and allow marginalized voices to build identities outside restrictive social categories. At the same time, these identities may be more deeply shaped by platform governance, data ownership, and algorithmic visibility. The future of the creator economy may involve both expanded freedom to construct identity and more sophisticated systems that guide and evaluate those constructions.
So maybe the real shift is not just about becoming cyborgs. It is about learning how to live inside identities that we are constantly building, editing, and negotiating in public. Every post is a small decision about who we are and how we want to be seen, even when those choices are shaped by systems we do not fully control. Haraway’s cyborg and Monáe’s android remind us that hybrid identity can still be a site of creativity and resistance. The challenge is figuring out how to move within these systems without giving up ownership of the selves we are trying to create.
Anyway, that’s it for today, guys! Don’t forget to like, comment, subscribe, and think about which version of yourself you want the world to see next.
References
(2025, December 26). Invisible influencer burnout: When algorithm trumps creativity. CE Noticias Financieras English. https://advance.lexis.com/api/document?collection=news&id=urn%3acontentItem%3a6HHM-YF73-RXGV-T2TV-00000-00&context=1519360&identityprofileid=NZ9N7751352
Glass, M. (2026, February 2). I finally understood why my most liked posts are the least honest ones. DMNews. https://advance.lexis.com/api/document?collection=news&id=urn%3acontentItem%3a6HTK-P7F3-S2G4-M42J-00000-00&context=1519360&identityprofileid=NZ9N7751352
Malik, S. (2026, February 16). Creator Economy 3.0: From Sponsored Posts to Brand Co. Agency Reporter. https://advance.lexis.com/api/document?collection=news&id=urn%3acontentItem%3a6HXY-R0G3-RRV5-908X-00000-00&context=1519360&identityprofileid=NZ9N7751352
AI Attestation
The content of this post is my own, and AI was used only to assist with planning and editing.
Cyberpunk fiction is obsessed with one unsettling questionm, "what counts as human when technology can imitate, enhance, or even replace us?". Ridley Scott’s film Blade Runner (1982) and William Gibson’s novel Neuromancer (1984), two foundational works of the genre, approach this question from different angles but ultimately reinforce the same concern. When examined together, they reveal cyberpunk’s deep anxiety about identity, consciousness, and the fragile boundary between organic life and artificial intelligence.
Table of Contents
In Blade Runner, humanity is challenged through the existence of replicants. Replicants are bioengineered beings designed to be stronger and more obedient than humans. Scott’s film presents replicants not as cold machines, but as emotionally complex individuals. Roy Batty’s final monologue of him reflecting on memories that will be “lost in time, like tears in rain” is very moving because it expresses grief. The supposed artificial being demonstrates more emotional depth than many humans in the film. This inversion forces viewers to question whether biological origin alone defines humanity, or whether lived experience and emotional awareness matter more.
Consciousness Beyond the Body
William Gibson’s Neuromancer shifts the focus from artificial bodies to artificial minds. Gibson introduces cyberspace as a shared digital reality where consciousness can detach from physical form. The novel’s protagonist, Case, becomes addicted to existing in cyberspace because it feels more authentic than his own body. Meanwhile, artificial intelligences like Wintermute operate with goals, strategies, and evolving identities that blur the line between programmed behavior and self-awareness.
Through cyberspace, Gibson suggests that identity is no longer bound to flesh. Consciousness becomes transferable, manipulable, and expandable. This destabilizes traditional ideas of personhood. If intelligence can exist independently of the body, what becomes of the human self? Cyberpunk does not provide comforting answers. Instead, it highlights a future where human identity is fragmented across biological and digital realms.
Reinforcing Cyberpunk’s Core Anxiety
When read and viewed together, Blade Runner and Neuromancer reveal cyberpunk’s foundational concern, that technology is not a tool. Technology reshapes the definition of being human. Replicants demonstrate that artificial beings can possess empathy and existential awareness. Cyberspace shows that human consciousness itself can be manipulated. Both works portray identity as unstable in a world dominated by advanced technology. Humanity is no longer a fixed biological category but aspace shaped by memory and self-awareness. This reflects broad cyberpunk theme that technological evolution challenges traditional human boundaries, or in other words posthumanism.
Importantly, neither work claims that technology destroys humanity outright. Instead, they suggest that humanity persists in unexpected places. Places such as artificial memories, digital consciousness, and emotional experiences that transcend biological origin. Cyberpunk’s warning is not simply about machines replacing humans, but about how humans must redefine themselves in response.
Examining these works together reveals cyberpunk’s enduring relevance. As real-world AI and biotechnology continue to evolve, the genre’s central question becomes increasingly urgent, "if machines can think, feel, or simulate consciousness, what remains uniquely human?".
References
Gibson, W. (1984). Neuromancer. Ace Books.
Scott, R. (Director). (1982). Blade Runner [Film]. Warner Bros.
AI Disclosure Statement
AI tools (ChatGPT) were used during the brainstorming and drafting stage to help organize ideas, refine analysis, and improve clarity. All concepts were reviewed and edited by the author to ensure accuracy and alignment with course expectations.
Imagine discovering that the things you thought made you you could be designed, implanted, or uploaded. Your memories, your emotions, even your fear of death could all be designed. That is the discomfort that lingers long after watching Blade Runner or reading Neuromancer. These stories are often remembered for rain-soaked cityscapes or glowing digital worlds, but their real power lies in how they quietly shake our confidence about what separates humans from what we create.
Table of Contents
Feeling Alive: Consciousness as Experience
One way to approach this discomfort is through consciousness itself. Philosophers describe consciousness as subjective experience, which is the sense that there is something it feels like to be a particular being, and not as raw intelligence or problem-solving ability. The Stanford Encyclopedia of Philosophy emphasizes this idea, noting that conscious beings are defined by inner experience rather than by how they are built (Stanford Encyclopedia of Philosophy, 2014).
This distinction is important in Blade Runner. Replicants are faster, stronger, and engineered for obedience, yet they could experience love, terror, and loss all with great intensity. Roy Batty’s final moments are not frightening because he is powerful, but because he is aware. He understands that his life is ending and that his memories will disappear. His famous reflection on moments “lost in time” resonates precisely because it captures an experience most humans recognize, which is the fear that a lifetime of meaning can vanish in an instant.
Memory and the Thread of Identity
If consciousness tells us that we are alive, then memory helps explain who we are over time. The Internet Encyclopedia of Philosophy outlines a psychological account of personal identity in which continuity depends on memory, beliefs, intentions, and character rather than on a particular body (Internet Encyclopedia of Philosophy, n.d.). This view becomes unsettling once memories themselves can be manufactured.
In Blade Runner, implanted memories give replicants emotional depth and stability. Rachael’s memories feel real because they function as memories do. They shape her reactions, her sense of self, and her understanding of the world. If identity is grounded in psychological continuity, then her humanity becomes difficult to dismiss, even if her past never truly happened.
Leaving the Body Behind
Neuromancer pushes this logic further. Instead of artificial bodies, it imagines minds that slip free of physical form altogether. Case feels most alive not in the physical world but while navigating cyberspace, where identity becomes fluid and disembodied. The book suggests that the body may be less essential to selfhood than the patterns of thought and perception carried within it.
This idea aligns with how scientists still struggle to fully explain consciousness. Writing for Scientific American, Christof Koch describes consciousness as lived experience, including sensations, emotions, and awareness, that cannot be easily reduced to mechanical function (Koch, 2018). Intelligence can be simulated, but experience remains mysterious. Neuromancer exploits that mystery by imagining consciousness as something that persists even when flesh becomes optional.
What These Stories Reveal Together
Taken together, these works point toward a shared anxiety: that the qualities we rely on to define humanity, such as feeling, memory, and continuity, are more fragile than we like to believe they are. One story gives us artificial beings who feel too deeply to ignore. The other imagines selves that no longer require bodies at all. Both challenge the assumption that humanity is anchored in biology rather than experience.
What lingers after engaging with these stories is the apprehension that comes with the realization that if consciousness and identity can be replicated, transferred, or redesigned, then being human is not a fixed category. It is, now in fact, a condition, one that can be questioned, copied, and maybe even lost.
References
Koch, C. (2018, June 1). What is consciousness? Scientific American. https://www.scientificamerican.com/article/what-is-consciousness/
Van Gulick, R. (2014, Jan 14). Consciousness. Stanford Encyclopedia of Philosophy. https://plato.stanford.edu/entries/consciousness/
Korfmacher, C. (n.d.). Personal Identity. Internet Encyclopedia of Philosophy. https://iep.utm.edu/person-i/
AI Attestation
The content of this post is my own, and AI was used only to assist with planning and editing.
The theme song made it sound like the real superpower was predicting the future. But if scientists ever develop technologies that allow humans to borrow traits from other species, my choice would be different. I would not choose wings, sharper eyesight, or animal strength. I would choose a raven’s mind. Ravens are among the most intelligent animals on Earth. They show remarkable abilities in memory, planning, and problem-solving. Thinking about a human-raven hybrid raises an interesting question. What would it mean to borrow intelligence from another species, and what would that say about the boundaries of being human?
Calling someone a “birdbrain” is usually meant as an insult. In the case of ravens and other corvids, the phrase may deserve reconsideration. Researchers have found that these birds possess impressive cognitive abilities that rival those of many mammals. Ravens and crows demonstrate advanced memory, tool use, and long-term planning. Some studies show that corvids can remember thousands of food locations and recognize individual human faces for years (Philp, 2025). They can also share information about threats with other birds, creating a kind of collective memory within their groups.
Scientists and philosophers studying animal cognition have begun to ask what the world might feel like from a raven’s perspective. Evidence suggests that corvids possess complex emotional lives and forms of consciousness. They can anticipate the intentions of others, hide food strategically, and remember what they stored, where they stored it, and when they hid it (Veit, 2025). These abilities suggest a mind capable of reflection and planning. If human enhancement technologies ever allowed us to borrow traits from other species, the raven’s cognitive toolkit would offer powerful possibilities.
Even with those abilities, I would not want to become completely raven-like. The idea of hybridization becomes interesting when it pushes the boundaries of humanity without fully replacing it. If this hypothetical technology existed, I would choose a mostly cognitive hybridization. My body and social identity would remain human. The traits I would borrow involve memory, spatial awareness, and the ability to plan strategically across long stretches of time.
This kind of hybrid identity connects with ideas we’ve explored throughout the course. Haraway’s cyborg theory argues that boundaries between human and nonhuman identities are more flexible than we often assume. Hybrid identities can challenge rigid categories and open new ways of thinking about personhood. Works such as Blade Runner and Ghost in the Shell raise similar questions. Characters who possess artificial bodies or enhanced cognition still display memory, emotion, and self-awareness. These stories suggest that humanity may depend less on biological origin and more on conscious experience. Borrowing the mental abilities of a raven would push that idea further and invite us to rethink which qualities truly define being human.
The larger question involves access. If technologies could enhance human abilities by combining traits from other species, who would actually receive those upgrades? Current discussions about human enhancement already raise ethical concerns. Technologies such as brain-computer interfaces or cognitive augmentation could produce individuals with significantly improved abilities, which may reshape power structures in areas like warfare, labor, and education (“Reports on Military Medicine Findings”, 2025).
Researchers also warn that access to enhancement technologies may depend heavily on financial resources. If these technologies remain expensive, they could widen existing social inequalities by allowing wealthy groups to enhance their capabilities while others remain excluded (“Chongqing University Researchers”, 2025). In that case, the future might resemble many cyberpunk stories in which technological upgrades become another way to reinforce social hierarchies.
Thinking about a “raven upgrade” therefore raises broader questions about the future of human enhancement. If humans gain the ability to borrow the strengths of other species, the benefits may depend on how societies regulate and distribute those technologies.
The creator economy has opened real pathways for people to shape their own public identities and income streams. Recent reporting on the “Creator Economy 3.0” describes creators building direct relationships with audiences and operating as independent brand entities rather than relying on traditional corporate gatekeepers (Malik, 2024). This shift gives individuals space to define their own voice, aesthetic, and narrative. Haraway’s cyborg rejects fixed categories and stable boundaries, and in this sense, the creator becomes a hybrid subject who moves between worker, artist, entrepreneur, and persona. Monáe’s android identity in The ArchAndroid offers a parallel example. Her persona crosses lines between human and machine, performance and self, using hybridity as a form of expression and resistance. In the creator economy, people construct public selves that can challenge expectations around gender, race, class, and profession.
At the same time, the systems that enable visibility also shape how identity appears. One account of creator labor describes how the most popular posts are often the least honest ones because they align more closely with platform incentives and audience expectations (Glass, 2024). This points to a subtle shift. Identity becomes something that is adjusted, curated, and optimized for reach. The algorithm does not simply distribute content. It rewards certain forms of self-presentation and discourages others. Haraway’s idea of the informatics of domination helps explain this dynamic. Technological systems organize social relations and influence what kinds of identities gain visibility. In this environment, the self is expressive and strategic at the same time, shaped by both personal intention and platform logic.
The pressure created by these systems has real effects on creators’ lives. Reports on influencer burnout describe constant expectations to produce, maintain engagement, and remain visible, which often lead to exhaustion and reduced creative autonomy (“Invisible influencer burnout,” 2024). The boundary between personal identity and labor becomes difficult to separate. The hybrid self that once felt empowering can begin to feel like a responsibility that never turns off. The creator gains independence from traditional workplaces, yet becomes accountable to an ongoing stream of metrics and performance signals. This reflects the tension at the center of both Haraway’s cyborg and Monáe’s android. Hybridity opens space for new identities and new freedoms, while still operating within systems of power that shape how those identities are expressed and valued.
Looking ahead, this hybrid identity will likely become even more complex. Over the next 20 to 30 years, creators may manage multiple digital selves across different platforms, supported by AI tools that help generate content, analyze audiences, and even perform parts of identity. Virtual influencers and avatar-based personas may become more common, allowing people to design forms of selfhood that are not tied to a single physical body. This could expand opportunities for expression and allow marginalized voices to build identities outside restrictive social categories. At the same time, these identities may be more deeply shaped by platform governance, data ownership, and algorithmic visibility. The future of the creator economy may involve both expanded freedom to construct identity and more sophisticated systems that guide and evaluate those constructions.
