Neuroscience and identity technologies can help people understand how gender and sexuality intersect with the brain, mind, and body. By studying queer embodiment, relationality, and empathy, we may learn more about ourselves and others.
Queer embodiment refers to the physical manifestation of gender and sexuality through bodily characteristics such as height, weight, shape, genitalia, voice, facial features, hair growth patterns, clothing choices, and movement styles. It is also affected by social contexts like family dynamics, cultural norms, educational opportunities, work environments, religious beliefs, political climates, and legal systems.
Queer relationality involves interpersonal interactions involving communication, intimacy, attraction, desire, affection, power dynamics, love, trust, loyalty, commitment, support, and respect. It includes different types of relationships based on age, race, ethnicity, socioeconomic status, culture, religion, language, disability, health, education level, occupation, location, political views, and other factors.
Empathy requires understanding another person's perspective and feelings while recognizing differences in backgrounds, values, experiences, and worldviews. It involves listening actively without judgement or assumptions and responding appropriately with compassion and kindness. Empathetic communication helps build strong bonds between individuals who may not share similar identities or perspectives.
To expand our knowledge of these topics, neuroscientists use imaging techniques such as functional magnetic resonance imaging (fMRI) and electroencephalography (EEG), which measure brain activity during tasks. Identity technologists develop wearables that monitor physiological signals like heart rate and skin conductance, and software applications that analyze speech patterns. Both fields collaborate to study how gender and sexuality influence the mind and body.
A study used fMRI to observe brain activation in cisgender women and transgender men when viewing erotic stimuli. Cisgender women showed higher activation in regions associated with reward processing than transgender men, suggesting their brains may be more responsive to sex-specific features. A second study found that people with dysphoria, or extreme distress related to gender identity, had decreased grey matter volume in certain areas of the brain compared to controls, possibly explaining the effects of hormone therapy on the brain.
Wearables can detect changes in physiology during social interactions, such as fluctuations in heart rate, sweat, breathing, and voice tone. Applications like HAAS can measure vocal pitch, rhythm, prosody, and emotion, providing insights into language, attraction, attribution, and cognition.
Interdisciplinary approaches are crucial for maintaining complexity because they integrate different perspectives and methodologies to create new knowledge. Neuroscience relies on biological factors, while identity technology focuses on technological innovation. To fully understand queer embodiment, relationality, and empathy, we must consider cultural, psychological, and societal influences.
Researchers might use qualitative methods like interviews, observations, surveys, and focus groups to collect data from diverse populations, analyze it using statistical models, and compare results across cultures, ethnicities, age groups, and other variables. They could examine how gender norms shape perceptions of beauty, romance, consent, and intimacy among nonbinary individuals. Or explore how neurodivergence impacts relationships between autistic and neurotypical partners.
By integrating neuroscience, identity technologies, and multidisciplinary research, we may gain a deeper understanding of queer embodiment, relationality, and empathy and apply this knowledge to improve mental health, education, workplaces, communities, and societies.
How might neuroscience and identity technologies expand understanding of queer embodiment, relationality, and empathy, and what interdisciplinary approaches are required to maintain complexity?
Neuroscience is an interdisciplinary field that studies how the brain functions and processes information. It explores the neurological underpinnings of cognitive, perceptual, and motor processes involved in human behavior and has been used to study a variety of topics related to sexuality and gender. Identity technologies refer to digital platforms that facilitate self-expression and identity construction through online communities and forums.