A recent study published in Personality and Individual Differences explored the factors influencing people’s willingness to adopt cyborg technologies. The researchers found that younger individuals and those with a future-oriented or present-oriented mindset are more likely to embrace cyborg products. Additionally, women showed lower levels of intention to use these technologies compared to men. The findings shed light on the demographic and psychological factors that could shape the future landscape of human-machine integration.
The rapid advancement of disruptive technologies like cyborgs and artificial intelligence tools is poised to transform various aspects of society. However, the authors of the new research noted that as these technologies integrate more deeply into daily life, a digital divide is emerging between those who embrace technological innovations and those who resist them. This divide could exacerbate social inequalities.
Cyborg technologies, which merge human and machine capabilities, include medical implants, hormone-releasing devices, and wearable technology that monitors vital signs. Understanding the demographic and psychological factors influencing the adoption of these technologies can help mitigate their disruptive impact and foster more inclusive technological integration.
“Disruptive technologies such as cyborgs and AI-Tools keep changing our lives drastically today and in the near future,” said study author Patrick Reichel, a junior professor at FOM Stuttgart and CEO of Die TRAININGSWERKSTATT GmbH. “It will impact society on a whole new level I think it is very important being up to date with such topics.”
The study involved 586 participants from Austria, Germany, and Switzerland, ranging in age from 18 to 77 years. The participants, who were randomly selected through an online survey, included an equal proportion of men and women.
To gauge cyborg use intention, the researchers developed the Cyborg Use Intention Scale (CUIS). This scale included items such as “Exoskeleton attached to the body as support during physical activity,” rated on an 8-point Likert scale from “is ruled out for me” to “is definitely for me.” The CUIS was structured to capture two dimensions of cyborg use: intention to use cyborg prosthetics and intention to use cyborg body products.
In addition to measuring cyborg use intentions, the study also assessed participants’ temporal focus. Temporal focus refers to how often individuals think about the past, present, or future. This was measured using a scale adapted from previous research, featuring items like “I think about things from my past,” with responses ranging from “never” to “constantly.”
To control for potential confounding factors, the researchers collected data on participants’ existing use of cyborg and wearable technologies, as well as any physical or mental limitations that might influence their responses.
Reichel and his colleagues found that younger participants exhibited a higher intention to use cyborg products compared to their older counterparts. This trend is consistent with previous research indicating that younger individuals are generally more open to adopting new technologies.
Temporal focus was also a significant predictor of cyborg use intention. Both present and future focus were positively associated with a greater willingness to adopt cyborg technologies. Individuals who frequently think about the present or the future are more likely to appreciate the potential benefits of these innovations.
Gender differences were also observed. The researchers found that women reported lower levels of intention to use cyborg products than men. This gender disparity was partly explained by differences in temporal focus, with men showing a higher present focus.
The findings indicate that “time orientation (thinking about past, present and future) impacts the way we approach life, new technologies, embrace change and influences our attitude and behavioural intention to use disruptive and innovative technologies now and in the future,” Reichel told PsyPost.
Future research could also explore other factors that influence cyborg technology adoption, such as cultural differences, ethical considerations, and the role of trust in technology. Understanding these factors could help design interventions to increase acceptance of cyborg technologies and reduce social inequalities.
Regarding the long-term aim of this line of research, Reichel explained that he hopes to “increase knowledge about psychological determinants in the context of human-machine hybridization.”
The study, “Embracing the enhanced self now and in the future: The impact of temporal focus, age, and sex on cyborg products use intention,” was authored by Patrick Reichel, Carmen T. Bassler, and Matthias Spörrle.
