Origins and Development of Emotional AI
Patrick Levy-Rosenthal founded Emoshape, a company often cited in discussions of ethical AI in education and SEL, through its pioneering use of emotional processing chips. These chips could synthesize emotions while building on the idea of emotional AI, a concept that sounds paradoxical. Emotional AI refers to affective computing, machine learning, and artificial intelligence techniques designed to detect and respond to human emotions. Although these technologies can read and react to emotions through text, voice, vision, and biometrics, they do not experience emotions themselves. Instead, they use data such as words, pictures, gestures, and facial expressions to predict behavioral patterns. This idea traces back decades. In 2001, Rosalind Picard, who originated the term Affective Computing, identified its potential in education. Even earlier, in 1988, computerized tutors were designed to respond to emotions in students, laying the foundation for today’s work in ethical AI in education and SEL.Emotional AI in Education and SEL
The use of emotional AI in classrooms promises to support personalized learning while strengthening social and emotional learning (SEL). By analyzing emotional cues, AI could identify which students are struggling and which need more challenging content. Beyond academics, it could also help support students’ emotional well-being. Recent studies examine diverse affective behaviors in classrooms, such as frustration, hopelessness, curiosity, and enjoyment. Researchers are exploring computerized learning companions that observe these emotions and respond in ways that support children’s efforts to learn. This reflects two truths: emotions and learning are deeply connected, and current education systems often overlook how learning actually takes place. The promise of ethical AI in education and SEL lies in building tools that adapt to these emotional contexts while promoting positive learning outcomes.Ethical Concerns and Implementation Challenges
As activists, scholars, and journalists debate the ethics of AI, one question stands out: is ethical AI truly possible? And if so, how should it be applied to SEL in schools? Criticism of companies like Emoshape shows the risks. For example, their chips have been used in retail by companies like Target, sparking lawsuits for predictive advertising practices that anticipated pregnancies before families knew. While predictive analytics can be powerful, their ethical use in classrooms raises serious concerns. Another major challenge is the lack of teacher guidelines. CASEL has built strong frameworks for SEL, but nothing in teacher training addresses AI. Adjusting standards to include ethical AI would require identifying competencies and embedding them into teacher preparation. The debate also connects to broader ethical traditions:- Consequentialist ethics → focus on the best outcomes for the greatest number.
- Deontological ethics → follow duties, rights, and norms.
- Virtue ethics → act with values like fairness and justice.