This article offers a different way of thinking about how AI is changing higher education. Perhaps, we are beginning with the wrong question. Instead of asking how universities should adapt to AI, what if we first asked what thousands of years of human learning can teach us about navigating profound technological change? Drawing on educational psychology, this discussion paper explores why the future of higher education may begin not with technology, but with the human inside

By psychological containment, I mean the human capacity (individually and institutionally) to hold complexity, uncertainty, emotion, ethical responsibility, and power without becoming reactive, fragmented, or psychologically overwhelmed. In the age of AI, this capacity becomes increasingly important within higher education, where students and educators are navigating rapid technological change alongside questions of identity, meaning, authority, and human connection.

Here's some deep thoughts on intercultural teaching and the creative spark within human difference. In my work across cultures and higher education environments, I have noticed something both simple and profound: Every genuine intercultural encounter contains the possibility of expanding how we think. Sometimes this happens in obvious ways:a classroom discussion suddenly shifts because a student interprets a concept through an entirely different cultural lens.

Is AI creating a new kind of addiction? AI risks repeating social media’s mistakes by creating artificial connection instead of authentic relationships. This article explores how design choices shape addiction, why empathy and presence matter in education and leadership, and how universities and organisations can foster digital resilience, critical reflection, and human-centred learning in an AI-driven future.

This article explores the risks of outsourcing thinking to AI in higher education. Drawing on cognitive science and educational psychology, it explains how deep learning depends on effort, reflection, and relational engagement. It highlights the role of university lecturers in protecting cognitive development, academic integrity, and independent thinking in an AI-driven learning environment where efficiency increasingly replaces understanding.

Ancient Malta’s Hypogeum reveals how Neolithic societies engineered the brain for learning, empathy, and long-term thinking. Combining archaeology, neuroscience, and cultural history, Louise Sommer explores how past reward systems shaped human potential — and what we can learn to design better education, leadership, and social systems today. A thought-provoking read for researchers, educators, and innovators.

I still remember the moment clearly. In front of me sat backpackers from France and South America in their twenties, published authors and successful artists from across Australia, emerging entrepreneurs, and three very senior researchers who wanted to learn how to communicate their expertise beyond academia. I realised something important: The workshop I had carefully prepared could not simply be delivered to this group. It had to be created with them.

Higher education has never been more connected. Students move across borders. Ideas travel instantly. Classrooms bring together learners from different countries, cultures, languages, educational systems, and life experiences. At the same time, universities are navigating rapid technological change, growing complexity, and increasing uncertainty about the future. Yet amidst these transformations, one question remains surprisingly relevant: How do people learn?