Quantum computing and the future of education

Navigating opportunities and challenges Quantum computing represents a shift in how we process information, rooted not in classical binary…

John Moravec

Dr. John Moravec is an education futurist exploring bold ideas to reinvent how we learn, teach, and thrive in a future shaped by constant change. Read more…

An abstract illustration of a quantum computer at work

Does the modern university end at AI?

AI Trends in Higher Education,” hosted by Emerald Publishing and the Higher Education Teaching and Learning Association (HETL), March…

John Moravec

Dr. John Moravec is an education futurist exploring bold ideas to reinvent how we learn, teach, and thrive in a future shaped by constant change. Read more…

Graduation cap dissolving into bits

Pre-active higher education leadership for a world in disruption

Last week, I had the privilege of presenting the closing keynote at the International Meeting on Educational Innovation and…

John Moravec

Dr. John Moravec is an education futurist exploring bold ideas to reinvent how we learn, teach, and thrive in a future shaped by constant change. Read more…

A learner, using VR goggles, immersed in an abstract learning landscape

Manifesto 25: A blueprint for reclaiming education

January 1, 2025 marks the official release of Manifesto 25, a visionary document calling for urgent action to transform…

Education Futures

Education Futures is a global research and innovation consultancy dedicated to rethinking the future of education. Our mission is to spark new conversations, inspire bold ideas, and design fresh pathways for learners, educators, and communities to thrive in a rapidly evolving society.

Manifesto 25

Featured posts and announcements

Diagram of a human working on a laptop with an anthropomorphic AI at her side

Is AI making us “cognitively lazy”?

AI has renewed debate about learning, memory, and creativity in an age of cognitive offloading. Cognitive offloading means using…

A vibrant globe, surrounded by interconnected, colorful data lines and glowing nodes representing education, innovation, and technology

What the GEFRI data tells us that we didn’t expect

The very ground is being rewritten by the force of creative upheaval

Break the rules that break us

How did we get from “schools kill creativity” to “AI kills critical thinking in schools?”

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Recent posts

Diagram of a human working on a laptop with an anthropomorphic AI at her side

Is AI making us “cognitively lazy”?

An abstract view of Sub-Saharan Africa from space

School access and gender parity in Sub-Saharan Africa: Through the lens of GEFRI

Motivation is not simply something extrinsic

Motivation is something we create with students, not something we do to them

Liberation of the Nike of Samothrace: A stark yet sophisticated contrast between classical tradition and emerging futures, capturing the transformative power of relentless questioning.

Question everything

A vibrant globe, surrounded by interconnected, colorful data lines and glowing nodes representing education, innovation, and technology

What the GEFRI data tells us that we didn’t expect

Teachers at the crossroads

In sharp focus, a woman in a business suit clutches a cardboard box of personal belongings, her face lit by a dramatic shaft of sunlight cutting through rain-streaked windows; the background is tastefully blurred, with swirling papers, serious workers in motion, and intense blue-gray tones

Is the end nigh for white collar workers?

Activism as learning: When students teach the system a lesson

The very ground is being rewritten by the force of creative upheaval

Break the rules that break us

Earth as seen from space, with a futuristic vibe

The missing planet

How did we get from “schools kill creativity” to “AI kills critical thinking in schools?”

GEFRI (beta) global map

Announcing the GEFRI public beta

Generations of learners

Learning together, teaching together

An illustration of diverse networks connecting

Learning at the edge of networks

An abstract depiction of the roots of learning, invisible below the surface, in a vast and varied landscape

Invisible learning is an organic process: Breathing, taking root, and becoming one’s self

An abstract illustration of a quantum computer at work

Quantum computing and the future of education

This is an ecology based on imagination. Liberatory. Futuristic. Flowing. Rich.

No more boxes: Learning in ecosystems

A learner standing at a fork in a path. One leads to a rigid, uniform school building. The other leads to an open, collaborative learning space full of activity, light, and co-creation.

Learning at the intersection of agency and self-efficacy