My Blog

This is a space where I share my thoughts on numerous topics, press articles and interviews, and delve into some of the more complicated and frequently asked scientific questions.

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Popular Mechanics: I Believe You Can Enhance Your Consciousness

Human consciousness may involve quantum processes that shift between definite thoughts and uncertainty, much like wave–particle behaviour. Drawing on ideas from David Bohm and Niels Bohr, this Popular Mechanics article explores whether creativity arises from quantum superposition in the brain, and whether future quantum technologies could extend human perception and creativity.

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An Anti-Gravity Machine

Gravity is meant to attract, as required by relativity. In this paper with Pablo Saldanha and Chiara Marletto, we show how quantum superposition allows gravity to behave differently. Under specific conditions, two masses can experience effective gravitational repulsion, pointing to gravity’s quantum nature.

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Quantising Emptiness

I’ve long been drawn to the Buddhist idea of emptiness, not as nihilism but as a way of thinking differently about causes and absolutes. Set alongside relativity and quantum physics, it raises a question I keep returning to: whether even the laws of physics might themselves be relational.

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One Quantum Thing After Another

Time feels as if it flows, yet physics never measures it directly. What we call time is always inferred from change, whether through planetary motion, atomic clocks, or gravity itself. When quantum effects enter the picture, the question becomes sharper: is time a basic feature of reality, or a convenient way of describing how things happen?

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It’s Entanglement, Not Complementarity

Why quantum physics does not need observers, wave–particle duality, or Copenhagen-style collapse. Using modern experiments we show how entanglement alone explains interference, measurement, and uncertainty, without putting human knowledge at the centre of reality.

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A computer generated image of a desert landscape

Everything in the universe is a quantum wave

Quantum mechanics has faced no experimental challenge for a century, yet we still argue over how to understand it. This essay by Vlatko Vedral – originally published in iai.tv – proposes a radical answer: abandon classical ideas entirely and treat everything as interacting quantum waves, with reality fully quantum.

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