A collection of my most cited research papers, and a selection of my books.
Are There Any Real Problems With Quantum Gravity?
We present a short, general and accessible introduction to quantizing gravity in the Heisenberg picture. We then apply this formalism…
Classical Evolution Without Evolution
The well known argument of Page and Wootters demonstrates how to “derive” the usual quantum dynamics of a subsystem in…
Amplification of Gravitationally Induced Entanglement
Observation of gravitationally induced entanglement between two massive particles is the evidence of quantum nature of gravity. However, quantum effects…
Quantum cooling activated by coherent-controlled thermalisation
In this paper, we show that by applying N identical thermalizing channels in a superposition of N cyclic causal orders , one…
A local-realistic theory for fermions
We propose a local model for general fermionic systems, which we express in the Heisenberg picture. To this end, we…
Logic is defined so that motion looks simple
I’ve always been intrigued by Einstein’s thoughts on physics and geometry. In one of his essays on this topic he says that reality is defined by geometry plus the laws of physics taken together. Each of them can be tweaked individually, says Einstein, but so long as the other is then appropriately adjusted, the outcome will describe one and the same reality.
The “Everything is a Q-Wave” Interpretation of Quantum Physics
When we teach quantum physics we still use some old terminology that can actually be very confusing (and may also lead the uninitiated to believe that certain basic things are still not understood!).
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