My Blog

Quantum Tunnelling and Energy Conservation Whodunit

I’m back in a less angry mode and would like to tell you about a topic that I revisited with some friends and colleagues last week. We met in the beautiful Piedmont’s village of Cocconato for three days and – over some cheese and (a copious amount of) wine – debated a number of fundamental aspects of quantum physics.

Image: Creator: NBC | Credit: NBC via Getty Images Copyright: © NBC Universal, Inc.

(Quantum) Resonance

Advanced warning: this blog is certificate 18. No-one under 18 is allowed to read an 18 blog and no 18 rated works are suitable for children.

I am a bit fed up with some stuff I keep hearing about and I’d like to get things off my chest. I apologise in advance for the seemingly angry tone of this blog, but I just feel compelled to write about it.

Real numbers and reality

We’ve all learnt that the complex numbers play a fundamental role in quantum physics, while – in classical physics – they are just a matter of mere convenience. Many people have commented on this fact, and – for no particular reason other than possibly his dramatic tone – we quote Dyson, who says: “…But then came the surprise. Schrödinger put the square root of minus one into the equation, and suddenly it made sense. Suddenly it became a wave equation instead of a heat conduction equation. . . .

The B-M-V Effect

I’d like to tell you about testing quantum gravity in the lab. It is possible to do so and this is surprising because gravity is by far the weakest of all the forces (I might devote another blog to arguments why gravity can never be tested to be quantum!)

On the importance of interpretations

It’s well-known that any physicist ought to be aware of as many possible explanations or interpretations of one and the same phenomenon. Of course, the more perspectives we have the better we understand something, but – in physics – there is more to this.

Everything is Just (a Perturbed) Nothing

I’ve been advocating the view of the universe in which everything is made up of different kinds of quantum waves. Each particle is simply a vibration of one kind of a quantum wave or another. I myself am a vibration of the Vedral field, which is not a fundamental field 😊, but instead consists of the electromagnetic, quark, gluon fields and so on.