Ginestra Bianconi

speaker

345 appearances 1 recordings 1 series first heard Jul 2026 last heard 13 Jul

Ginestra Bianconi’s voice in public audio — every appearance, attributed to the second.

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Recordings per month over the last 12 months — 1 in all, peaking in Jul 2026 with 1.

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Theories of Everything with Curt Jaimungal · Ginestra Bianconi: The Physicist Who (Unexpectedly) Derived Gravity From Entropy · 13 Jul 2026 podcast

So it is the interplane between the two kind of degree of freedom, the matrix.

The geometrical and the matter field degree of freedom are described at the same time.

Well, my approach stems from an action and I don't use concepts related to holographic screen.

So I want to capture the microscopic degree of freedom of geometry and matter field and their interplay.

So I think in Berlin, the approach, there is no focus at all in the interplay between geometry and matter field.

It's very limited.

So in gravity, in gravity, my assumption is that what we know about structure is geometry.

So is the metric.

So of course, there can be theory or research meant to represent, you know,

where this metric comes from.

But, you know, I assume there is a metric and that, you know, the structure is in some sense, the structure, like in quotation marks, is in some sense captured by the geometry.

And the dynamics is just the matter field, you know.

I use a bosonic matter field.

I use more recently some fluids for cosmology.

The idea is that you can put there all matter fields.

So the idea is that what I'm working on is that to formulate a gravity from entropy approach in which you can put the standard model there.

You know, I have my research agenda in networks, but for the moment in gravity from entropy, I would stay in the continuum.

Yeah, so as I say, you know, information theory is so fundamental and so pervasive and we got such impressive results using information theory and, you know, with quantum computation we might see even more.

But actually it is in many aspects perceived that information theory alone is not enough.

And one needs to enrich that with geometry and topology.

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