I am glad to share that I have joined Conjecture Institute as a Fellow!
I’m very grateful for the Institute’s support of my research, and I am looking forward to contributing to its mission alongside such an inspiring group of Fellows. I have much to learn from this opportunity!
Conjecture Institute is honored to welcome our newest Fellow, Giuseppe Di Pietra @GiusDiPietra!
Giuseppe Di Pietra is a quantum physicist at the University of Oxford, where he investigates the information-theoretic foundations of hybrid classical–quantum systems.
We discussed how quantum correlations can be exploited to witness quantum effects in non-otherwise measurable physical systems, and used constructor theory to extend these arguments to post-quantum theory as well!
Thanks @ChipkinLogan and all the organisers for having me!
Enjoyed speaking about witnesses of non-classicality at @ConjectureInst’s Critical Rationalist Fest in Philadelphia 🇺🇸 The festival was dedicated to the growth of knowledge, covering topics like the foundations of physics, education and AGI.
Enjoyed speaking about witnesses of non-classicality at @ConjectureInst’s Critical Rationalist Fest in Philadelphia 🇺🇸 The festival was dedicated to the growth of knowledge, covering topics like the foundations of physics, education and AGI.
I'm speaking with physicist @GiusDiPietra on 12/18 at 11 AM ET about his work on constructor theory, quantum biology, and on witnessing non-classicality in Nature:
https://t.co/bn8Tr9TCWZ
(see below for his a link to one of his recents paper with Marletto and Vedral)
🧬 Can we describe biological systems using quantum mechanics? In this paper, Chiara Marletto, Vlatko Vedral and I explore the possibility of applying a recently proposed temporal witness of non-classicality to this fascinating field, focusing on energy transport in biopolymers.
In today's episode, Chiara Marletto and Professor Vlatko Vedral explore a groundbreaking experiment that could reveal the quantum nature of gravity, potentially challenging Einstein's classical theory of general relativity.
Watch: https://t.co/0swZCxhWFM
Can we tell whether an unknown, inaccessible system is non-classical, by observing its effects on a quantum probe? 🕵🏻♂️
Yes! If the unknown system can induce a quantum coherent dynamical evolution of the probe, in the presence of a conservation law, then it must be non-classical!