Alessandro Micheli — Imperial College London

Designing how AI systems learn.

I am an AI researcher at Imperial College London working across generative modelling, geometric learning, probabilistic methods, and AI for science.

↓ scroll generative · probabilistic · geometric · scientific
Recent work
№ 01 2026
New preprint · May 2026

Entropic Riemannian Neural Optimal Transport

Alessandro Micheli, Silvia Sapora, Anthea Monod, Samir Bhatt

A framework combining intrinsic entropic optimal transport with amortized neural evaluation on Riemannian manifolds.

№ 02 2026
Accepted at ICML 2026

Riemannian Neural Optimal Transport

Alessandro Micheli, Yueqi Cao, Anthea Monod, Samir Bhatt

A neural optimal transport framework for learning transport maps on Riemannian manifolds.

№ 03 2025
Accepted at NeurIPS 2025

NeuralSurv: Deep Survival Analysis with Bayesian Uncertainty Quantification

Alessandro Micheli, ...

A Bayesian deep learning framework for survival analysis with calibrated uncertainty estimates for high-stakes clinical applications.

Featured talk

Riemannian Neural Optimal Transport.

A seminar on neural optimal transport on manifolds: learning maps between probability distributions while respecting the geometry of curved spaces.

Open on YouTube ↗
About

Hello, and welcome to my home on the web.

I'm Alessandro, an AI researcher at Imperial College London. I work on the design of mathematically grounded AI systems, spanning generative models, geometric learning, probabilistic methods, and applications in scientific machine learning.

My route into AI has been through mathematics. I completed a PhD in Mathematics of Random Systems at Imperial College London through the Imperial–Oxford EPSRC Centre for Doctoral Training, and previously studied Part III of the Mathematical Tripos at the University of Cambridge. I also spent time as a quantitative researcher at Virtu Financial, working at the interface of mathematics, statistics, and large-scale data.

My recent work includes papers at NeurIPS 2025 and ICML 2026. Current research directions include neural optimal transport, learning on curved spaces, generative modelling, and probabilistic AI.

Alessandro Micheli