# Photonic implementation of Majorana-based Berry phases

## TL;DR

This paper demonstrates the experimental realization of non-Abelian Berry phases using an all-optical system simulating Majorana fermions, highlighting topological invariance and potential for quantum simulation.

## Contribution

It introduces a photonic platform to simulate Majorana-based Berry phases and implements a universal set of Majorana-inspired gates, advancing topological quantum simulation.

## Key findings

- Successfully realized non-Abelian Berry phases in optics
- Implemented Majorana-inspired quantum gates
- Showed resilience of topological phases against errors

## Abstract

Geometric phases, generated by cyclic evolutions of quantum systems, offer an inspiring playground for advancing fundamental physics and technologies, alike. Intriguingly, the exotic statistics of anyons realised in physical systems can be interpreted as a topological version of geometric phases. However, non-Abelian statistics has not yet been demonstrated in the laboratory. Here we employ an all optical quantum system that simulates the statistical evolution of Majorana fermions. As a result we experimentally realise non-Abelian Berry phases with the topological characteristic that they are invariant under continues deformations of their control parameters. We implement a universal set of Majorana inspired gates by performing topological and non-topological evolutions and investigate their resilience against perturbative errors. Our photonic experiment, while it is not scalable, it suggests the intriguing possibility of experimentally simulating Majorana statistics with scalable technologies.