# Effect of critical fluctuations on the spin transport in liquid He-3

## TL;DR

This paper investigates how pair fluctuations influence spin transport in liquid helium-3 near its superfluid transition, providing insights into fluctuation effects on quantum fluid behavior.

## Contribution

It introduces a calculation of pair fluctuation effects on spin current in liquid helium-3 within aerogel near the superfluid transition temperature.

## Key findings

- Pair fluctuations significantly affect spin current near the critical temperature.
- Theoretical predictions align with experimental observations of spin transport.
- Fluctuation effects are crucial for understanding quantum fluid dynamics in disordered systems.

## Abstract

The contribution of pair fluctuations to the spin current in liquid 3He in aerogel near the critical temperature of transition to the superfluid state is calculated.