# Hamiltonian Analysis of Non-Relativistic Non-BPS Dp-brane

## TL;DR

This paper conducts a Hamiltonian analysis of non-relativistic non-BPS Dp-branes, exploring their constraint structure, equations of motion, and properties at the tachyon vacuum to deepen understanding of their dynamics.

## Contribution

It provides the first detailed Hamiltonian formulation and constraint analysis of non-relativistic non-BPS Dp-branes, including their behavior at the tachyon vacuum.

## Key findings

- Identified the constraint structure of the theory
- Derived equations of motion for the non-BPS Dp-brane
- Analyzed properties at the tachyon vacuum

## Abstract

We perform Hamiltonian analysis of non-relativistic non-BPS Dp-brane. We find the constraint structure of this theory and determine corresponding equations of motion. We further discuss property of this theory at the tachyon vacuum.