The density of states approach at finite chemical potential: A numerical study of the Bose gas.

R Pellegrini; L Bongiovanni; K Langfeld; B Lucini; A Rago

The density of states approach at finite chemical potential: A numerical study of the Bose gas.

R Pellegrini, L Bongiovanni, K Langfeld, B Lucini, A Rago

School of Engineering, Computing and Mathematics

Research output: Contribution to journal › Conference proceedings published in a journal › peer-review

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Abstract

Recently, a novel algorithm for computing the density of states in statistical systems and quantum field theories has been proposed. The same method can be applied to theories at finite density affected by the notorious sign problem, reducing a high-dimensional oscillating integral to a more tractable one-dimensional one. As an example we applied the method to the relativistic Bose gas.

Original language	English
Number of pages	0
Journal	Proceedings of Science
Volume	0
Issue number	0
Publication status	Published - 1 Jan 2015

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title = "The density of states approach at finite chemical potential: A numerical study of the Bose gas.",

abstract = "Recently, a novel algorithm for computing the density of states in statistical systems and quantum field theories has been proposed. The same method can be applied to theories at finite density affected by the notorious sign problem, reducing a high-dimensional oscillating integral to a more tractable one-dimensional one. As an example we applied the method to the relativistic Bose gas.",

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T1 - The density of states approach at finite chemical potential: A numerical study of the Bose gas.

AU - Pellegrini, R

AU - Bongiovanni, L

AU - Langfeld, K

AU - Lucini, B

AU - Rago, A

PY - 2015/1/1

Y1 - 2015/1/1

N2 - Recently, a novel algorithm for computing the density of states in statistical systems and quantum field theories has been proposed. The same method can be applied to theories at finite density affected by the notorious sign problem, reducing a high-dimensional oscillating integral to a more tractable one-dimensional one. As an example we applied the method to the relativistic Bose gas.

AB - Recently, a novel algorithm for computing the density of states in statistical systems and quantum field theories has been proposed. The same method can be applied to theories at finite density affected by the notorious sign problem, reducing a high-dimensional oscillating integral to a more tractable one-dimensional one. As an example we applied the method to the relativistic Bose gas.

M3 - Conference proceedings published in a journal

SN - 1824-8039

VL - 0

JO - Proceedings of Science

JF - Proceedings of Science

IS - 0

ER -

The density of states approach at finite chemical potential: A numerical study of the Bose gas.

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