Physics of Neutron Star Crusts

A Bohr; A Bulgac; A Burrows; A Cumming; A Gelfert; A Melatos; A Schwenk; A Sedrakian; A Sedrakian; A Spitkovsky; A Zeilinger; AA Abrikosov; AB Migdal; AD Kaminker; AD Kaminker; AD Kaminker; AD Kaminker; AD Sedrakian; AD Sedrakian; AF Andreev; AG Lyne; AG Lyne; AI Chugunov; AI Chugunov; AK Dutta; AL Fetter; AL Piro; AL Piro; AL Piro; AL Piro; AL Watts; AS Botvina; AY Potekhin; AY Potekhin; B Abbott; B Abbott; B Carter; B Carter; B Carter; B Carter; B Carter; B Carter; B Carter; B Carter; B Carter; B Carter; B Carter; B Carter; B Carter; B Carter; B Carter; B Carter; B Haskell; B Haskell; B Hüttner; B Jönsson; B Link; B Link; B Link; B Link; BM Pontecorvo; BM Pontecorvo; C Barat; C Cutler; C Kittel; C Monrozeau; C Peralta; C Peralta; CJ Gorter; CJ Horowitz; CJ Jog; CJ Pethick; CJ Pethick; CJ Pethick; CL Inman; CP Lorenz; CP Lorenz; D Chakrabarty; D Harding; D Legut; D Page; DA Kirszhnits; DA Kirzhnits; DG Ravenhall; DG Ravenhall; DG Yakovlev; DG Yakovlev; DG Yakovlev; DG Yakovlev; DG Yakovlev; DJ Dean; DK Galloway; DR Tilley; DS Tsakadze; DZ Freedman; E Chabanat; E Chabanat; E Chabanat; E Flowers; E Flowers; E Flowers; E Gourgoulhon; E Khan; E Vigezzi; E Wigner; EB Sonin; EE Kolomeitseiv; EF Brown; EJ Yarmchuk; EL Andronikashvili; EM Cackett; F Barranco; F Barranco; F Blasio de; F Douchin; F Douchin; F Douchin; F Douchin; F Haberl; F Hund; F Hund; F London; F Montani; FD Mackie; FJ Dyson; FV Blasio de; FV Blasio de; FV Blasio de; FV Blasio de; FV Blasio de; FV Blasio de; G Audi; G Baym; G Baym; G Baym; G Baym; G Baym; G Gori; G Greenstein; G Hobbs; G Martínez-Pinedo; G Mendell; G Watanabe; G Watanabe; G Watanabe; GA Williams; GL Israel; GM Gandelman; GM Gandelman; GS Bisnovatyi-Kogan; H Grigorian; H Horner; H Schatz; H Schatz; H Shen; H Shen; H Sonoda; H Sotani; H-T Janka; H-Y Chiu; H-Y Chiu; I Easson; I Easson; I Prigogine; I Slaus; IH Stairs; IM Khalatnikov; J Bardeen; J Bardeen; J Dechargé; J Dobaczewski; J Grindlay; J Kohanoff; J McKenna; J Miralda-Escudé; J Shaham; J Ventura; J-R Buchler; JA Sauls; JB Hartle; JB Kinney; JC Slater; JD Gelfand; JF Annett; JJM Zand in’t; JM Lattimer; JM Lattimer; JM Lattimer; JM Lattimer; JM Ziman; JR Oppenheimer; JR Stone; JS Heyl; JS Tsakadze; JW Negele; JW Negele; JWT Hessels; K Fuchs; K Glampedakis; K Glampedakis; K Glampedakis; K Iida; K Iida; K Iida; K Langanke; K Oyamatsu; K Oyamatsu; K Oyamatsu; K Sato; K Shimizu; K Sumiyoshi; K Sumiyoshi; K Sumiyoshi; KP Levenfish; KS Cheng; L Bildsten; L Bildsten; L Lindblom; L Lindblom; L Onsager; L Samuelsson; L Tisza; L Villain; LB Leinson; LB Leinson; LD Landau; LD Landau; LD Landau; LD Landau; LG Cao; LJ Campbell; LM Franco; LP Gorkov; M Alford; M Arnould; M Baldo; M Baldo; M Baldo; M Baldo; M Baldo; M Bejger; M Bender; M Brack; M Colpi; M Farine; M Hashimoto; M Hirasawa; M Lassaut; M Matsuo; M Matsuzaki; M Morii; M Motokowa; M Onsi; M Onsi; M Prakash; M Ruderman; M Ruderman; M Ruderman; M Ruderman; M Ruderman; M Ruderman; M Ruderman; M Vavoulidis; MA Alpar; MA Alpar; MA Alpar; MA Alpar; MA Alpar; MB Larson; ME Gusakov; MY Fujimoto; N Andersson; N Andersson; N Andersson; N Andersson; N Andersson; N Andersson; N Andersson; N Bohr; N Chamel; N Chamel; N Chamel; N Chamel; N Chamel; N Chamel; N Chamel; N Itoh; N Itoh; N Itoh; N Messios; N Sandulescu; N Sandulescu; N Wang; O Morsch; O Penrose; OL Caballero; OY Gnedin; P Avogadro; P Bonche; P Bonche; P Donati; P Donati; P Donati; P Gögelein; P Haensel; P Haensel; P Haensel; P Haensel; P Haensel; P Haensel; P Haensel; P Haensel; P Jaikumar; P Jaranowski; P Kaaret; P Magierski; P Nozières; P Ring; PB Jones; PB Jones; PB Jones; PB Jones; PG Gennes de; PG Gennes de; PJ Feibelman; PM Pizzochero; PM Pizzochero; PM Woods; PN McDermott; PS Shternin; PS Shternin; PS Shternin; PW Anderson; PW Anderson; R Beig; R Combescot; R Giacconi; R Nandkumar; R Ogasawara; R Prix; R Prix; R Ruderman; R Smoluchowski; RA Broglia; RA Duine; RA Wolf; RC Duncan; RC Tolman; RE Packard; RE Rutledge; RI Epstein; RI Epstein; RP Feynman; RP Feynman; RP Feynman; S Balibar; S Bonazzola; S Dall’Osso; S Goriely; S Goriely; S Gupta; S Heinz; S Ogata; SB Rüster; SL Shapiro; ST Belyaev; T Ellis; T Maruyama; T Papenbrock; T Strohmayer; T Strohmayer; T Wong; TE Sterne; TE Strohmayer; TE Strohmayer; TE Strohmayer; TE Strohmayer; TE Strohmayer; TE Strohmayer; TJ Bürvenich; TV Shabanova; U Geppert; U Lee; U Lombardo; VI Ritus; VI Ritus; VK Tkachenko; VK Tkachenko; VL Ginzburg; VL Ginzburg; VL Ginzburg; VM Kaspi; VM Kaspi; VM Kaspi; VR Pandharipande; VR Pandharipande; W Hillebrandt; W Ketterle; W Kohn; WF Vinen; WG Newton; Y Levin; Y Levin; Y Mochizuki; Y Pomeau; Y Yu; YL Vartanyan; Z Medin; Ø Elgarøy; Ø Elgarøy; Ø Elgarøy

research

Physics of Neutron Star Crusts

Authors: A Bohr
A Bulgac
A Burrows
A Cumming
A Gelfert
A Melatos
A Schwenk
A Sedrakian
A Sedrakian
A Spitkovsky
A Zeilinger
AA Abrikosov
AB Migdal
AD Kaminker
AD Kaminker
AD Kaminker
AD Kaminker
AD Sedrakian
AD Sedrakian
AF Andreev
AG Lyne
AG Lyne
AI Chugunov
AI Chugunov
AK Dutta
AL Fetter
AL Piro
AL Piro
AL Piro
AL Piro
AL Watts
AS Botvina
AY Potekhin
AY Potekhin
B Abbott
B Abbott
B Carter
B Carter
B Carter
B Carter
B Carter
B Carter
B Carter
B Carter
B Carter
B Carter
B Carter
B Carter
B Carter
B Carter
B Carter
B Carter
B Haskell
B Haskell
B Hüttner
B Jönsson
B Link
B Link
B Link
B Link
BM Pontecorvo
BM Pontecorvo
C Barat
C Cutler
C Kittel
C Monrozeau
C Peralta
C Peralta
CJ Gorter
CJ Horowitz
CJ Jog
CJ Pethick
CJ Pethick
CJ Pethick
CL Inman
CP Lorenz
CP Lorenz
D Chakrabarty
D Harding
D Legut
D Page
DA Kirszhnits
DA Kirzhnits
DG Ravenhall
DG Ravenhall
DG Yakovlev
DG Yakovlev
DG Yakovlev
DG Yakovlev
DG Yakovlev
DJ Dean
DK Galloway
DR Tilley
DS Tsakadze
DZ Freedman
E Chabanat
E Chabanat
E Chabanat
E Flowers
E Flowers
E Flowers
E Gourgoulhon
E Khan
E Vigezzi
E Wigner
EB Sonin
EE Kolomeitseiv
EF Brown
EJ Yarmchuk
EL Andronikashvili
EM Cackett
F Barranco
F Barranco
F Blasio de
F Douchin
F Douchin
F Douchin
F Douchin
F Haberl
F Hund
F Hund
F London
F Montani
FD Mackie
FJ Dyson
FV Blasio de
FV Blasio de
FV Blasio de
FV Blasio de
FV Blasio de
FV Blasio de
G Audi
G Baym
G Baym
G Baym
G Baym
G Baym
G Gori
G Greenstein
G Hobbs
G Martínez-Pinedo
G Mendell
G Watanabe
G Watanabe
G Watanabe
GA Williams
GL Israel
GM Gandelman
GM Gandelman
GS Bisnovatyi-Kogan
H Grigorian
H Horner
H Schatz
H Schatz
H Shen
H Shen
H Sonoda
H Sotani
H-T Janka
H-Y Chiu
H-Y Chiu
I Easson
I Easson
I Prigogine
I Slaus
IH Stairs
IM Khalatnikov
J Bardeen
J Bardeen
J Dechargé
J Dobaczewski
J Grindlay
J Kohanoff
J McKenna
J Miralda-Escudé
J Shaham
J Ventura
J-R Buchler
JA Sauls
JB Hartle
JB Kinney
JC Slater
JD Gelfand
JF Annett
JJM Zand in’t
JM Lattimer
JM Lattimer
JM Lattimer
JM Lattimer
JM Ziman
JR Oppenheimer
JR Stone
JS Heyl
JS Tsakadze
JW Negele
JW Negele
JWT Hessels
K Fuchs
K Glampedakis
K Glampedakis
K Glampedakis
K Iida
K Iida
K Iida
K Langanke
K Oyamatsu
K Oyamatsu
K Oyamatsu
K Sato
K Shimizu
K Sumiyoshi
K Sumiyoshi
K Sumiyoshi
KP Levenfish
KS Cheng
L Bildsten
L Bildsten
L Lindblom
L Lindblom
L Onsager
L Samuelsson
L Tisza
L Villain
LB Leinson
LB Leinson
LD Landau
LD Landau
LD Landau
LD Landau
LG Cao
LJ Campbell
LM Franco
LP Gorkov
M Alford
M Arnould
M Baldo
M Baldo
M Baldo
M Baldo
M Baldo
M Bejger
M Bender
M Brack
M Colpi
M Farine
M Hashimoto
M Hirasawa
M Lassaut
M Matsuo
M Matsuzaki
M Morii
M Motokowa
M Onsi
M Onsi
M Prakash
M Ruderman
M Ruderman
M Ruderman
M Ruderman
M Ruderman
M Ruderman
M Ruderman
M Vavoulidis
MA Alpar
MA Alpar
MA Alpar
MA Alpar
MA Alpar
MB Larson
ME Gusakov
MY Fujimoto
N Andersson
N Andersson
N Andersson
N Andersson
N Andersson
N Andersson
N Andersson
N Bohr
N Chamel
N Chamel
N Chamel
N Chamel
N Chamel
N Chamel
N Chamel
N Itoh
N Itoh
N Itoh
N Messios
N Sandulescu
N Sandulescu
N Wang
O Morsch
O Penrose
OL Caballero
OY Gnedin
P Avogadro
P Bonche
P Bonche
P Donati
P Donati
P Donati
P Gögelein
P Haensel
P Haensel
P Haensel
P Haensel
P Haensel
P Haensel
P Haensel
P Haensel
P Jaikumar
P Jaranowski
P Kaaret
P Magierski
P Nozières
P Ring
PB Jones
PB Jones
PB Jones
PB Jones
PG Gennes de
PG Gennes de
PJ Feibelman
PM Pizzochero
PM Pizzochero
PM Woods
PN McDermott
PS Shternin
PS Shternin
PS Shternin
PW Anderson
PW Anderson
R Beig
R Combescot
R Giacconi
R Nandkumar
R Ogasawara
R Prix
R Prix
R Ruderman
R Smoluchowski
RA Broglia
RA Duine
RA Wolf
RC Duncan
RC Tolman
RE Packard
RE Rutledge
RI Epstein
RI Epstein
RP Feynman
RP Feynman
RP Feynman
S Balibar
S Bonazzola
S Dall’Osso
S Goriely
S Goriely
S Gupta
S Heinz
S Ogata
SB Rüster
SL Shapiro
ST Belyaev
T Ellis
T Maruyama
T Papenbrock
T Strohmayer
T Strohmayer
T Wong
TE Sterne
TE Strohmayer
TE Strohmayer
TE Strohmayer
TE Strohmayer
TE Strohmayer
TE Strohmayer
TJ Bürvenich
TV Shabanova
U Geppert
U Lee
U Lombardo
VI Ritus
VI Ritus
VK Tkachenko
VK Tkachenko
VL Ginzburg
VL Ginzburg
VL Ginzburg
VM Kaspi
VM Kaspi
VM Kaspi
VR Pandharipande
VR Pandharipande
W Hillebrandt
W Ketterle
W Kohn
WF Vinen
WG Newton
Y Levin
Y Levin
Y Mochizuki
Y Pomeau
Y Yu
YL Vartanyan
Z Medin
Ø Elgarøy
Ø Elgarøy
Ø Elgarøy
Publication date: 1 January 2008
Publisher: 'Living Reviews'
Doi

Abstract

The physics of neutron star crusts is vast, involving many different research fields, from nuclear and condensed matter physics to general relativity. This review summarizes the progress, which has been achieved over the last few years, in modeling neutron star crusts, both at the microscopic and macroscopic levels. The confrontation of these theoretical models with observations is also briefly discussed.Comment: 182 pages, published version available at <http://www.livingreviews.org/lrr-2008-10