Publisher Correction: Burning plasma achieved in inertial fusion
Nature
.
2022 Mar;603(7903):E34.
doi: 10.1038/s41586-022-04607-2.
Authors
A B Zylstra
#
1
,
O A Hurricane
#
2
,
D A Callahan
3
,
A L Kritcher
3
,
J E Ralph
3
,
H F Robey
4
,
J S Ross
3
,
C V Young
3
,
K L Baker
3
,
D T Casey
3
,
T Döppner
3
,
L Divol
3
,
M Hohenberger
3
,
S Le Pape
5
,
A Pak
3
,
P K Patel
3
,
R Tommasini
3
,
S J Ali
3
,
P A Amendt
3
,
L J Atherton
3
,
B Bachmann
3
,
D Bailey
3
,
L R Benedetti
3
,
L Berzak Hopkins
3
,
R Betti
6
,
S D Bhandarkar
3
,
J Biener
3
,
R M Bionta
3
,
N W Birge
4
,
E J Bond
3
,
D K Bradley
3
,
T Braun
3
,
T M Briggs
3
,
M W Bruhn
3
,
P M Celliers
3
,
B Chang
3
,
T Chapman
3
,
H Chen
3
,
C Choate
3
,
A R Christopherson
3
,
D S Clark
3
,
J W Crippen
7
,
E L Dewald
3
,
T R Dittrich
3
,
M J Edwards
3
,
W A Farmer
3
,
J E Field
3
,
D Fittinghoff
3
,
J Frenje
8
,
J Gaffney
3
,
M Gatu Johnson
8
,
S H Glenzer
9
,
G P Grim
3
,
S Haan
3
,
K D Hahn
3
,
G N Hall
3
,
B A Hammel
3
,
J Harte
3
,
E Hartouni
3
,
J E Heebner
3
,
V J Hernandez
3
,
H Herrmann
4
,
M C Herrmann
3
,
D E Hinkel
3
,
D D Ho
3
,
J P Holder
3
,
W W Hsing
3
,
H Huang
7
,
K D Humbird
3
,
N Izumi
3
,
L C Jarrott
3
,
J Jeet
3
,
O Jones
3
,
G D Kerbel
3
,
S M Kerr
3
,
S F Khan
3
,
J Kilkenny
7
,
Y Kim
4
,
H Geppert Kleinrath
4
,
V Geppert Kleinrath
4
,
C Kong
7
,
J M Koning
3
,
J J Kroll
3
,
M K G Kruse
3
,
B Kustowski
3
,
O L Landen
3
,
S Langer
3
,
D Larson
3
,
N C Lemos
3
,
J D Lindl
3
,
T Ma
3
,
M J MacDonald
3
,
B J MacGowan
3
,
A J Mackinnon
3
,
S A MacLaren
3
,
A G MacPhee
3
,
M M Marinak
3
,
D A Mariscal
3
,
E V Marley
3
,
L Masse
3
,
K Meaney
4
,
N B Meezan
3
,
P A Michel
3
,
M Millot
3
,
J L Milovich
3
,
J D Moody
3
,
A S Moore
3
,
J W Morton
10
,
T Murphy
4
,
K Newman
3
,
J-M G Di Nicola
3
,
A Nikroo
3
,
R Nora
3
,
M V Patel
3
,
L J Pelz
3
,
J L Peterson
3
,
Y Ping
3
,
B B Pollock
3
,
M Ratledge
7
,
N G Rice
7
,
H Rinderknecht
6
,
M Rosen
3
,
M S Rubery
10
,
J D Salmonson
3
,
J Sater
3
,
S Schiaffino
3
,
D J Schlossberg
3
,
M B Schneider
3
,
C R Schroeder
3
,
H A Scott
3
,
S M Sepke
3
,
K Sequoia
7
,
M W Sherlock
3
,
S Shin
3
,
V A Smalyuk
3
,
B K Spears
3
,
P T Springer
3
,
M Stadermann
3
,
S Stoupin
3
,
D J Strozzi
3
,
L J Suter
3
,
C A Thomas
6
,
R P J Town
3
,
E R Tubman
3
,
C Trosseille
3
,
P L Volegov
4
,
C R Weber
3
,
K Widmann
3
,
C Wild
11
,
C H Wilde
4
,
B M Van Wonterghem
3
,
D T Woods
3
,
B N Woodworth
3
,
M Yamaguchi
7
,
S T Yang
3
,
G B Zimmerman
3
Affiliations
1
Lawrence Livermore National Laboratory, Livermore, CA, USA.
[email protected]
.
2
Lawrence Livermore National Laboratory, Livermore, CA, USA.
[email protected]
.
3
Lawrence Livermore National Laboratory, Livermore, CA, USA.
4
Los Alamos National Laboratory, Los Alamos, NM, USA.
5
Laboratoire pour l'utilisation des Lasers Intenses chez École Polytechnique, Palaiseau, France.
6
Laboratory for Laser Energetics, University of Rochester, Rochester, NY, USA.
7
General Atomics, San Diego, CA, USA.
8
Massachusetts Institute of Technology, Cambridge, MA, USA.
9
SLAC National Accelerator Laboratory, Menlo Park, CA, USA.
10
Atomic Weapons Establishment, Aldermaston, UK.
11
Diamond Materials, Freiburg, Germany.
#
Contributed equally.
PMID:
35296865
PMCID:
PMC8967712
DOI:
10.1038/s41586-022-04607-2
No abstract available
Publication types
Published Erratum