Volumn 7, Issue 12, 2011, Pages 962-965
A gravitational wave observatory operating beyond the quantum shot-noise limit
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n
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a
Wan, Y
ac
Wanner, A
d,k
Wang, X
ac
Wang, Z
ac
Ward, R L
a,bs
Wei, P
w
Weinert, M
d,k
Weinstein, A J
a
Weiss, R
n
Wen, L
a,o
Wen, S
c
Wessels, P
d,k
West, M
w
Westphal, T
d,k
Wette, K
d,k
Whelan, J T
bf
Whitcomb, S E
a,o
White, D
aj
Whiting, B F
h
Wilkinson, C
g
Willems, P A
a
Williams, H R
t
Williams, L
h
Willke, B
d,k
Winkelmann, L
d,k
Winkler, W
d,k
Wipf, C C
n
Wittel, H
am
Wiseman, A G
e
Woan, G
b
Wooley, R
c
Worden, J
g
Yablon, J
an
Yakushin, I
c
Yamamoto, K
am
Yamamoto, H
a
Yang, H
a
Yeaton Massey, D
a
Yoshida, S
bg
Yu, P
e
Zanolin, M
aq
Zhang, F
ac
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a
Zhang, W
ac
Zhang, Z
o
Zhao, C
o
Zotov, N
ba
Zucker, M E
n
Zweizig, J
a
more..
Author keywords
[No Author keywords available]
Indexed keywords
ELECTROMAGNETIC FIELDS;
GRAVITATIONAL EFFECTS;
INTERFEROMETERS;
LASER INTERFEROMETRY;
LASER MIRRORS;
OBSERVATORIES;
ORBITS;
QUANTUM ENTANGLEMENT;
RELATIVITY;
SHOT NOISE;
BLACK-HOLE BINARY SYSTEMS;
GENERAL THEORY OF RELATIVITY;
GRAVITATIONAL-WAVE OBSERVATORY;
KEY TECHNOLOGIES;
LASER INTERFEROMETER;
LIGHT ENHANCEMENT;
QUANTUM TECHNOLOGIES;
SCIENTIFIC COLLABORATION;
GRAVITY WAVES;
EID : 84921022931
PISSN : 17452473
EISSN : 17452481
Source Type : Journal
DOI : 10.1038/NPHYS2083
Document Type : Article
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