Source

Identification

Method

Value

G/10⁻¹¹ m³s⁻²kg⁻¹

ppm

**

Ref.

1-Qing Li et al.

Q-AAF-2018

AAF

6.674484(78)

11.61

[20]

2-Qing Li et al.

Q-TS-2018

TS

6.674184(78)

11.64

[20]

3-Tiesinga E et al.

CODATA 2018

STAT

6.67430(15)

22

[21]

4-Newman et al.

N-TB-2014

TB

6.67435(13)

19

[22]

5-Rosi et al

R-AI-2014

AI

6.67191(99)

150

[23]

6-Quinn et al.

Q-FDEC-2014

FDEC

6.67554(16)

24

[24]

7-Mohr PJ et al.

CODATA 2014

STAT

6.67408(31)

46

[6]

8-Mohr PJ et al.

CODATA 2010

STAT

6.67384(80)

120

[25]

9-Parks & Faller

PF-FPC-2010

FPC

6.67234(14)

21

[26]

10-Tu et al.

T-TS-2010

TS

6.67349(18)

27

[27]

11-Luo et al.

L-TS-2009

TS

6.67349(18)

27

[28]

12-Mohr PJ et al.

CODATA 2006

STAT

6.67428(67)

100

[29]

13-Schlamminger et al.

S-BB-2006

BB

6.67425(12)

19

[30]

14-Hu et al.

H-TS-2005

TS

6.67222(87)

130

[31]

15-Armstrong et al.

A-EC-2003

EC

6.67387(27)

40

[32]

16-Mohr PJ et al.

CODATA 2002

STAT

6.6742(10)

150

[33]

17-Kleinevoβ

K-FPC-2002

FPC

6.67422(98)

150

[34]

18-Quinn et al.

Q-FDEC-2001

FDEC

6.67559(27)

40

[35]

19-Gundlach & Merkowitz

GM-AAF-2000

AAF

6.674215(92)

14

[36]

20-Fitzgerald & Armstrong

FA-TB-1999a

TB

6.6742(7)

105

[37]

21-Fitzgerald & Armstrong

FA-TB-1999b

TB

6.6746(10)

150

[37]

22-Mohr PJ et al.

CODATA 1998

STAT

6.673(10)

1499

[38]

23-Bagley & Luther

BL-TS-1997

TS

6.67398(70)

100

[39]

24-Karagioz & Izmailov

KI-TS-1996

TS

6.6729(5)

75

[40]

25-Standish.

ST-STAT-1995

STAT

6.67259(30)

45

[41]

26-Cohen ER et al.

CODATA 1986

STAT

6.67259(85)

127

[42]

27-Luther & Towler

LT-TS-1982

TS

6.6726(5)

75

[43]

28-Sagitov

S-TS-1979

TS

6.674485(800) *

120

[44]

29-Cohen ER et al.

CODATA 1973

STAT

6.6720(41)

615

[45]

30-Pontiskis et al.

P-TS-1972

TS

6.6714(6)

90

[46]

31-Taylor BN et al.

CODATA 1969

STAT

6.6732(31)

465

[19]

32-Heyl PR

H-TB-1930

TB

6.670(5)

750

[47]