501

jiro@rikkyo.ac.jp

2014 2 12

1

ADD

[1]

2

GN = 6.67384(80)×10 11 m3 (kg s2 ) PDG2013 10 4

universality

charge

1 [2]

r

1

11

20 [3]

10 10

V = GN

Mmr

1+ e r( )

233

502

>1

10

20

3

(ADD: Alkani-Hamed DimopoulosDvali) [1]

1ADD

1mm

ADD

r

>1

1mm ADD

TeV

d = 2 5

= 0.1mm

1

5

2[4]

ADD

1TeV

E4+dpl = 1032 19d m

d1

2+d

TeV

2 [4]

=E4+d

pl

TeV

2d

1

×1032d

19m

ADD

LHC

MD > 2.3TeV ( d = 2

) 5

< 92 m [5] 2007

< 44 m

MD > 3.2TeV d = 2 [6]

TeV

3

d = 2

VADD =GN

Mmr

(r > )

GNd Mm

r1+d(r < )

234

503

3 ADD [4]

mm

TeV

4

BNL RHIC PHENIX

100

1999 25

4 CCD

4 PHENIX Optical Alignment System [7]

50nm [7]

1

CCD

ADD

2003

10

5 Target

Attractor

5

2003

235

504

6 Attractor Source Mass

10nN

1nm

6 2003

Attractor Attractor

6

Attractor

5 Newton

1

Newton-Icm

3-4

Newton-I 7

1 10 6 rad

30

cm

PC

7 Newton Newton-I

Newton-I 8

Attractor

10%

8 Newton-I

236

505

Attractor

20064

Attractor Target

%

Attractor

9

cm

statement [8]

9 Newton-I

10%

Newton-SCKEK

10 Newton-SC

FPGA

11

45mm 85mm 1%

<10 2 cm

11

[9]

10 Newton-SC

11 Newton-SC

6

Attractor

cm

10 13 [10]

cm

Newton-IIAttractor

237

506

12 Newton-I

4 Attractor

12 Newton-II

Newton-I Attractor

13 Newton-II [9]

13 Newton-IIAttractor

1cm

[9] GAl W

GCu W

Target

7

Newton-I SC II

Newton-SC <10 2

<10 3

0.1%

100

1000 1 10

1mm

Newton-III

100

Newton-III

Newton-IV

cm Target Attractor mmGAl WGCu W

1= 0.9±1.1sta ± 4.8sys( )×10 2

GCu WGN

1= 0.2± 0.9sta ± 2.1sys( )×10 2

238

507

Newton-IV

1 10 8 rad

14 Newton-IVh

Newton-IV 1mm

0.8mm 2.8mm

50

2mm 3mm 5mm

Newton-II

2013 Newton-IVh 14

2013 12

1mm <10 1

[11] 15

2

10% 1%

15 Newton-IVh [11]

10%

Newton-IVh

AttractorAttractor

2014

16 Newton-IVh 2014 collaboration

Newton-IVh

100 10 10%

16

SpokespersonTRIUMF MTV

8Li[12] 2011

239

508

ADD

MTV-G17

geodetic precessionMTV

8Li-18

[13] 19

17 MTV-G

18 MTV-G

19 [14]

19 (preliminary)

8

[15]

[1] N. Arkani-Hamed S. Dimopoulos G. Dvali Phys.

Lett. B 429 (1998) 263-272.

[2] E. Fischbach and C. Talmadge “The Search for

Non-Newtonian Gravity” Springer (1999).

[3] J. O. Dickey et al. Science 265 (1994) 482.

[4] ,

(2011).

[5] ATLAS Collaboration Phys. Lett. B 705 (2011)

294-312.

[6] D. J. Kapner et al. Phys. Rev. Lett. 98 (2007)

021101.

[7] J. Murata et al. NIM A 500 (2003) 309; J. Murata et al. IEEE Nucl. Sci. CR675 (2005).

[8] M. Hata et al. J. Phys. CS 189 (2009) 012019;

K. Ninomiya et al. J. Phys. CS 189 (2009) 012026.

[9] K. Ninomiya et al. J. Phys. CS 453 (2013) 012007.

[10] S. Schlamminger et al. Phys. Rev. Lett. 100 (2008)

41101.

[11] (2014).

[12] J. Murata et al. Hyperfine Interact 225 (2014)

193-196.

[13] S. Tanaka et al. J. Phys. CS 453 (2013) 012018;

(2014).

[14] CODATA2010; M. Hori et al. Nature 476 (2011) 484.

[15] 1 (2013); Newton 7 (2013);

BS X 3

(2013 10 13 )

240