東京大学 | 物性研究所 - Ð Ç Ä ã D j H...3 ã Ç ) 2 1t ( Ò Ù Ù á T ß ½ *. ê L Ç...
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3 ᣣ ႐ ߇ ࠃ ࠲ ࠍㅴ ( ߒᓙ ߙ ߡ๔ ߟಽ ⺰ ࠍ ߪL ߇34 ᣣ㧦 ᐕ ႐ᚲ㧦᧲੩ᄢቇ ߢ߹ࠇߎ ߇น⢻ ޔࠅߥߦߺ⚵ߣว ࠊࠃޔߪࠅਔశḮ ‛ᕈ⎇ⓥᚲ ߢ࠲⟎⸳ߩޠ ࠍࠍዉޔߒᣂ ߚㅴ ߚࠆߔ ߦ(LASOR: Lase ⸘ޔߢߎߘ ߒߡᧄ⎇ⓥળ ࠍᓙߘޕࠆࠇߐ ߎߙߟߦࠇߡ ߡޔਔశḮߩ․ ᧄࡢ ๔ޔ߈⛯ߦ ߟߩᮮᢿ⊛ߥ ࠹ಽ⸃శ㔚ሶಽశ ࠍࡦ᭴ᚑ ߒ⺰ߩⷐߢ ࠆ‛ᕈ⎇ⓥᚲ⍴ ࠍ‛ᕈ⎇ⓥᚲ ߆ߦ⊒ାߔ ࠆߪ⠨ߡ߃ ޕࠆLASOR శ㑐ଥ ߢ߇ޕߚߞ ᣣᧁ ቇ‛ᕈ⎇ⓥᚲᧄ ಽ㊁ߣ ᵄ㐳㗔ߦ ߅ࠊߚߖ㑆ಽ⸃ Ḯࠍ⋡⊛ߦᔕ ߓߢߡߨ߆ޔߪ ࠃࠍ߈ߡߒ↹⸘ ߚߚߥዷ㐿ࠍ㐿ᆎ ߦ ޔవ┵ಽ శ er and Synchr ᚻᴺ⾰‛ߣ ࠍડ↹ޕߚߒL ߎߢశḮᮮᢿ⊛ ߣ ․ߣ⾰ಽᜂޔⲢ ޔߪߢࡊ࠶L ߣ ࠹ࡑ㧦 ޟ㜞ಽ శޟޔޠ㑆ಽ⸃ ߒޕߚਅ⸥ߪฦ ࠆ ޕ⍴ᦼ⎇ⓥળߦ ߅߆࠶ࡔߩࠄ ࠆߦߣߎᄢ߈ ߥ ߢޔߪSPring శḮߦ㑐 ࡠȶ ᧁ ᣣ㊄ ᧄ㙚㧢㓏ᄢ⻠⟵ శಽ㊁ߪ⁛ ߅ࠆߌਔ⠪ߩ ⸃߇৻ᄢಽ㊁ ࠍߓߡಽߌ ࠆࠃࠅᛛ ߚޕ৻ᣇޔߢ ᆎߡߒޕࠆ ߘశ ㇱ㐷 ゠ߣ rotron Resear ࠍ⽎ಾࠅญ ߦLASOR ߪ⇇ ⊛࠹ߥࠍࡑ⸳ శߩ↪⚻㛎 Ⲣวߩน⢻ᕈ ࠍLASOR ࡦ ࠲శߩਔశḮ ߦಽ⸃⢻శ㔚ሶಽ ⸃Ზಽశޠ ࠍฦ࠶ࡦ ߢ߅ߩߎޔߡᣂ ‛ߡߒߣᕈ ߥᗧ⟵߇ࠆ ߣ௶ٳอ 8 ߦᢛߐ ࠇ㑐ޔߪߡߒᨰ ݪࡄਫ਼ ࡠΪȜτ ȶτȜΎ ⟵ቶ㧭㧕 ⁛ߦ┙ㅴᱠࠍ⛯ ▸࿐߇ᄢ ߈ࠍᒻᚑߦࠆߔ⥋ ࠆઍ⓭ߦ ߒᛛⴚࡌࠍ ߣశ࡞ ࡊߘޔߢߎਔಽ㊁ ‛ᕈ⎇ ⓥ rch Center)ࠍ⸳ ߦ࠹ߚߒࡑ ࠍ⇇ߦ⊛ߡ߽వ ⸳ቯ ࠇߘޔߒ㛎⠪ࠍᓙ ߒࠍ ޕߚߒ⼏⸛࠲ߩᵴേႎ ߦ ࠆ߇ߚ߹3 ಽశޟޔޠ㑆 ࠍឝߡߍ ࠶ߢⴕ ⸛ߚࠇࠊᣂߒᣇะᕈ ᕈ ࠹࠾ࡘࡒߣ ࠇࠊࠇࠊޔ ࠇߚᦨᣂ㍈ߩ ࡄࡦࡖߢⒿ ݪࡄܢ τϋΠش ڠΎȜȆ༶ ឭ ⛯߇ߚ߈ߡߌ ޔ߈ߥ㊀ࠍࠅߥᜬ ⥋ޔࠅ߽ߪ߿శ ߒߟߟߣࠆ⸒ ߣࠆߔశ⑼ቇ ࠍࡊߪ⏴ߩ ࠕ㊁ߩ၂ᩮࠍข ࠅⓥ ᣉ⸳ ⛔ࠍว ⸳ ߣߎࠆߔ⟎ࠍ⸳ቯޔߒਔశ వㅴ⊛⚵ߥ❱ ߢቯ♽ߩ⁁ ߣⒿਛߩ㜞ಽ ڠݪࡄΓϋ ༶ဏ ឭઍ⠪㧦ᧃ หឭ⠪㧦ㄆ ዊ ᧻ የ ⼱ ޔᦨㄭߞߥߦ ߡᜬߥߦ߁ࠃߟ ߞశḮߣࡂ߁ ⸒ ޕࠆ߃ࠍផㅴߚࠆߔ ࠕ࠻࠹ ࠅᛄ⌀ߡߞⓨ⚡ ว ޟޔߒ㒢 ޔࠅߥߦ2012 శḮࠍᲧセߒ ߟߢߩߎޔࠅಾ ߣ↪ࠍࠇߘޔ ಽ⸃⢻ࠃ߅ ϋΗȜอ௷ ဏࡄ ݪᧃర ᔀ㧔᧲ ㄆ ၨ㧔᧲ ዊ ᢥᄦ㧔᧲ ᧻↰ Ꭿ㧔᧲ ା 㧔᧲ የ᎑ ᱜᴦ㧔᧲ ⼱ సᏆ㧔ᄢ ߡ㜞⺞ ߞ߹ޕߚ߈ߡ ߚ࠼ߩࠕࠚ ޟߦ㒢 ࡅࠍࡦਛᔃ ߦ⚡ᄖޔエ X ✢ ࡅ ࠻ࡦ2 ᐕ 10 1 ᣣ ߟߟⲢวߩน⢻ ಾࠅญߩਅߦᣂ ߚ㜞ಽ⸃⢻⊒ 㜞ㅦ㑆ಽ⸃ ැχȜ· ݪႀ ⻠Ṷળ႐㘑᥊ ᧲੩ᄢቇ‛ᕈ⎇ ᧲੩ᄢቇ‛ᕈ⎇ ᧲੩ᄢቇ‛ᕈ⎇ ᧲੩ᄢቇ‛ᕈ⎇ ᧲੩ᄢቇ‛ᕈ⎇ ᧲੩ᄢቇᎿቇ⎇ ᄢ㒋ᄢቇ↥⑼ ⺞ᵄࠆࠃߦエ ߚޔశߩ ὐࠄ߆ߩಽ ࡅ࠻ࡦశ⑼ ߦ⇇ᦨ㜞 ࡌ✢㗔ߩߢశ⑼ శ⑼ቇ⎇ⓥ ߦ⊒⿷ߩㆇ ⢻ᕈࠆߋߐࠍ ߎᣂ‛ߥߚᕈ⎇ⓥ ⊒శಽశߤߥ ߦ⸃శ㔚 ΏοΛί ٳఽȷ ᥊ ⓥᚲ㧕 ⓥᚲ㧕 ⓥᚲ㧕 ⓥᚲ㧕 ⓥᚲ㧕 ⓥ⑼㧕 ቇ⎇ⓥᚲ㧕 X ߩ✢⊒↢ ߢ↪߽ ಽ㊁ߣ⠨ ࠆ߃⑼ቇ⎇ⓥ ࡦࡌߩ࡞ⵝ⟎⟲ ⑼ቇ⎇ⓥࠍផ ࠲ࡦ ޠ ޕߚߞߥߣߎࠍߣ⋡⊛ ߣⓥߩዷ㐿߇ᦼ ߦߟߡႎ๔ 㔚ሶಽశߩ
Transcript of 東京大学 | 物性研究所 - Ð Ç Ä ã D j H...3 ã Ç ) 2 1t ( Ò Ù Ù á T ß ½ *. ê L Ç...
3
(
L
34
(LASOR: Lase
LASOR
er and Synchr
L
L
SPring
rotron Resear
LASOR
LASOR
8
rch Center)
3
2012
X
2 10 1
X
Xe
LASOR
FEL
29
R
40eV
VLEE
30
X
ED
2
D E
FEL
155
3
35
36
10 00 10 05
10 05 10 15
10 15 10 45 LASOR
10 45 11 15 SPring8
20
11 35 12 05 VUV
12 05 12 35 1keV X
12 35 13 50
13 50 14 20
14 20 14 50 X EUV
14 50 15 20 X FEL
15 20 15 50
20
16 10 16 40
16 40 17 10
17 10 17 40 ARPES
18:00
37
9 30 10 00
10 00 10 30 UVSOR UVSOR
10 30 11 00
20
11 20 11 50
11 50 12 20
12:20 13:30
13 30 14 00
14 00 14 30 SPring-8 BL07LSU X
20
14 50 15 20
15 20 15 50
15 50 16 20
38
LASOR
24 10 1 FEL
LASOR
3 X 3
LASOR
SPring-8 BL07LSU
BL07LSU 3 X
X
100 meV 1
E/ E>5000
1
[1] L. J. P. Ament et.al., Rev. Mod. Phys. 83, 705 (2011); X
[2] J. Schlappa et al.,Nature 485, 82 (2011);
[3] Y. Harada et.al., Rev. Sci. Instrum. 83, 013116 (2012); X
LASOR
X
FEL
39
LASOR
KBBF 7eV
KBBF 8eV
[1] VUV Yb
(HHG) 80MHz HHG [2]
10MHz HHG
[1] Y. Nomura, Opt. Lett. 36, pp1758-1760 (2011).
[2] A. Cingöz et al. Nature. 482, 68 (2012), A. Ozawa et al. CLEO2012 PD
LASOR
Up
Ip 3Up+Ip
Up 60 eV 200 eV
Up
[1]
X 300 eV [2]
[1] N. Ishii et al., Appl. Phys. Express 4, 022701 (2012).
[2] N. Ishii et al., Opt. Lett. 37, 4182 (2012).
[1]
X
X [3]
[1] P. Gutlich et al., Angew. Chem. Int. Ed. 33, 2024 (1994).
[2] S. Nozawa et al., J. Am. Chem. Soc. 61, 132 (2010).
[3] T. Ishikawa et al., Nature Photonics 6, 505 (2012).
40
X 10keV [1]
50nm 1020W/cm2
X
[2]
X
X
SACLA
[1] Focusing of X-ray free electron laser pulses with reflective optics, H. Yumoto, et al., Nature Photonics, 7, 43 (2013)
[2] X 40(9), 694-700 (2012)
(SASE: self-amplification of spontaneous emission) (FEL: free electron
laser) X X
X
SASE-FEL
FEL
FEL 61.5 nm 20 J [1]
He, Ne, Ar, Xe SASE-FEL
FEL FEL SASE-FEL 37%
[1] T. Togashi et al., Optics Express, 19, 317 (2011)
LASOR
X X
SASE SCSS[1] Ni Ni M
shot-by-shot photon-in & photon-out
in situ
[1] T. Shintake et al., Nat. Photonics 2, 555 (2008).
41
[1]
CO Pd Ir
CO Pd(111) Pd(100)
[2,3] Ir(111)
[1] 53 3 , 183 (2011).
[2] R. Toyoshima et al. J. Phys. Chem. C 116, 18691 (2012).
[3] R. Toyoshima et al. J. Phys. Chem. Lett. 3, 3182 (2012).
2
Cu(111) Cs [1]
Cs
BiVO4
BiVO4
Bi
[1] K. Watanabe, et al., J. Phys. Chem. A, 115, 9528-9535 (2011)
1 2 2 2 2
1,2 3 M. Kreiner3 3 3
1 WPI-AIMR 2 3 ISIR
42
[1]
Bi2Te3 [2] TlBi(S,Se)2
x=0.5 [3,4]
[1] S. Souma et al., RSI 78, 123104 (2007), RSI 81, 095101 (2010).
[2] S. Souma et al., Phys. Rev. Lett. 106, 216803 (2011).
[3] T. Sato et al., Nature Phys. 7, 840 (2011).
[4] S. Souma et al., Phys. Rev. Lett. 109, 186804 (2012).
LASOR
70 eV 1K
Sn(Tc = 3.7 K) Re(Tc = 1.7 K) Al(Tc = 1.2 K)
KFe2As2(Tc = 3.4 K) 8 FeTe0.6Se0.4
BCS BEC
[1] K. Okazaki et al. Science 337, 1314 (2012).
[2] ARPES KFe2As2
FSST NEWS No. 135 (2012).
UVSOR
21 UVSOR 2
[1] 1 GeV 1
4
BL7U-SAMRAI
3
[2] [3] HOPG
[4]
[5]
[1] 24, 175 (2011).
[2] S. Kimura et al., Rev. Sci. Instrum. 81, 053104 (2010).
[3] Y. Zhang et al., Nat. Mater. 10, 273 (2011).
[4] S. Tanaka et al., Phys. Rev. B 84, 121411(R) (2011).
[5] S. Kimura et al., AIP Conf. Proc. 1234, 63 (2010).
43
BiTeI
[1]
SPring-8(BL17SU) X 3 [2]
KEK-PF BL28 3 2
[3] HiSOR
[1]
2 [3]
[1] K. Ishizaka et al., Nature Mater. 10, 521 (2011).
[2] M. Sakano et al., Phys. Rev. B 86, 085204 (2012).
[3] M. Sakano et al., arXiv:1212.1552.
[1]
5~10 ( E < 8meV ~ 0.2°)[2]
[3] [4]
[1] T. Okuda et al., Rev. Sci. Instrum. 79, 123117 (2008).
[2] T. Okuda et al., Rev. Sci. Instrum. 82, 103302 (2011).
[3] T. Okuda et al., Phys. Rev. B 82, 161410 (2010).
[4] K. Miyamoto et al., Phys. Rev. Lett. 109, 166802 (2012).
2 [1] BaFe2(As,P)2
[2] 3
44
[3]
X
[1] T. Yoshida et al., arXiv:1208.2903.
[2] T. Shimojima et al., Science 332, 564 (2011); Solid State Commun. 152, 695 (2012).
[3] S. Ideta et al., Phys. Rev. Lett. 104, 227001 (2010).
LASOR
[1] 1T-TaS2 Ta
[2]
ARPES
ARPES Cu0.05Bi2Se3
divA
divA Bi2Se3 Rashba
Rashba
[1] Y. Ishida et al., Sci. Rep. 1, 64 (2011).
[2] Y. Ishizaka et al., PRB 83, 081104(R) (2011).
LASOR
3
SPring-8 BL07LSU X
[1-2] 2
2 50
Si(111) [3]
[1] M. Ogawa, S. Yamamoto, Y. Kousa, F. Nakamura, R. Yukawa, A. Fukushima, A. Harasawa, H. Kondoh, Y. Tanaka,
A. Kakizaki, I. Matsuda, Rev. Sci. Instrum., 83, 023109 (2012).
[2] S. Yamamoto, I. Matsuda, J. Phys. Soc. Jpn., accepted (2012).
[3] M. Ogawa, S. Yamamoto, R. Yukawa, R. Hobara, C.-H. Lin, R.-Y. Liu, S.-J. Tang, and I. Matsuda, submitted (2012).
45
2 10 [1]
X 30
3 500 2
Si GaAs [2] Ti4O7
Si/Ag InAs [3]
NaNO2 2
[1] 12, 48 (1999). 34, 544 (2006).
[2] K.Takahashi, et. al, J. Appl. Phys. 110, 113711(2011): S. Tokudomi, et. al., J. Phys. Soc. Jpn. 77, 014711 (2008) .
[3] J. Azuma, et.al., Phys. Rev. B 81, 113203 (2010).
GaAs Si
[1]
[2]
100fs
broadening
LO 300 fs GaAs
shielding 8 1017
intervalley scattering
[1] T. Ichibayashi et al., Phys. Rev. B 84, 235210 (2011).
[2] L. Rota et al., Phys. Rev. B 47, 4226 (1993).
1014 1015
[1]
X
[2]
[1] (2006)Vol.76. No.10, 1004-1010.
[2] J. Omachi, K. Yoshioka, and M. Kuwata-Gonokami, Optics Express 20, 23542 (2012).
46
CCMS
15
2012
2013 system C
2015 system A, B
13:00-13:30 [ ]
TSUBAME2.0 3.0
13:30-13:50
13:50-14:10
14:10-14:30 3,4,5,6,8,12
14:30-14:50
14:50-15:10 - -
15:10-15:30
15:30-15:50
15:50-16:10 I
16:10-16:30
47
16:30-18:00
2
Ca2 xSrxRuO4 FLEX
Ru RuO6 tilting FLEX
4 FLEX
α-(BEDT-TTF)2I3
GaP
+PAW L10
Tran Thi Thu Hanh
Ab initio Modelling of the Hydrogen Adsorption on Pt(111)
Symmetric Tensor Decomposition Description of Fermionic Many-Body Wavefunctions
DNA N
O(N) CONQUEST
Krzysztof Moorthi Monte Carlo Simulations of Structure and Properties of Polyolefins
ALPS/diagonalization
Z2
Lennard-Jones
Quantum Monte Carlo study of high-pressure cubic TiO2
Y2Mo2O7
TiO2(101)
18:00- 4,000 [ 2,000 ]
48
10:00-10:30 [ ]
10:30-11:00 [ ]
11:00-11:10 - -
11:10-11:30
11:30-11:50 Tl/Si(111)
11:50-12:10 [ ]
12:10-13:10 - -
13:10-13:40
13:40-14:00
14:00-14:20 d
14:20-14:40
14:40-15:10 - -
15:10-15:30
15:30-15:50
15:50-16:00 - -
16:00-16:30 [ ] Roderich Moessner (Max Planck Institute for the Physics of Complex Systems)
Dipolar order by disorder in the classical kagome Heisenberg
antiferromagnet
16:30-17:00 [ ]
17:00-17:30 [ ]
ab initio MD Informatics
49
TSUBAME2.0 3.0
10 1000
/VLSI
(GSIC) 2010 11
TSUBAME2.0[1] JST Ultra Low Power HPC
GPU
220
SSD I/O
TSUBAME2.0 HPCI
GPU 50 100
10
TSUBAME2.0 2011 11 ACM
2012
2020 1000 10
I/O
TSUBAME2.0 TSUBAME2.5, 3.0
[1] http://www.gsic.titech.ac.jp/TSUBAME_ESJ.
50
Intel Pentium(1993 60MHz) Intel Pentium4
(2004 3.8GHz) CPU
2004
CPU
1994 TOP500
50% 2001 95% [1]
O(N) O(N3)
O(N3) O(N)
O(N3)
GPGPU
PC
[1] TOP500: http://www.top500.org.
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