LΛ - 名古屋大学素粒子宇宙起源研究機構（KMI）

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m_pi vs L at each mff_pi vs L at each mfm_pi0.90.80.70.60.50.40.3L^3x(4L/3)mf=0.10mf=0.08mf=0.07mf=0.06mf=0.05mf=0.04mf=0.03mf=0.02f_pi0.20.180.160.140.120.10.080.06L^3x(4L/3)mf=0.10mf=0.08mf=0.07mf=0.06mf=0.05mf=0.04mf=0.03mf=0.020.20.040.10.0200 4 8 12 16 20 24 28 32 36 40L00 4 8 12 16 20 24 28 32 36 40L
m_pv vs mfL^3x(4L/3), Quadratic fit: y=c0+c1*mf+c2*mf^2m_pv vs mfL^3x(4L/3), Power fit: y=c0+c1*(mf^c2)110.80.8m_pv0.60.40.20data (on largest L at mf)0.0-0.16 (c2d=5.03)0.0-0.1 (c2d=1.59)0.0-0.08 (c2d=0.37)0.0-0.06 (c2d=0.59)0.0-0.05 (c2d=0.84)0.0-0.04(c2d=0.18)0 0.02 0.04 0.06 0.08 0.1 0.12 0.14 0.16 0.18mfm_pv0.60.40.20data (on largest L at mf)0.0-0.16 (c2d=0.78)0.0-0.1 (c2d=0.99)0.0-0.08 (c2d=1.19)0.0-0.06 (c2d=0.91)0.0-0.05 (c2d=1.29)0.0-0.04 (c2d=0.20)0 0.02 0.04 0.06 0.08 0.1 0.12 0.14 0.16 0.18mfM ρ = 0 at m f → 0.
Page 10 and 11: LatKMI collaboration• Y.Aoki, T.A
Page 13: m_pi0.90.80.70.60.50.40.30.20.1m_pi
Page 16 and 17: f π = 0 or = 0? as m f → 0f_pi v
Page 18 and 19: f π = F + Am α f0.20.18f_pi vs mf
Page 20 and 21: 0.2f_pi vs mfL^3x(4L/3)0.180.16f_pi
Page 24 and 25: LM H = F H (x),LF H = G F (x)x ≡
Page 26 and 27: 4Lf vs. X(=0.6)Nf=8, =3.8, L^3x(4L/
Page 28 and 29: P (γ) 20151052 4 6 8
Page 30 and 31: LM H = F H (x),LF H = G F (x)x ≡
Page 32 and 33: hyperscaling (m_pv vs x)(m_pv)=0.84
Page 35 and 36: γ(M π ) = γ(f π ) N f =4, 12
Page 37 and 38: N f =4=3.7, = 0.0=3.7, = 1.0=3.7,
Page 39 and 40: (Nf=11), α*~αcr , just below conf
Page 42: Summary (Preliminary)SU(3) gauge th
Page 47: Nf=12, α*

LΛ - 名古屋大学 素粒子宇宙起源研究機構（KMI）

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LΛ - 名古屋大学素粒子宇宙起源研究機構（KMI）