Loop area – dissipation along the policy/regulatory loop
XC – remaining “credit exergy”, i.e. safe room to adjust
Values here are experimental and follow the Thermo-Credit v0.x spec. They are for research and discussion, not for trading or regulatory use.
Inputs summary
Japan (JP)Money scale: BoJ Total Assets (as money proxy) (config, since 1995)Base: BoJ Total Assets (config, since 1990)Long-term yield: Long-term JGB yield (FRED) (config, since 1995)asset_proxy: BoJ Total Assets (asset side proxy) (config, since 1995)energy_proxy: Nominal GDP (energy component proxy) (config, since 1990)depth_proxy: Private non-financial sector credit (depth stock) (config, since 1990)turnover_proxy: Japan M2 (use as liquidity turnover proxy) (config, since 1990)
Euro Area (EU)Money scale: ECB Total Assets (consolidated) (config, since 1999)Base: ECB Total Assets (config, since 1999)Long-term yield: Euro Area Long-term Yield (config, since 1999)
United States (US)Money scale: Federal Reserve Total Assets (config, since 1990)Base: Federal Reserve Total Assets (config, since 1990)Long-term yield: US 10Y Treasury Yield (config, since 1990)
Compare (JP/EU/US)
At the latest date (2025-03-31), this section compares dispersion (SM), liquidity temperature (TL), loop dissipation, and remaining credit exergy (XC) across regions. The table below gives exact values.
Compare: T_L (standardized)Liquidity temperature highest in Euro Area (EU) (≈0.67) vs Japan (JP) (≈0.58).
Compare: Loop area (standardized)Loop area (standardized) highest in United States (US) (≈1.58) vs Japan (JP) (≈1.32).
Compare: Internal Energy (standardized)Internal energy (standardized) highest in United States (US) (≈2.46) vs Euro Area (EU) (≈0.71).
Compare: ΔU (standardized)Δu (standardized) highest in Euro Area (EU) (≈1.09) vs United States (US) (≈0.10).
Compare: ΔF_C (standardized)Δf_c (standardized) highest in Japan (JP) (≈1.79) vs Euro Area (EU) (≈0.52).
Compare: Free Energy (standardized)Free energy (standardized) highest in United States (US) (≈-1.09) vs Euro Area (EU) (≈-1.96).
Compare: X_C (standardized)Credit exergy highest in Euro Area (EU) (≈0.86) vs Japan (JP) (≈-2.13).
Compare: S_MDispersion highest in Japan (JP) (≈11516210.04) vs Euro Area (EU) (≈7265975.52).
Compare: T_LLiquidity temperature highest in Japan (JP) (≈0.67) vs Euro Area (EU) (≈0.51).
Compare: Policy Loop DissipationPolicy loop dissipation highest in Japan (JP) (≈2808931.56) vs Euro Area (EU) (≈1899165.88).
Compare: Credit Exergy CeilingCredit exergy ceiling highest in United States (US) (≈4462751.88) vs Euro Area (EU) (≈275281.98).
Japan (JP)
Latest date: 2025-03-31
S_M: 1.152e+07
T_L: 0.672
Loop area: 2.809e+06
U: 1.109e+06
X_C: 9.908e+05
Maxwell gap: -4.222
First-law resid: 5.249e+05
Japan (JP) sits in a high-dispersion, high-temperature regime. Loop area is non-zero, indicating ongoing dissipation. XC is positive (some room remains).
Interpretation
S_M & T_LS_M is high, T_L is high as of 2025-03-31
Policy Loop DissipationLoop area is non-zero and falling.
Credit Exergy CeilingX_C is positive (some room remains) and rising.
Maxwell-like TestGap is -4.222 (alerts active).
First-law DecompositionResidual is 5.249e+05 (ΔU minus predicted).
First-law DecompositionResidual≈524928.324 trending rising; near zero means the proxies close the energy balance.
Raw Inputs (first=100)Each input series is rebased to 100 at its start; steep slopes flag faster money/credit growth.
Euro Area (EU)
Latest date: 2020-03-31
S_M: 7.266e+06
T_L: 0.5108
Loop area: 1.899e+06
U: 9.301e+05
X_C: 2.753e+05
Maxwell gap: 12.29
First-law resid: 2.571e+05
Euro Area (EU) sits in a high-dispersion, high-temperature regime. Loop area is non-zero, indicating ongoing dissipation. XC is positive (some room remains).
Interpretation
S_M & T_LS_M is high, T_L is high as of 2020-03-31
Policy Loop DissipationLoop area is non-zero and rising.
Credit Exergy CeilingX_C is positive (some room remains) and rising.
Maxwell-like TestGap is 12.29 (alerts active).
First-law DecompositionResidual is 2.571e+05 (ΔU minus predicted).
First-law DecompositionResidual≈257081.575 trending rising; near zero means the proxies close the energy balance.
Raw Inputs (first=100)Each input series is rebased to 100 at its start; steep slopes flag faster money/credit growth.
United States (US)
Latest date: 2025-03-31
S_M: 1.048e+07
T_L: 0.672
Loop area: 2.417e+06
U: 1.109e+06
X_C: 4.463e+06
Maxwell gap: -2.455
First-law resid: 5.251e+05
United States (US) sits in a high-dispersion, high-temperature regime. Loop area is non-zero, indicating ongoing dissipation. XC is positive (some room remains).
Interpretation
S_M & T_LS_M is high, T_L is high as of 2025-03-31
Policy Loop DissipationLoop area is non-zero and falling.
Credit Exergy CeilingX_C is positive (some room remains) and rising.
Maxwell-like TestGap is -2.455 (alerts active).
First-law DecompositionResidual is 5.251e+05 (ΔU minus predicted).