Parameter Explorer
The ether framework has four fundamental parameters and three observational constraints, leaving a single free parameter: the condensate quantum mass m_e. Move the slider to see how all derived quantities — and all Tier 1 predictions — change deterministically.
Input Parameters
Derived Quantitiesat m_e = 1.00 eV
0.256meV
8.7μm
4.7910⁶ m/s
0.0160
1.2510⁹ m⁻³
3.284e-32J·m³
0.419m
499km/s
6.3710⁻¹⁰ J/m³
Sensitivity Hierarchy§9.3.6
Change in each quantity for a factor-of-2 change in m_e:
Predictions at Current Parameters
ξ = ℏ/√(2m_eμ̂) — scales as m_e^{−1/5}
8.7 μm
Monograph →c_s = √(μ̂/m_e) — scales as m_e^{−4/5}
4.79 × 10⁶ m/s
Monograph →σ_c ∝ δ^{1/3} m_e^{−4/3} — scales as m_e^{−4/3}
499 km/s
Monograph →a_s = g_int m_e / (4πℏ²) — scales as m_e^{+7/5}
0.419 m
Monograph →|ξ₂|ℓ_e² < 3.2 × 10⁻²⁶ m² — scales as ℓ_e²
8.3e-28 m² (< bound)
Monograph →ℓ_e constraint (Eq. 3.50): Current ℓ_e = 1.0e-13 m — within GRB time-delay bound (< 6.2e-13 m)
Beta Tools are under active development. Equations are verified against the monograph but outputs may be refined. Report an issue