Table 1.

Parameters utilized in the numerical simulations for Eqs. (1)–(3)

Param	Value	Physical meaning
C	145 pF	Capacitance
Rload	12.0 kΩ	Load resistance
Cth	49.6 pJ/K	Thermal capacitancea
Se	0.201 mW/K	Thermal conductance to environment
Sc	4.11 μW/K	Thermal conductance to neighbor
T0	325 K	Ambient temperature
σ	1 μJ ⋅ s−1/2	Noise strength
R0	5.36 mΩ	Insulating resistance prefactor
Ea	5220 K	VO2 activation energy
Rm	1286 Ω	Metallic resistance
w	7.19 K	Width of the hysteresis loop
Tc	332.8 K	Center of the hysteresis loop
β	0.253	Fitting parameter in hysteresis
γ	0.956	Fitting parameter in hysteresis

R^load and T₀ are taken from experiment, while other parameters are optimized to align the numerical model as closely as possible to the experimentally measured data.

^aFigures show relative values to this.