
We prove that the total range of Super-Brownian motion with quadratic branching mechanism has an exact packing measure with respect to the gauge function $g(r)=r^4 (\log \log1/r)^{-3}$ in super-critical dimensions $d\geq 5$. More precisely, we prove that the total occupation measure of Super-Brownian motion is equal to the $g$-packing measure restricted to its range, up to a deterministic multiplicative constant that only depends on space dimension $d$.
[MATH.MATH-PR] Mathematics [math]/Probability [math.PR], 60J80, Probability (math.PR), Super-Brownian motion, Brownian Snake, exact packing measure, 60G57; 60J80; 28A78, range, FOS: Mathematics, 60G57, 28A78, Mathematics - Probability
[MATH.MATH-PR] Mathematics [math]/Probability [math.PR], 60J80, Probability (math.PR), Super-Brownian motion, Brownian Snake, exact packing measure, 60G57; 60J80; 28A78, range, FOS: Mathematics, 60G57, 28A78, Mathematics - Probability
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