  After the discovery of a Standard Model (SM) like Higgs boson, naturalness
strongly favors the next to the Minimal Supersymmetric SM (NMSSM). In this
letter, we point out that the most natural NMSSM predicts the following CP-even
Higgs $H_i$ sector: (A) $H_2$ is the SM-like Higgs boson with mass
pushed-upward by a lighter $H_1$ with mass overwhelmingly within
$[m_{H_2}/2,m_{H_2}]$; (B) $m_{H_3}\simeq 2\mu/\sin2\beta\gtrsim300$ GeV; (C)
$H_3$ has a significant coupling to top quarks and can decay to $H_1H_2$ with a
large branching ratio. Using jet substructure we show that all the three Higgs
bosons can be discovered via $gg\to H_3 \to H_1H_2\to b\bar b \ell\nu jj$ at
the 14 TeV LHC. Especially, the LEP-LHC scenario with $H_1\simeq98$ GeV has a
very good discovery potential.
