A Spatially-resolved Large Cavity of the J0337 Protoplanetary Disk in Perseus

We present Keck/NIRC2 K (p) L (p) high-contrast imaging observations of a J0337 protoplanetary disk. The data discover the spatially-resolved large cavity, which is the second report among protoplanetary disks in the Perseus star-forming region after the LkH alpha 330 system. Our data and forward modeling using RADMC-3D suggests similar to 80 au for the cavity radius. There is discrepancy between J0337's spectral energy distribution (SED) and the modeled SED at similar to 10 mu m and this suggests an unseen inner disk. We also searched for companions around J0337 but did not detect any companion candidates at separations between 0.'' 1 and 2.'' 5. The L (p)-band detection limit corresponds to similar to 20M (Jup) at 60 au, similar to 9-10M (Jup) at 90 au, and similar to 3M (Jup) at >120 au. Compared with other young systems with large cavities such as PDS 70 and RX J1604, multiple Jovian planets, a single eccentric Jovian planet, or a massive brown dwarf at an inner separation could exist within the cavity.