We present near-infrared light curves of HBC 722 after its the September 2010 outburst. We have been monitoring its near-infrared light curves since November 2010 with Korean Astronomy and Space Science Institute Infrared Camera System (KASINICS). HBC 722 exhibits large changes in optical and near-infrared brightness since its outburst. The J, H, andKs light curves over about 2.5 years show that in all observed bands HBC 722 progressively became fainter until around April 2011, down to J ∼10.7, H ∼9.9, Ks ∼9.3, but it is getting brighter again. Large scatter in the obtained light curve prevents us from finding whether there is any short timescale variation as reported in other optical observations. The near-infrared color of HBC 722 is beco...
Abstract We present results of the Mt Abu JHK photometric and HI Brackett γ line monitoring of the e...
We present pre- and post-outburst observations of the new FU Orionis-like young stellar object PTF 1...
Context. HBC 722 (V2493 Cyg) is a young eruptive star in outburst since 2010. Spectroscopic evidence...
We present the results of high resolution (R >= 30,000) optical and near-IR spectroscopic monitoring...
Context. HBC 722 (V2493 Cyg) is a young eruptive star in outburst since 2010. Spectroscopic evidence...
We carried out photometric observations for HBC 722 in the Sloan Digital Sky Survey r, i, and z band...
Context. The investigations of the photometric and spectral variability of PMS stars are e...
We present the detection of day-timescale periodic variability in the r-band lightcurve of newly out...
Aims. We present new results from optical photometric and spectroscopic observations of the eruptive...
Aims:The occurrence of new FU Orionis-like objects is fundamental to understand the outburst mechani...
HBC 722 (V2493 Cyg) is a young eruptive star in outburst since 2010. It is an FU Orionis-type object...
We analyze the submillimeter emission surrounding the new FU Orionis-type object, HBC 722. We presen...
The Astrophysical Journal Letters 731.2 (2011): L25 reproduced by permission of the AASWe analyze th...
Aims. We conducted the first X-ray observations of the newly erupting FU Ori-type outburst in HBC 72...
FU Orionis-type stars form a small class of variable Young Stellar Objects, defined by an optical ou...
Abstract We present results of the Mt Abu JHK photometric and HI Brackett γ line monitoring of the e...
We present pre- and post-outburst observations of the new FU Orionis-like young stellar object PTF 1...
Context. HBC 722 (V2493 Cyg) is a young eruptive star in outburst since 2010. Spectroscopic evidence...
We present the results of high resolution (R >= 30,000) optical and near-IR spectroscopic monitoring...
Context. HBC 722 (V2493 Cyg) is a young eruptive star in outburst since 2010. Spectroscopic evidence...
We carried out photometric observations for HBC 722 in the Sloan Digital Sky Survey r, i, and z band...
Context. The investigations of the photometric and spectral variability of PMS stars are e...
We present the detection of day-timescale periodic variability in the r-band lightcurve of newly out...
Aims. We present new results from optical photometric and spectroscopic observations of the eruptive...
Aims:The occurrence of new FU Orionis-like objects is fundamental to understand the outburst mechani...
HBC 722 (V2493 Cyg) is a young eruptive star in outburst since 2010. It is an FU Orionis-type object...
We analyze the submillimeter emission surrounding the new FU Orionis-type object, HBC 722. We presen...
The Astrophysical Journal Letters 731.2 (2011): L25 reproduced by permission of the AASWe analyze th...
Aims. We conducted the first X-ray observations of the newly erupting FU Ori-type outburst in HBC 72...
FU Orionis-type stars form a small class of variable Young Stellar Objects, defined by an optical ou...
Abstract We present results of the Mt Abu JHK photometric and HI Brackett γ line monitoring of the e...
We present pre- and post-outburst observations of the new FU Orionis-like young stellar object PTF 1...
Context. HBC 722 (V2493 Cyg) is a young eruptive star in outburst since 2010. Spectroscopic evidence...