Periodic photometric variability of the brown dwarf Kelu-1 by Clarke, F, Tinney, C, Covey, K

Little Red Dots or Brown Dwarfs? NIRSpec Discovery of Three Distant Brown Dwarfs Masquerading as NIRCam-selected Highly Reddened Active Galactic Nuclei by Danial Langeroodi, Jens Hjorth

Subjects: “…Brown dwarfs…”
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The radius anomaly in the planet/brown dwarf overlapping mass regime by Baraffe I., Chabrier G., Leconte J., Levrard B.

“…The recent detection of the transit of very massive substellar companions (Deleuil et al. 2008; Bouchy et al. 2010; Anderson et al. 2010; Bakos et al. 2010) provides a strong constraint to planet and brown dwarf formation and migration mechanisms. Whether these objects are brown dwarfs originating from the gravitational collapse of a dense molecular cloud that, at the same time, gave birth to the more massive stellar companion, or whether they are planets that formed through core accretion of solids in the protoplanetary disk can not always be determined unambiguously and the mechanisms responsible for their short orbital distances are not yet fully understood. …”
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Classification of Planetary Motion around Super-Jupiters and Brown Dwarfs by Euaggelos E. Zotos, Eman M. Moneer, Tobias C. Hinse

“…Depending on its mass, the transiting body can either be a super-Jupiter or a brown dwarf. To determine the final states of the Earth-size exoplanet, we conduct a systematic and detailed classification of the available phase space trajectories. …”
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First Observations of the Brown Dwarf HD 19467 B with JWST by Alexandra Z. Greenbaum, Jorge Llop-Sayson, Ben W.P. Lew, Geoffrey Bryden, Thomas L. Roellig, Marie Ygouf, B. J. Fulton, Daniel R. Hey, Daniel Huber, Sagnick Mukherjee, Michael Meyer, Jarron Leisenring, Marcia Rieke, Martha Boyer, Joseph J. Green, Doug Kelly, Karl Misselt, Eugene Serabyn, John Stansberry, Laurie E. U. Chu, Matthew De Furio, Doug Johnstone, Joshua E. Schlieder, Charles Beichman

Subjects: “…Brown dwarfs…”
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A transiting brown dwarf in a 2 hour orbit by Kareem El-Badry, Kevin B. Burdge, Jan van Roestel, Antonio C. Rodriguez

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Time-resolved spectroscopy of the variable brown dwarf Kelu-1 by Clarke, F, Tinney, C, Hodgkin, S

“…We report the results of observations designed to investigate the spectroscopic signatures of dust clouds on the L2 brown dwarf Kelu-1. Time-resolved medium-resolution spectra show no significant evidence of variability in the dust-sensitive TiO, CrH and FeH bandheads on a time-scale of 1-24 h. …”

A universal spin mass relation for brown dwarfs and planets by Scholz, A, Moore, K, Jayawardhana, R, Aigrain, S, Peterson, D, Stelzer, B

“…While brown dwarfs show similarities to stars early in their lives, their spin evolutions are much more akin to those of planets. …”

Brown dwarfs in Eddington-inspired Born-Infeld and beyond Horndeski theories by A. S. Rosyadi, A. Sulaksono, H. A. Kassim, N. Yusof

“…We used a recent compilation of brown dwarf masses and radii obtained from Ref. Bayliss et al. …”
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A JWST Survey for Planetary Mass Brown Dwarfs in IC 348 by K. L. Luhman, C. Alves de Oliveira, I. Baraffe, G. Chabrier, T. R. Geballe, R. J. Parker, Y. J. Pendleton, P. Tremblin

Subjects: “…Brown dwarfs…”
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Mapping radio emitting-region on low-mass stars and brown dwarfs by Hallinan G., Yu S., Doyle J.G., MacKinnon A.L.

“…We are developing a theoretical model in order to simulate ECM and apply this model to map the radio-emitting region on low-mass stars and brown dwarfs.…”
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A Brown Dwarf Companion to the Nova-like Variable RW Tri by Zhibin Dai, Shengbang Qian, Indika Medagangoda

“…In accordance with the light-travel time effect, this periodical variation shown in our new O-C diagram indicates a brown dwarf hidden in RW Tri at a coplanar orbit. Note that the large scatter in the data range of 0–3 × 10<inline-formula><math xmlns="http://www.w3.org/1998/Math/MathML" display="inline"><semantics><msup><mrow></mrow><mn>4</mn></msup></semantics></math></inline-formula> cycles requires the high-precision photometry in the longer base line in the future.…”
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Dynamical Mass of the Young Brown Dwarf Companion PZ Tel B by Kyle Franson, Brendan P. Bowler

Subjects: “…Brown dwarfs…”
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SMA and CARMA observations of young brown dwarfs in ρ Ophiuchi and Taurus by Lee C.-F., Ngoc P.-B., Ho P.

“…This demonstrates that brown dwarfs and low-mass stars likely share the same formation mechanism.…”
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NICMOS Kernel-phase Interferometry. II. Demographics of Nearby Brown Dwarfs by Samuel M. Factor, Adam L. Kraus

Subjects: “…Brown dwarfs…”
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Time-resolved Optical Polarization Monitoring of the Most Variable Brown Dwarf by Elena Manjavacas, Paulo A. Miles-Páez, Theodora Karalidi, Johanna M. Vos, Max L. Galloway, Julien H. Girard

Subjects: “…Brown dwarfs…”
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A Search for Variability in Exoplanet Analogues and Low-Gravity Brown Dwarfs by Vos, Johanna M, Biller, Beth A, Bonavita, Mariangela, Eriksson, Simon, Liu, Michael C, Best, William MJ, Metchev, Stanimir, Radigan, Jacqueline, Allers, Katelyn N, Janson, Markus, Buenzli, Esther, Dupuy, Trent J, Bonnefoy, Mickaël, Manjavacas, Elena, Brandner, Wolfgang, Crossfield, Ian, Deacon, Niall, Henning, Thomas, Homeier, Derek, Kopytova, Taisiya, Schlieder, Joshua

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A Search for Variability in Exoplanet Analogues and Low-Gravity Brown Dwarfs by Vos, Johanna M, Biller, Beth A, Bonavita, Mariangela, Eriksson, Simon, Liu, Michael C, Best, William MJ, Metchev, Stanimir, Radigan, Jacqueline, Allers, Katelyn N, Janson, Markus, Buenzli, Esther, Dupuy, Trent J, Bonnefoy, Mickaël, Manjavacas, Elena, Brandner, Wolfgang, Crossfield, Ian Jm, Deacon, Niall, Henning, Thomas, Homeier, Derek, Kopytova, Taisiya, Schlieder, Joshua

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The Discovery and Characterization of an Ultracompact Hot Subdwarf and Brown Dwarf Binary System by Blomberg, Lisa Nicole

“…In my project, I focused on studying a type of ultra-compact binary system called an HW Vir class binary – which is comprised of a hot sub dwarf and a brown dwarf. Because HW Vir systems can only be produced through the common envelope effect (CEE), understanding their physical parameters allows us to better understand the limitations of the CEE. …”
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Clouds in the coldest brown dwarfs: FIRE spectroscopy of Ross 458C by Burgasser, Adam J., Simcoe, Robert A., Bochanski, John J., Saumon, Didier, Mamajek, Eric E., Cushing, Michael C., Marley, Mark S., McMurtry, Craig, Pipher, Judith L., Forrest, William J.

“…Condensate clouds are a salient feature of L dwarf atmospheres, but have been assumed to play little role in shaping the spectra of the coldest T-type brown dwarfs. Here we report evidence of condensate opacity in the near-infrared spectrum of the brown dwarf candidate Ross 458C, obtained with the Folded-Port Infrared Echellette (FIRE) spectrograph at the Magellan Telescopes. …”
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