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## Emission of Exoplanets in the GHz Range

Труды ИПА РАН, вып. 40, 94–98 (2017)

Ключевые слова: VLBI, Exoplanets, Astrometry

### Аннотация

We estimate possible radio emission of massive exoplanets and brown dwarfs. We assume that such radiation originates in processes similar to those observed in the Jupiter system. Therefore, we analyse two possible emission scenarios. The first scenario assumes interaction between the stellar wind and the planetary magnetosphere. The second mechanism needs a moon orbiting close to the planet, and is similar to the Jupiter-Io interaction. We show that the emission of exoplanets and brown dwarfs, in young systems (age < 0.1 Gyr) can be observed even at GHz frequencies. Therefore, VLBI networks could possibly detect such radiation. Moreover, an excellent angular resolution of VLBI should also allow to observe orbital movement in nearby (distance < 30 pc) systems.

### Цитирование

Текст
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RIS
K. Katarzyński. Emission of Exoplanets in the GHz Range // Труды ИПА РАН. — 2017. — Вып. 40. — С. 94–98. @article{katarzyński2017, abstract = {We estimate possible radio emission of massive exoplanets and brown dwarfs. We assume that such radiation originates in processes similar to those observed in the Jupiter system. Therefore, we analyse two possible emission scenarios. The first scenario assumes interaction between the stellar wind and the planetary magnetosphere. The second mechanism needs a moon orbiting close to the planet, and is similar to the Jupiter-Io interaction. We show that the emission of exoplanets and brown dwarfs, in young systems (age < 0.1 Gyr) can be observed even at GHz frequencies. Therefore, VLBI networks could possibly detect such radiation. Moreover, an excellent angular resolution of VLBI should also allow to observe orbital movement in nearby (distance < 30 pc) systems.}, author = {K. Katarzyński}, issue = {40}, journal = {Труды ИПА РАН}, keyword = {VLBI, Exoplanets, Astrometry}, pages = {94--98}, title = {Emission of Exoplanets in the GHz Range}, url = {http://iaaras.ru/library/paper/1686/}, year = {2017} } TY - JOUR TI - Emission of Exoplanets in the GHz Range AU - Katarzyński, K. PY - 2017 T2 - Труды ИПА РАН IS - 40 SP - 94 AB - We estimate possible radio emission of massive exoplanets and brown dwarfs. We assume that such radiation originates in processes similar to those observed in the Jupiter system. Therefore, we analyse two possible emission scenarios. The first scenario assumes interaction between the stellar wind and the planetary magnetosphere. The second mechanism needs a moon orbiting close to the planet, and is similar to the Jupiter-Io interaction. We show that the emission of exoplanets and brown dwarfs, in young systems (age < 0.1 Gyr) can be observed even at GHz frequencies. Therefore, VLBI networks could possibly detect such radiation. Moreover, an excellent angular resolution of VLBI should also allow to observe orbital movement in nearby (distance < 30 pc) systems. UR - http://iaaras.ru/library/paper/1686/ ER -