ngVLA-J memo series

The ngVLA-J memo series contain potential science cases enabled by the new capabilities of the ngVLA. Please contact us if you are interested in submitting a contribution.

Unveiling the Formation of Solar System Analogues on Terrestrial Scales

IDTitleFirst Author
P001Hydrogen Radio Recombination Lines from Accreting Planets Open in new windowHashimoto, J.
P002Possibility of giant planet formation by pebble accretion in Class 0/I phases Open in new windowTanaka, Y.
P003Ring Structures by Coagulation of Dust Aggregates in Protostellar Disks observed by ngVLA Open in new windowOhashi, S.
P004Substructures in the Protostellar Phase: Connection to Planet Formation Open in new windowNakatani, R.
P005Grain Growth Probed by ngVLA Polarimetric Observations Open in new windowUeda. T.
P006Thermal Tomography of the Inner Regions of Protoplanetary Disks with the ngVLA and ALMA Open in new windowOkuzumi, S.
P007Observations of Circumplanetary Disks with ngVLA Open in new windowHu, B.
P008Prospects of High Spatial Resolution Observations with ngVLA Open in new windowMuto, T.

Probing the Initial Conditions for Planetary Systems and Life with Astrochemistry

IDTitleFirst Author
C001The Hot and Dynamic Birth of Massive Stars from the ngVLA Perspective Open in new windowTanaka,K.
C002Towards a comprehensive understanding of molecular cloud life cycle based on HI observations with the ngVLA Open in new windowKobayashi, M.
C003Carbon-Chain Chemistry around Massive Young Stellar Objects – Revealing the Origins of Chemical Diversity – Open in new windowTaniguchi, K.
C004Chemical Diversity in Young Protoplanetary DiskOpen in new windowSakai, N.
C005Observing the NH3 snowline in protoplanetary disks with ngVLA Open in new windowFuruya, K.
C006Investigating the impact of X-rays on the molecular abundances of inner envelopes and disks around low-mass protostars with ngVLA Open in new windowNotsu, S.

Charting the Assembly, Structure, and Evolution of Galaxies Over Cosmic Time

IDTitleFirst Author
G001Constraining the Nature of Superluminous Supernovae and their Host Galaxies with ngVLA Open in new windowHatsukade, B.
G002Cold Molecular Gas Halo at z ∼ 6 with ngVLA Open in new windowFujimoto, S.
G003Unveiling Dusty Starbursts by ngVLA Observations of Radio Recombination Lines Open in new windowMichiyama, T.
G004Characterizing the physical conditions of cold/warm gas in submillimeter bright galaxies at z > 3 Open in new windowTadaki, K.
G005Obscured Growth of Super Massive Black Holes at the Earliest Universe Open in new windowIzumi, T.
G006Mapping NH3 in nearby U/LIRGs using the ngVLA Open in new windowUeda, J.

Understanding the Formation and Evolution of Stellar and Supermassive BH’s in the Era of Multi-Messenger Astronomy

IDTitleFirst Author
M001Understanding the mass growth of supermassive black holes in the universe Open in new windowImanishi, M.
M002Hunting for wandering massive black holes with ngVLA Open in new windowInayoshi, K.
M003ngVLA will spatially pin-down mBHs and jets in optically-faint radio-loud galaxies Open in new windowIchikawa, K.
M004Searching for intermediate-mass black holes in the Central Molecular Zone of our Galaxy Open in new windowTakekawa, S.
M005GRB and Transient Sciences Open in new windowUrata, Y.
M006Observing Relativistic Jets in Active Galactic Nuclei with ngVLA Open in new windowHada, K.
M007Multiphase Gas Morphology and Dynamics in the Circumnuclear Region Open in new windowSawada-Satoh, S.
M008Resolving the Parsec-scale Feeding and Feedback Flows of Ionized Gas around Active Galactic Nuclei Open in new windowIzumi, T.

Stellar Physics and the Sun

IDTitleFirst Author
S001Stellar Atmosphere and Magnetism Observing with the ngVLA Open in new windowShimojo, M.