A large fraction of epigenetically silent heterochromatin is anchored to the nuclear periphery
via ‘tethering proteins’ that function to bridge heterochromatin and the nuclear membrane or …

… This paper investigates jovian current disk properties utilizing two complementary Juno
JADE-I data sets. We set out to extract plasma parameters for multiple ion species: H + , S + , S + …

… JADE is an instrument suite that includes three essentially identical electron sensors (JADE-Es),
a single ion sensor (JADE-I), and a highly capable Electronics Box (EBox) that resides …

… process to select the JADE data from science orbits 01 and 03–30 (JADE-E was off during …
of the JADE-E instrument of 7.5. Juno's invariant latitude was between 60 and 90, the JADE-E …

… board the Auroral Distributions Experiment (JADE) that can directly sample the auroral
plasma structures. Here we identify five distinct regimes in the JADE data based on composition/…

… As we will see below, the JADE data does not show clear signs that Juno has entered the
closed field line region, where both ends connect to Ganymede. The region labeled “wake” …

… Here we report on the first observations of 100 eV to 100 keV electrons in Jupiter's auroral
regions by JADE. We first describe the JADE-Electron (JADE-E) instrument characteristics and …

… observed by JADE-I from orbits 5 to 22 (JADE was powered off … JADE-I's in situ E/Q-TOF
spectra. A detailed methodology is described in Kim et al. (2019). To account for JADE-I's wide E/…

… This study uses JADE-I TOF data to derive ion properties in the Jovian plasma sheet and the
JADE-I TOF data sets presented in this study are all Low-Rate Science (LRS) data with 30-s …

… In particular, we calculate the CMI growth rates using distribution functions that are
measured by JADE-E and obtain positive results. Obtaining sufficiently large growth rates from …