To carry out a wide range of high -
spatial resolution observations, it can combine the two AO - corrected 8.4 - m apertures of the LBT in various ways including direct (non-interferometric) imaging, coronagraphy (APP and AGPM), Fizeau imaging, non-redundant aperture masking, and nulling interferometry.
To carry out a wide range of high -
spatial resolution observations, it can combine the two AO - corrected 8.4 - m apertures of the LBT in various ways including direct (non-interferometric... ▽ More The Large Binocular Telescope Interferometer (LBTI) is a strategic instrument of the LBT designed for high - sensitivity, high - contrast, and high - resolution infrared (1.5 - 13 $ \ mu $ m) imaging of nearby planetary systems.
To do this, the team obtained extremely high
spatial resolution observations from the eight - meter Gemini North telescope on Mauna Kea in Hawai`i using a technique called speckle imaging, as well as adaptive optics (AO) observations from the ten - meter Keck II telescope, Gemini's neighbor on Mauna Kea.
Not exact matches
«These
observations with Gaia epitomise the gain in
spatial resolution we get when go outside the atmosphere.»
The
spatial resolution for optical
observations from Earth is limited by turbulence in our atmosphere.
In order to identify false positives and confirm transiting exoplanets, we have assembled a follow - up network (KELT - FUN) to conduct imaging with higher
spatial resolution, cadence, and photometric precision than the KELT telescopes, as well as spectroscopic
observations of the candidate host stars.
«This recent discovery resonates with Galileo and Helmholtz's pioneering
observations that visual
spatial resolution is higher for darks than lights,» said Alonso and his colleagues.
Low
spatial resolution was a weak point in millimeter / submillimeter
observations, but it is now greatly improved by ALMA.
However some technical challenges still need to be taken to make the technology more accessible and usable to its full potential: gaining selective and comprehensive genetic access to the neurons of interest, controlling variation in the expression of the optogenetic tools (when using viruses) and its precise localization (axon vs. presynaptic terminals), tailoring light - delivery system signals to individual cells in a population rather than the population as a whole, developing
observation techniques which have the same
spatial and temporal
resolution as those tools... to cite only a few of them.
Previous
observations of the galaxy ULAS J1319 +0950 gave us some tantalizing hints as to its structure and dynamics, but the limited
spatial resolution of these
observations prevented us from drawing firm conclusions.
In order to identify these new X-ray sources, we have carried out a near infrared follow - up
observation using ESO / NTT infrared camera on 2002/7/28 an... ▽ More We have carried out a deep X-ray
observation on a typical Galactic plane region with the Chandra ACIS - I instrument with unprecedented sensitivity and
spatial resolution, and detected 274 unidentified X-ray point sources in the \ ~ 500 arcmin2 region.
«AO
observations from 8 - 10m class telescopes are a dramatic improvement in
spatial resolution over previous ground - based
observations.
The focus is placed on the ESA and Member States missions providing near daily global surface reflectance
observation at moderate
spatial resolution (MERIS FR & RR, SPOT VEGETATION) but the contribution of ESA SAR sensors will also be investigated to tackle specific land cover discrimination issue.
There are many drivers for increased
resolution (
spatial and temporal) surface
observations, not least being new high
resolution numerical weather prediction (NWP) models.
Observations may have insufficient frequency and
spatial coverage to accurately determine the radiative imbalance at the necessary
resolution
In order to study if an underrepresentation of weak magnetic fields in the Carrington rotation synoptic charts is the explanation for the difference between our model and the
observation, full - disk images with higher
spatial and temporal
resolution should be analyzed in future.
Observations of the Sun with relatively high
spatial resolution show that the present quiet Sun is still highly inhomogeneous, even though it appears to be spotless.
Even the best proxy records contain far fewer
observations than the worst periods of the observational record, and the
spatial and temporal
resolution of the resulting reconstructions is correspondingly coarse.