Not exact matches
In this context it is difficult not to recall the
observation of Eddington, made a half - century ago (NPW 47 - 58) that in Minkowski's time -
space the past is separated from the
future even more effectively than in the world of Newton: instead of an instantaneous three - dimensional cross-section, it is a four - dimensional region of «Elsewhere» which separates the causal past from the causal
future.
John Baker of NASA Goddard
Space Flight Centre in Maryland told New Scientist: «These help us to build expectations for the
observations and to begin planning data analysis strategies for the detectors as well as to help us design
future improved simulations.»
«Our current
observations indicate that it will be very easy to measure accurate distances to these distant galaxies in the
future with the James Webb
Space Telescope,» said co-author Garth Illingworth of the University of California - Santa Cruz.
Cluster's
observations provide «the first look at the
future of auroral research,» says
space physicist Patrick Newell of the Johns Hopkins University Applied Physics Laboratory in Laurel, Maryland.
«Applications based on frequency combs are quite important for
future space - based optical clocks, precision metrology and earth
observation techniques,» said Lezius.
«Eventually, we hope to combine the exquisite ALMA data with
future infrared
observations with NASA's James Webb
Space Telescope.
In fact, taking
future infrared
observations of new instruments like the James Webb
Space Telescope into account, distance estimates may even become much more precise.
Even more new atmospheric «species» may turn up with
future observations from satellites or the International
Space Station, says Yair.
A
future European
space telescope called Euclid will carry out these two types of
observations simultaneously, she says.
Using a web interface, interested scientists can, for example, select objects from the raw simulation data, process it, and even create virtual
observations mimicing existing or
future space telescopes.
Our new -LCB- \ em Spitzer -RCB-
observations were taken two years after the original K2 discovery data and have a significantly higher cadence, allowing us to derive improved estimates for this planet's radius, semi-major axis, and orbital period, which greatly reduce the uncertainty in the prediction of near
future transit times for the -LCB- \ em James Webb
Space Telescope -RCB--LRB--LCB- \ em JWST -RCB--RRB-
observations.
TESS will observe these brighter nearby stars for exoplanets in order to identify a list of the best targets for follow - up
observations by ground - based observatories and
future space telescopes.
«Our current
observations indicate that it will be very easy to measure accurate distances to these distant galaxies in the
future with the James Webb
Space Telescope,» said Garth Illingworth of the University of California Santa Cruz.
Future high - resolution infrared
observations from the James Webb
Space Telescope will complement these discoveries by providing greater detail of the dynamics of cool stars, gas and dust during galaxy collisions.
Matt Jones «s (b. 1980) beautiful paintings channels the ideas of astronomy and outer
space; the processes and
observations of time and
future.
There is encouraging news that some main - stream scientists are now leaking important information on the climate, solar and
space sciences because they finally realized that they were helping to enslave
future generations by fudging experimental data and
observations to receive research grants and awards.
In turn, the synthetic disk - integrated spectra we produce from the GCM will be used as input to a whole planetary system spectral model that emulates
observations that candidate
future direct imaging exoplanet missions might obtain (see the NASA Goddard
Space Flight Center Haystacks project).