... have achieved something presumed to be impossible just a generation ago. Breakthroughs in technology and the completion of new radio telescopes over the past decade enabled our team to assemble this new instrument — designed to see the unseeable.”
... longevity can be attributed to five space shuttle servicing missions, from 1993 to 2009, in which astronauts upgraded the telescope with advanced instruments, new electronics and on-orbit repairs. The venerable observatory, with its suite of cameras...
... it was born from the desire to observe very small details on faint objects. It sits on ESO’s Very Large Telescope Interferometer (VLTI) and represents a huge step forward in observing objects in visible light. Interferometry works by combining light...
...of the mission. These include “station keeping” manoeuvres – small thruster burns to adjust JWST’s orbit; pointing the telescope toward science targets; and momentum management, which maintains JWST’s orientation in space. The extra propellant gained...
... “Campaign 9” of the Kepler 2 mission, also known as the K2C9 program, which involves the recovered Kepler space telescope working in conjunction with ground-based observatories to find possible events suitable for observations on larger...
...phosphine detection in the data collected by the two telescope facilities. One such team, based in the ...conventionally used when examining data collected by an array of telescopes. Greaves and colleagues used a statistical approach called a polynomial...