<p class="title rtejustify">NASA's Parker Solar Probe, mankind's first mission to 'touch' the Sun, has been moved to its launch pad and is on schedule take off next week, the US space agencies said.</p>.<p class="bodytext rtejustify">The car-sized spacecraft will travel directly into the Sun's atmosphere, about four million miles from its surface - and more than seven times closer than any spacecraft has come before, thanks to its innovative Thermal Protection System.</p>.<p class="bodytext rtejustify">The mission, targeted to launch on August 11, will perform the closest-ever observations of a star when it travels through the Sun's outer atmosphere, called the corona.</p>.<p class="bodytext rtejustify">It will rely on measurements and imaging to revolutionise our understanding of the corona and how processes there ultimately affect near-Earth space.</p>.<p class="bodytext rtejustify">The probe was moved on July 30 to Space the Launch Complex 37 on Cape Canaveral Air Force Station.</p>.<p class="bodytext rtejustify">The following day, the spacecraft was lifted and attached to its launch vehicle, a United Launch Alliance Delta IV Heavy rocket in the Vertical Integration Facility.</p>.<p class="bodytext rtejustify">The Parker Solar Probe carries a lineup of instruments to study the Sun both remotely and in situ, or directly. Together, the data from these instruments should help scientists answer three foundational questions about our star.</p>.<p class="bodytext rtejustify">A Sun-skimming mission like Parker Solar Probe has been a dream of scientists for decades, but only recently has the needed technology - like the heat shield, solar array cooling system, and fault management system - been available to make such a mission a reality.</p>.<p class="bodytext rtejustify">Parker Solar Probe will explore the corona, a region of the Sun only seen from Earth when the Moon blocks out the Sun's bright face during total solar eclipses.</p>.<p class="bodytext rtejustify">The corona holds the answers to many of scientists' outstanding questions about the Sun's activity and processes.</p>
<p class="title rtejustify">NASA's Parker Solar Probe, mankind's first mission to 'touch' the Sun, has been moved to its launch pad and is on schedule take off next week, the US space agencies said.</p>.<p class="bodytext rtejustify">The car-sized spacecraft will travel directly into the Sun's atmosphere, about four million miles from its surface - and more than seven times closer than any spacecraft has come before, thanks to its innovative Thermal Protection System.</p>.<p class="bodytext rtejustify">The mission, targeted to launch on August 11, will perform the closest-ever observations of a star when it travels through the Sun's outer atmosphere, called the corona.</p>.<p class="bodytext rtejustify">It will rely on measurements and imaging to revolutionise our understanding of the corona and how processes there ultimately affect near-Earth space.</p>.<p class="bodytext rtejustify">The probe was moved on July 30 to Space the Launch Complex 37 on Cape Canaveral Air Force Station.</p>.<p class="bodytext rtejustify">The following day, the spacecraft was lifted and attached to its launch vehicle, a United Launch Alliance Delta IV Heavy rocket in the Vertical Integration Facility.</p>.<p class="bodytext rtejustify">The Parker Solar Probe carries a lineup of instruments to study the Sun both remotely and in situ, or directly. Together, the data from these instruments should help scientists answer three foundational questions about our star.</p>.<p class="bodytext rtejustify">A Sun-skimming mission like Parker Solar Probe has been a dream of scientists for decades, but only recently has the needed technology - like the heat shield, solar array cooling system, and fault management system - been available to make such a mission a reality.</p>.<p class="bodytext rtejustify">Parker Solar Probe will explore the corona, a region of the Sun only seen from Earth when the Moon blocks out the Sun's bright face during total solar eclipses.</p>.<p class="bodytext rtejustify">The corona holds the answers to many of scientists' outstanding questions about the Sun's activity and processes.</p>