Even though they remain somewhat neglected in the annals
of robotic space exploration, the very mysterious ice giants at the far reaches of the Solar System beckon.
In October 2009 a small group
of robotic space exploration geeks decided to venture out of our comfort zone and began brainstorming different approaches to flying people into space.
Not exact matches
«Once renovations are complete, Hangar One will again be home to high - tech innovation, as Planetary Ventures begins using the historic facility for research, development, assembly and testing in the areas
of space exploration, aviation, rover /
robotics and other emerging technologies,» NASA said in a statement.
Our
robotic spacecraft systems will collapse the cost
of access to the Moon, introduce a new commercial paradigm for government missions, democratize lunar research and
exploration, and blaze the trail for commercial
space transportation and
exploration beyond Earth's orbit.
The full day program showcased women leaders in the fields
of robotics,
space exploration, energy and sustainability from the University
of California and Lockheed Martin.
In the past decade, DIYers (working either in small teams or collectively, via crowdsourcing) have made major contributions to fields like genetics,
robotics, proteomics, autonomous vehicles, even
space exploration — fields that were once the sole province
of large corporations, universities, and governments.
While Mars has long been the darling
of NASA's
robotic exploration efforts, in December astronomers revealed the first evidence that Europa is venting plumes
of vapour into
space — probably fed by the seemingly life - friendly ocean we think is present under the ice.
The
space agency wanted that spacecraft to provide advanced communications and imaging as well as
robotic science
exploration in support
of NASA's plans to send astronauts to the vicinity
of the Red Planet or its moons sometime during the 2030s.
Jet Propulsion Laboratory, Pasadena, California: the birthplace
of Sojourner, Cassini, Galileo, and most other unmanned NASA
space vehicles, JPL specializes in the
robotic exploration of space.
Nor is it obvious how grand a grand challenge can be, such as in
space exploration: «You can start this kind
of activity with small
robotic projects, but at some point it doesn't scale up very well,» says Howard McCurdy, a
space historian and public policy professor at American University in Washington, D.C. «Nobody knows where the limit is.»
Ideas abounded: using ion engines to ferry up the components
of a moon base; beaming power to
robotic rovers on the Martian moon Phobos; attaching high - power Hall effect thrusters to the International
Space Station (ISS) and putting it on a Mars cycler orbit; preplacing chemical rocket boosters along an interplanetary trajectory in advance so astronauts could pick them up along the way; using exploration pods like those in 2001: A Space Odyssey rather than space suits; instead of sending astronauts to an asteroid, bringing a (very small) asteroid to astronauts at the space sta
Space Station (ISS) and putting it on a Mars cycler orbit; preplacing chemical rocket boosters along an interplanetary trajectory in advance so astronauts could pick them up along the way; using
exploration pods like those in 2001: A
Space Odyssey rather than space suits; instead of sending astronauts to an asteroid, bringing a (very small) asteroid to astronauts at the space sta
Space Odyssey rather than
space suits; instead of sending astronauts to an asteroid, bringing a (very small) asteroid to astronauts at the space sta
space suits; instead
of sending astronauts to an asteroid, bringing a (very small) asteroid to astronauts at the
space sta
space station.
Some
of the savings from defunding the ISS would feed into NASA's return to the moon, chiefly a new lunar
robotic exploration program as well as a «Deep
Space Gateway» in lunar orbit that would serve as a staging ground for operations on the surface.
The additional funds would support the administration's directive to reinvigorate human and
robotic exploration of Earth's moon and other planets in the solar system but would also come at the expense
of several other big - ticket items in NASA's portfolio — namely the International
Space Station (ISS) as well as the Wide Field Infrared
Space Telescope (WFIRST), a «flagship» - class mission next in line for launch after the James Webb
Space Telescope (JWST).
The letter from the Coalition for
Space Exploration thanks the committee for its support of human and robotic exploration programs (specifically mentioning the James Webb Space Telescope as an «exploration science mission»), but «we remain concerned that by flat funding SLS, Orion and other Exploration program levels... the bill would unintentionally constrain progress toward accelerating program content from Exploration Mission - 2 [EM - 2] to be included in Exploration Mission - 1 [EM -
Exploration thanks the committee for its support
of human and
robotic exploration programs (specifically mentioning the James Webb Space Telescope as an «exploration science mission»), but «we remain concerned that by flat funding SLS, Orion and other Exploration program levels... the bill would unintentionally constrain progress toward accelerating program content from Exploration Mission - 2 [EM - 2] to be included in Exploration Mission - 1 [EM -
exploration programs (specifically mentioning the James Webb
Space Telescope as an «
exploration science mission»), but «we remain concerned that by flat funding SLS, Orion and other Exploration program levels... the bill would unintentionally constrain progress toward accelerating program content from Exploration Mission - 2 [EM - 2] to be included in Exploration Mission - 1 [EM -
exploration science mission»), but «we remain concerned that by flat funding SLS, Orion and other
Exploration program levels... the bill would unintentionally constrain progress toward accelerating program content from Exploration Mission - 2 [EM - 2] to be included in Exploration Mission - 1 [EM -
Exploration program levels... the bill would unintentionally constrain progress toward accelerating program content from
Exploration Mission - 2 [EM - 2] to be included in Exploration Mission - 1 [EM -
Exploration Mission - 2 [EM - 2] to be included in
Exploration Mission - 1 [EM -
Exploration Mission - 1 [EM - 1] in 2018.
Stephen Gorevan, chairman
of Honeybee Robotics, a Brooklyn - based company best known for the work it's done to equip NASA's Mars rovers with
robotic life - detection components, talks about aerospace technology and the future
of space exploration.
The Mars Society is pleased to announce that it has joined the online Marspedia project started by two other
space advocacy groups - The Mars Foundation and The Moon Society - in an effort to build out a great resource for people
of all ages to learn more about the planet Mars, promote the human and
robotic exploration of the Red Planet and encourage STEM education.
«NASA plans to invest in a number
of new approaches to
exploration, such as
robotic networks, modular systems, pre-positioned propellants, advanced power and propulsion, and in -
space assembly, that could enable these kinds
of vehicles.»
Fifty years into the
Space Age, we are still in the golden age
of robotic exploration of our solar system, when each mission is unprecedented in some way as we push the limits
of what is possible.
The U.S. government
space agency first outlined the plan in 2010, after nearly four decades of robotic exploration on the Red Planet, and has since taken many steps to make NASA's Orion crew capsule and Space Launch System a plausible rea
space agency first outlined the plan in 2010, after nearly four decades
of robotic exploration on the Red Planet, and has since taken many steps to make NASA's Orion crew capsule and
Space Launch System a plausible rea
Space Launch System a plausible reality.
Join the growing number
of space enthusiasts dedicated to the
robotic and human
exploration of the Red Planet by ordering a URC t - shirt or decal at the special web site maintained by the Mars Society and Team Mars (shop.marssociety.org).
During her 2008 campaign Clinton said she was «committed to a
space exploration program that involves robust human spaceflight to complete the Space Station and later human missions, expanded robotic spaceflight probes of our solar system leading to future human exploration, and enhanced space science activities.&r
space exploration program that involves robust human spaceflight to complete the
Space Station and later human missions, expanded robotic spaceflight probes of our solar system leading to future human exploration, and enhanced space science activities.&r
Space Station and later human missions, expanded
robotic spaceflight probes
of our solar system leading to future human
exploration, and enhanced
space science activities.&r
space science activities.»
The speakers include Beagle 2 Manager Mark Sims; U.K.
Space Agency Chief Executive David Parker; Alvaro Giménez Cañete, ESA's director
of science and
robotic exploration; and John Bridges, a science team member on NASA's Curiosity rover and Mars Reconnaissance Orbiter (MRO) missions.
It aims to provide a compelling introduction to computer aided design,
robotics, and
space exploration through the design and modelling
of a virtual robot at work on another planet.
This competition is intended to engage and inspire school children and students through the subject
of robotics and
space exploration.
Students will be inspired by real
space, STEM and education experts including Sue Horne and Libby Jackson from the UK Space Agency Exploration team, volcanologist Professor Tamsin Mather, Mars weather expert Professor Stephen Lewis, Pamela Burnard, Professor of Arts, Creativities and Education at the University of Cambridge and robotics expert Professor Peter McOwan at Queen Mary University of Lo
space, STEM and education experts including Sue Horne and Libby Jackson from the UK
Space Agency Exploration team, volcanologist Professor Tamsin Mather, Mars weather expert Professor Stephen Lewis, Pamela Burnard, Professor of Arts, Creativities and Education at the University of Cambridge and robotics expert Professor Peter McOwan at Queen Mary University of Lo
Space Agency
Exploration team, volcanologist Professor Tamsin Mather, Mars weather expert Professor Stephen Lewis, Pamela Burnard, Professor
of Arts, Creativities and Education at the University
of Cambridge and
robotics expert Professor Peter McOwan at Queen Mary University
of London.
This activity focuses on the history
of space exploration, both human and
robotic, and allows students to understand the progress made in terms
of space travel over the past 70 years.