NASA Seeking Ideas for Ocean Jupiter Moon Mission
Image NASA Jupiter and its Moon Europa in visible light with added Hubble ultraviolet image of water plumes. |
Go for the Moon…of Jupiter. Local press of Latin
America began to echo a request of NASA for information for creative ideas for
a new mission. NASA is on the search for innovative ideas for its exploration
of the moon of Jupiter Europa. The mission -with under 1 billion USD in budget
seeks to explore the Ocean of the distant moon and science its environment.
Press reported that NASA is determined and focused on
sending a mission to Europa -known to home a deep mysterious ocean. The
environment has been signaled out for its potential of hosting alien forms of
life, or perhaps not so alien at all.
The Official Request for Information RFI is directed
to scientists and engineers. These are encouraged to throw in their best innovative
ideas for the mission. The best ideas which consider budget limitations are
among those that will be given serious thought by NASA. Cost of the mission is
set at 1 billion USD and that does not include the launching rocket.
It is not strange for NASA to issue Request for Information
of ideas or to turn to the civil and scientific international society for ideas
in project making. The history of Space exploration has been closely linked to
cooperation programs between NASA and several thousands of companies,
organizations and even common workers. NASA opened gates for cooperation under
public tenders and has hired specialized workers at times. Some of the most
noteworthy examples of NASA cooperation include but are not limited to, to for example
the creation, design and construction of the first Space Suit and even the
Roving Loon Vehicle which took to driving on the surface of the Moon.
“It is an opportunity to listen to all those creative
teams which have ideas on how we could obtain the greatest amount of science at
the minimum cost,” John Grunsfeld NASA Administrative explained.
When it comes to vast Ocean exploration and
considering the space limitations existing in Space Vehicles for “gear” or
technology transportation perhaps one of the best ideas would be to transport
to Europa not one robot but dozens or hundreds of smaller robots which could
enter the ocean surface of the Moon and expand in multiple directions. To the
date one thing is certain the eyes and ears exploring the moon of Jupiter will
be human but direct contact will be made with robots.
“The idea of exploration Europa has stimulated not
only the scientific interest but also the creativity of engineers and scientists
with novelty concepts,” NASA stated.
NASA has used in the past exploration of similar environments
when preparing technology for missions. The ocean of Europa, Jupiter moon is
about 62 miles deep covers the entire moon, 10 times deeper the Ocean on Earth,
has massive tidal pulls and ice sheets cover the top surface with hydrothermal
vents below. Even a water geyser has been discovered by Hubble which can not
only shoot up more than 124 miles but proves that water below the ice can find
its way to the surface and therefore proves interaction between underwater
environment and ice-surface.
Similar environments on Earth´s Oceans do not exist
but can either be replicated in laboratories or inspired in environments such
as the Artic and Antarctic Ocean. Biological forms of life living in the these
environment could not only serve as inspiration of what type of life could live
in Europa but could provide priceless blue prints for bio-mimetical technology,
technology inspired by biological organisms. Artic and Antarctic environments
home numerous mammals, sea lions, whales, beluga whales, and perhaps the most
interesting smaller organisms such as Krill and smaller Protists or microorganisms.
NASA says Must Dos of the mission to Europa included
the “characterization of the extent of the ocean and its relation to the deeper
interior, the characterization of the ice shell and any subsurface water,
including their heterogeneity, and the nature of surface-ice-ocean exchange”,
among other things.
Any mission to Europa must take into account the harsh
radiation environment that would require unique protection of the spacecraft
and instruments. In addition, spacecraft must meet planetary protection
requirements intended to protect Europa’s potentially habitable ocean.