search for alien life: Searching for signs of alien life should be part of every future NASA mission, researchers wrote in a new report. Authored by 17 scientists, the congressionally...

badbobby Loc: Humble Texas

Searching for signs of alien life should be part of every future NASA mission, researchers wrote in a new report.

Authored by 17 scientists, the congressionally mandated report was unveiled on Oct. 10 by the National Academies of Sciences, Engineering, and Medicine (NASEM). It emphasized the importance of including astrobiology — the study of how life originated on Earth and how it might evolve elsewhere in the universe — in every phase of all NASA missions destined for space, "from inception and conceptualization, to planning, to development, and to operations."

Why now? In recent years, astrophysicists have detected thousands of exoplanets, and biologists are uncovering new insights into the complexity and diversity of life on Earth, the authors said in a briefing. These discoveries bolster the chance that life could exist on other worlds, and therefore all space exploration missions should incorporate technology to find traces of alien organisms, according to the report. [9 Strange, Scientific Excuses for Why Humans Haven't Found Aliens Yet]

Our present view of the universe is more crammed with planets than ever before; the 2,300 confirmed exoplanets discovered by NASA's Kepler mission led to estimates that six out of every 10 stars could host Earthlike planets, Alan Boss, an astronomer with the Carnegie Institution for Science in Washington, D.C. and a co-author of the report, said in the briefing.

The sheer number of known exoplanets offers exciting opportunities for finding biosignatures — chemical markers that indicate signs of life, Boss explained.

Astrobiology represents a range of scientific disciplines, such as physics, chemistry, biology, astronomy and planetary science, according to the report. Individually and together, these areas of expertise help to piece together the puzzle of how life could emerge and evolve on worlds other than Earth, and recent advances in the field — particularly in the last three years — demand a new strategy that will fortify astrobiology's role in NASA missions, NASEM representatives said in a statement.

In the report, scientists recommended that NASA accelerate the development of technologies to detect microscopic organisms, citing the current lack of a single "flight-ready instrument" that can travel to a distant world and measure the composition of its elements, minerals and organic matter.

The report also suggested that direct imaging systems that suppress starlight should be used outside our solar system, to improve detection of biosignatures from planets that might orbit those stars. NASA could also plan more missions that peer under the surface of exoplanets — rocky, icy or ocean worlds — to find subterranean alien life, according to the report.

However, efforts to locate our extraterrestrial neighbors, either in our own solar system or light-years away, will take more than technology alone. Fostering collaboration and cooperation with international space agencies, private individuals and philanthropic institutions will be just as important to NASA as developing and implementing technological resources, and such partnerships "have the potential to advance the search for life rapidly," scientists wrote in the report.

Originally published on Live Science.
BTW

the sad part of all this is
if we found alien life
they would prolly look like BadFisherman or Fourchon

bahmer Loc: Northern Illinois Rockford

badbobby wrote:

Searching for signs of alien life should be part of every future NASA mission, researchers wrote in a new report.

Authored by 17 scientists, the congressionally mandated report was unveiled on Oct. 10 by the National Academies of Sciences, Engineering, and Medicine (NASEM). It emphasized the importance of including astrobiology — the study of how life originated on Earth and how it might evolve elsewhere in the universe — in every phase of all NASA missions destined for space, "from inception and conceptualization, to planning, to development, and to operations."

Why now? In recent years, astrophysicists have detected thousands of exoplanets, and biologists are uncovering new insights into the complexity and diversity of life on Earth, the authors said in a briefing. These discoveries bolster the chance that life could exist on other worlds, and therefore all space exploration missions should incorporate technology to find traces of alien organisms, according to the report. [9 Strange, Scientific Excuses for Why Humans Haven't Found Aliens Yet]

Our present view of the universe is more crammed with planets than ever before; the 2,300 confirmed exoplanets discovered by NASA's Kepler mission led to estimates that six out of every 10 stars could host Earthlike planets, Alan Boss, an astronomer with the Carnegie Institution for Science in Washington, D.C. and a co-author of the report, said in the briefing.

The sheer number of known exoplanets offers exciting opportunities for finding biosignatures — chemical markers that indicate signs of life, Boss explained.

Astrobiology represents a range of scientific disciplines, such as physics, chemistry, biology, astronomy and planetary science, according to the report. Individually and together, these areas of expertise help to piece together the puzzle of how life could emerge and evolve on worlds other than Earth, and recent advances in the field — particularly in the last three years — demand a new strategy that will fortify astrobiology's role in NASA missions, NASEM representatives said in a statement.

In the report, scientists recommended that NASA accelerate the development of technologies to detect microscopic organisms, citing the current lack of a single "flight-ready instrument" that can travel to a distant world and measure the composition of its elements, minerals and organic matter.

The report also suggested that direct imaging systems that suppress starlight should be used outside our solar system, to improve detection of biosignatures from planets that might orbit those stars. NASA could also plan more missions that peer under the surface of exoplanets — rocky, icy or ocean worlds — to find subterranean alien life, according to the report.

However, efforts to locate our extraterrestrial neighbors, either in our own solar system or light-years away, will take more than technology alone. Fostering collaboration and cooperation with international space agencies, private individuals and philanthropic institutions will be just as important to NASA as developing and implementing technological resources, and such partnerships "have the potential to advance the search for life rapidly," scientists wrote in the report.

Originally published on Live Science.
BTW

the sad part of all this is
if we found alien life
they would prolly look like BadFisherman or Fourchon

Searching for signs of alien life should be part o... (show quote)

Would we have to dispose of such life forms that resembled those two?

FourchonLa. Loc: Fourchon Louisiana, South Louisiana

badbobby wrote:

Searching for signs of alien life should be part of every future NASA mission, researchers wrote in a new report.

Authored by 17 scientists, the congressionally mandated report was unveiled on Oct. 10 by the National Academies of Sciences, Engineering, and Medicine (NASEM). It emphasized the importance of including astrobiology — the study of how life originated on Earth and how it might evolve elsewhere in the universe — in every phase of all NASA missions destined for space, "from inception and conceptualization, to planning, to development, and to operations."

Why now? In recent years, astrophysicists have detected thousands of exoplanets, and biologists are uncovering new insights into the complexity and diversity of life on Earth, the authors said in a briefing. These discoveries bolster the chance that life could exist on other worlds, and therefore all space exploration missions should incorporate technology to find traces of alien organisms, according to the report. [9 Strange, Scientific Excuses for Why Humans Haven't Found Aliens Yet]

Our present view of the universe is more crammed with planets than ever before; the 2,300 confirmed exoplanets discovered by NASA's Kepler mission led to estimates that six out of every 10 stars could host Earthlike planets, Alan Boss, an astronomer with the Carnegie Institution for Science in Washington, D.C. and a co-author of the report, said in the briefing.

The sheer number of known exoplanets offers exciting opportunities for finding biosignatures — chemical markers that indicate signs of life, Boss explained.

Astrobiology represents a range of scientific disciplines, such as physics, chemistry, biology, astronomy and planetary science, according to the report. Individually and together, these areas of expertise help to piece together the puzzle of how life could emerge and evolve on worlds other than Earth, and recent advances in the field — particularly in the last three years — demand a new strategy that will fortify astrobiology's role in NASA missions, NASEM representatives said in a statement.

In the report, scientists recommended that NASA accelerate the development of technologies to detect microscopic organisms, citing the current lack of a single "flight-ready instrument" that can travel to a distant world and measure the composition of its elements, minerals and organic matter.

The report also suggested that direct imaging systems that suppress starlight should be used outside our solar system, to improve detection of biosignatures from planets that might orbit those stars. NASA could also plan more missions that peer under the surface of exoplanets — rocky, icy or ocean worlds — to find subterranean alien life, according to the report.

However, efforts to locate our extraterrestrial neighbors, either in our own solar system or light-years away, will take more than technology alone. Fostering collaboration and cooperation with international space agencies, private individuals and philanthropic institutions will be just as important to NASA as developing and implementing technological resources, and such partnerships "have the potential to advance the search for life rapidly," scientists wrote in the report.

Originally published on Live Science.
BTW

the sad part of all this is
if we found alien life
they would prolly look like BadFisherman or Fourchon

Searching for signs of alien life should be part o... (show quote)

We’re not impressed with the life forms we’ve discovered here. A brain eating amoeba would starve to death.

FourchonLa. Loc: Fourchon Louisiana, South Louisiana

bahmer wrote:

Would we have to dispose of such life forms that resembled those two?

Bahmer, how could you?

bahmer Loc: Northern Illinois Rockford

FourchonLa. wrote:

Bahmer, how could you?

It was just a question is all.

FourchonLa. Loc: Fourchon Louisiana, South Louisiana

bahmer wrote:

It was just a question is all.

I know and it was funny. Just messing with you. 😁😁😁

Spiritof27 Loc: Lincoln, CA

SETI took a blow this past year when some cables snapped at the Arecibo Radio Telescope in Puerto Rico and it was scheduled to be totally shut down and demolished. A major cable snapped on the 1st of the month and it collapsed with no help. It had been in operation since 1963.

Robert J Samples Loc: Round Rock, Texas

The first step of an invasion is to blind the eyes of the defender! Get ready. Just Sayin...RJS

Big TC Loc: Raytown, MO.

FourchonLa. wrote:

We’re not impressed with the life forms we’ve discovered here. A brain eating amoeba would starve to death.

How about a world of Ding Dongs.

Graywulff Loc: Cortez,Co.

T Croft wrote:

How about a world of Ding Dongs.

Only the ones with chocolate and a marshmallow filling!!

The CDB is Awesome Loc: Marshall, Madison County, North Carolina

badbobby wrote:

Searching for signs of alien life should be part of every future NASA mission, researchers wrote in a new report.

Authored by 17 scientists, the congressionally mandated report was unveiled on Oct. 10 by the National Academies of Sciences, Engineering, and Medicine (NASEM). It emphasized the importance of including astrobiology — the study of how life originated on Earth and how it might evolve elsewhere in the universe — in every phase of all NASA missions destined for space, "from inception and conceptualization, to planning, to development, and to operations."

Why now? In recent years, astrophysicists have detected thousands of exoplanets, and biologists are uncovering new insights into the complexity and diversity of life on Earth, the authors said in a briefing. These discoveries bolster the chance that life could exist on other worlds, and therefore all space exploration missions should incorporate technology to find traces of alien organisms, according to the report. [9 Strange, Scientific Excuses for Why Humans Haven't Found Aliens Yet]

Our present view of the universe is more crammed with planets than ever before; the 2,300 confirmed exoplanets discovered by NASA's Kepler mission led to estimates that six out of every 10 stars could host Earthlike planets, Alan Boss, an astronomer with the Carnegie Institution for Science in Washington, D.C. and a co-author of the report, said in the briefing.

The sheer number of known exoplanets offers exciting opportunities for finding biosignatures — chemical markers that indicate signs of life, Boss explained.

Astrobiology represents a range of scientific disciplines, such as physics, chemistry, biology, astronomy and planetary science, according to the report. Individually and together, these areas of expertise help to piece together the puzzle of how life could emerge and evolve on worlds other than Earth, and recent advances in the field — particularly in the last three years — demand a new strategy that will fortify astrobiology's role in NASA missions, NASEM representatives said in a statement.

In the report, scientists recommended that NASA accelerate the development of technologies to detect microscopic organisms, citing the current lack of a single "flight-ready instrument" that can travel to a distant world and measure the composition of its elements, minerals and organic matter.

The report also suggested that direct imaging systems that suppress starlight should be used outside our solar system, to improve detection of biosignatures from planets that might orbit those stars. NASA could also plan more missions that peer under the surface of exoplanets — rocky, icy or ocean worlds — to find subterranean alien life, according to the report.

However, efforts to locate our extraterrestrial neighbors, either in our own solar system or light-years away, will take more than technology alone. Fostering collaboration and cooperation with international space agencies, private individuals and philanthropic institutions will be just as important to NASA as developing and implementing technological resources, and such partnerships "have the potential to advance the search for life rapidly," scientists wrote in the report.

Originally published on Live Science.
BTW

the sad part of all this is
if we found alien life
they would prolly look like BadFisherman or Fourchon

Searching for signs of alien life should be part o... (show quote)

I Dont know when the alien ship that dropped off all these stupid people did it, But I don't think they are coming back to get them..

GSMJr Loc: SoCal> Pflugerville (Austin), TX

Alien life? Probably the first they will find are mosquitos!

Graywulff Loc: Cortez,Co.

GSMJr wrote:

Alien life? Probably the first they will find are mosquitos!

NAAHHH, Roaches!

GSMJr Loc: SoCal> Pflugerville (Austin), TX

Well, that sounds more logical.

The CDB is Awesome Loc: Marshall, Madison County, North Carolina

GSMJr wrote:

Well, that sounds more logical.

If not roaches, then Possums ran over on the road