Lonely Planet Writer

A cosmic “message in a bottle” set to beam thoughts from 146 countries to the North Star

A cosmic “message in a bottle” containing the thoughts of thousands of people around the world is to be beamed across space to the North Star.

The transmission will take 434 years to reach Polaris.
The transmission will take 434 years to reach Polaris. Image by Press Association

Thousands of messages will be broadcast from the European Space Agency’s Cebreros Deep Space Tracking Station in Spain. The transmission on Monday 10 October will take 434 years to reach Polaris travelling at the speed of light. More than 3700 contributions from 146 countries and regions were collected by the international project involving the University of Edinburgh, European Space Agency and European Southern Observatory.

The University of Edinburgh will be collaborating on the project wit the European Space Agency (dun_deagh/Flikr)
The University of Edinburgh will be collaborating on the project wit the European Space Agency. iMAGE BY: dun_deagh/Flikr

They range from responses full of optimism and hope for the future of humanity, to more downbeat themes concerning climate change and war. More than 100 participants spoke about people colonising other worlds. Edinburgh College of Art postgraduate student and lead organiser Paul Quast said: “it has been a humbling experience attaining the thousands of contributions from different countries”.

The beamed message will take 434 years to reach the North Star, Polaris, seen here in the centre Image by: Mitch Bennett/Flikr

“The huge interest reflects a promising worldwide shift in attitudes for securing a future for Earth, its biosphere and humankind.  Hopefully, this momentum can be sustained as the messages travel through interstellar space for the next several hundred years.” The messages will be broadcast at 9 pm UK time from a dish antenna at the European Space Agency’s Cebreros Deep Space Tracking Station in Spain.

The messages will be broadcast from the European Space Agency’s Cebreros Deep Space Tracking Station, Spain Image by: European Space Agency/Flikr

They will take less than six minutes to pass deeper into space than Mars. Within 21 hours the signal will have travelled further than Voyager 1, the spacecraft launched in 1977 that is now heading out of the solar system.

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