How to win a Antonio Paris book

img_15835 questions about Antonio Paris (his work and his activities) will be posted on our discussion board. 5 quickest answers to each question will earn points – 5 points for the quickest answer, 4 points for second quickest and so on. Person with the most points after fifth question will win Antonio Paris signed book “Space Science: Challenges for the Extraterrestrial Hypothesis of UFO Phenomena”.

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Details about the questions will be posted on the blog’s Twitter profile (

Farewell Rosetta!

rosetta-im-all_xlFew weeks ago Rosetta probe deliberately crashed into comet 67P/Czuriumow-Gierasimienko ending it’s 12 years mission. What did we learn from this mission? What is the most interesting discovery that came from landing on a comet for the first time in history?

Nancy Atkinson (Senior Editor for Universe Today, Host of the NASA Lunar Science Institute podcast & a NASA/JPL Solar System Ambassador)


The Rosetta mission has been an absolute joy to witness, with its great success, surprising findings, and unique public outreach from the team that included cute videos and cartoons. The images have been nothing short of stunning and being able to see a comet close-up like this is just eye-candy: views of cliffs, rockslides and boulders, spraying jets and of course the duck-shaped comet itself.

Some of the discoveries are really exciting, such as finding amino acids that are the building blocks of life on the comet; finding out Comet 67P sings, and finding molecular oxygen. One of the most surprising findings is that the chemical signature of the comet’s water is nothing like what we have on Earth, which contradicts the long-standing theory that comets pummeling Earth supplied our planet with water. Don’t fret the mission is over, as scientists will be studying Rosetta’s observations for years to come, so we’ll definitely be hearing from Rosetta again.

Andrew Rader (SpaceX engineer, MIT PhD, author)


This mission was important for a lot of reasons. From a scientific perspective, it tells us about an object from the far reaches of the Kuiper Belt and probably as old as the formation of the solar system. What are it’s characteristics and composition? Could comets have brought water to Earth, or even the building blocks for life?

From a practical perspective, we learned that we can rendezvous with and land on a type of object that might one day pose a dire threat to our planet. Alternatively, such a comet could potentially be useful in providing raw materials while we hitch a ride far out into space.

Antonio Paris (Astronaut Candidate, Astronomy Professor, Planetary Scientist, Space Science Author)


Hundreds of years from now, when our ancestors look back at the early years of space exploration, there are no doubts the Rosetta mission will be among the top list of achievements. The rendezvous with comet 67P, which is an achievement of its own, will harness scientific data for generations. Recent mission data, however, has already re-drawn the cometary landscape and astronomers have been left to re-write textbooks when it comes to comets. For example, we have learned 67P interacts with the solar wind, a significant amount of water has been discovered on the comet, and that perhaps comets, at least in this case 67P, was not responsible for bringing water to Earth billions of years ago. We have a lot of work ahead of us and the data from Rosetta will take years to study – an exciting time for astronomers!

Ciro Villa (technologist, application developer, STEM communicator)


Being able for the first time in the history of mankind to approach, orbit and land on a 4 kilometers wide chunk of rock and ice coming from the fringe of our solar system, located at about half a billion kilometers away from us and traveling around the Sun at a velocity of about 135,000 kilometers per hour, was a tremendous feat of human engineering in it of itself. This is exactly what the Rosetta mission has been able achieve during its groundbreaking mission.

Indeed, a vast amount of science has been done by Rosetta during the 786 days of its mission spent around the comet operating in a prohibitive and unforgiving environment. We have learned a great deal more than we used to know about the complexity of the composition of comets such as 67P and we have learned how difficult it is to perform with extreme precision the sort of mission activities that the Rosetta mission team could do and how small the margin of error is for space missions in general and for something as complex as the Rosetta mission.

Despite problems experienced during the touchdown of the Phoebe lander, the Rosetta mission’s team was still able collect a vast trove of scientific data that will be analyzed for decades to come, as well as being able to accomplish a series of important scientific milestones. For instance, among the most outstanding discoveries was that of the presence of a peculiar “songlike” magnetic field probably caused by the solar wind.

Additionally, the discovery of the presence of various molecules originating from the comet ‘s nucleus as well as the presence of water of a different composition of that present here on Earth, were among other findings that have made an impact within the scientific community. All in all, the mission, culminating with the planned crash of Rosetta on the surface of the comet, was a definite success and as a provider of lesson learned, an important precursor for other future missions to small bodies such as asteroid and comets that would have tremendously important value and implications for the future of mankind.

One question

You have the chance to meet in person Galileo Galilei, Isaac Newton, Albert Einstein, Carl Sagan and you can ask each of them one question. What question would it be?

Andrew Rader (SpaceX engineer, MIT PhD, author)


Galileo Galilei – What do you think about humans visiting the Moon? Isaac Newton – What do you consider your greatest achievement? Albert Einstein – What inspired you to start thinking about the great problems of physics? Carl Sagan – If you could ask Galileo one question, what would it be? (I think he’d have a better answer than I did)

Fraser Cain (publisher at, co-host of Astronomy Cast)


I really wish I could go back in time and talk to these scientists, especially Galileo. I’m not sure I’d have a lot of questions for them, but I’d love to be able to give them an update on the science they figured out. I could tell Galileo about the moons of Jupiter, and the amazing features we’ve found on them. I could let Newton know about all the discoveries we’ve made about gravity, and how his calculations still form the basis of so much of our science and mathematics. I’d love to let Einstein know that Relativity is still holding strong 100 years after he first described it, including the recent direct detection of gravitational waves. I’m sure Sagan would love an update on the state of Solar System exploration and to learn about what we saw with a flyby of Pluto, or the rovers on Mars.

Nicole Guggliucci (“Noisy astronomer”, blogger, educator, post-doc)


Can I trade in my answers with the others and just talk with Carl Sagan? I think I’d ask him a BUNCH about methods of science communication, searching for extraterrestrials, and how to bring us away from the brink of ecological disaster. Maybe that’s cheating, but I’d get a lot more out of a conversation with him than the others!

Antonio Paris (Astronaut Candidate, Astronomy Professor, Planetary Scientist, Space Science Author)


If I could travel back in time, to where the father’s of modern astronomers lived, I would ask them a variety of questions. Each of these questions, however, would be shaped to fit the era. For Galileo, I would ask him how did you react when you first observed the moon’s of Jupiter? What was your initial reaction? For Newton, I would ask him did an apple actually fall toward your feet, which shaped your curiosity to tackled gravity. For Albert Einstein, I would ask him he he could stop the building of atomic weapons during WWII, would he do it. And, finally, I would ask Carl Sagan … do you believe in God, seriously.