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Thank you all for joining me on
a special episode of The Rojas Report slash

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Open Mind UFO Radio. We are
fortunate enough to have doctor Avi Lobe,

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somebody who's been in the news quite
a bit regarding extraterrestrial intelligent civilizations and the

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possibility that perhaps and a recent interstellar
visitor might have been et technology. So

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he's created a stir, he's been
in the media a lot. Thank you

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for joining me, and I hope
you enjoyed this interview with doctor Avi Lobe.

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Okay, so it's live. Yes, we are live, and hello.

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Thank you very much for joining me, doctor Lobe. This is a

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great pleasure to be able to talk
to you. Thank you for having me.

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So I got your book from your
publicists very early on, and I

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was so excited because I thought great, and they were like, read the

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book, we'll try to set up
an interview soon. So I was rushing

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through to make sure I could finish
it before I got to talk to you.

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And time went on and I thought
I was going to be able to

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get my interview at the beginning of
your interview cycle. It's ended up being

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at the end. But that's kind
of neat though, because I'm I'm interested

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in how this kind of media frenzy
has maybe changed your perspective and views as

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well. But first let me do
a little introduction. This is, of

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course many of you recognize or are
aware because I've been talking about doctor Avi

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Loobe's book for quite some time.
But a astrophysicist from Harvard, and I

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do want to mention some of your
other affiliations, such as a fellow at

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the American Academy of Arts and Sciences, the American Physical Society, the International

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Academy of Astronautics. You know,
you have been a chair for the Physics

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and Astronomy for a national academy.
And the reason I want to mention all

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that is that you're not like some
fringe guy coming out of nowhere. You

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are truly embedded and kind of a
thought leader in the community. So it

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had to have been pretty risky doing
this. I mean, were you was

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there hesitancy on your part to say
that you were feeling really confident about this

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controversial theory or were you really you
know, motivated where you're like, no,

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this is what the data is showing
me. And did you have any

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you know, trouble going there?
Not at all. I applied the same

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approach that they did to previous anomalies
that I saw in other areas that I

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studied for many decades. I worked
on the early universe, the first stars,

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and on black holes. And you
know, there are anomalies in various

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context. For example, we don't
know what most of the matter in the

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universe is. It's called dark matter. And there wasn't anomally reported about the

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hydrogen being very cold, much colder
than we expect in the early universe.

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And a suggestion that I made in
a paper that was published in a prestigious

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journal was perhaps the dark metal particles
have a small charge electric charge, so

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they cooled the ordinary metal, the
hydrogen, And that was rather speculative,

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but there wasn't much a pushback on
that, because you know, it's part

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of the scientific process. When you
see something unusual, something that doesn't quite

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line up with what you expect,
then you have to put possibilities on the

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table. And then of course that
would motivate observers or experimentalists to try and

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search for more clues, more evidence, and rule out the possibilities that do

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not stand up to the scrutiny.
And that is the scientific process. You

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know, there is nothing unusual about
it, and that's the way we discovered

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new things in the past. You
know, nobody a century ago expected quantum

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mechanics to be a description of reality. It was for experiments, and then

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the theorists try to figure out what
the interpretation of the experiments is. And

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it put a lot of people out
of their comfort zone, including Albert Einstein,

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who argued that quantum mechanics shouldn't have
a spooky action at the distance.

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But he was wrong. And so
the process of the scientific learning about nature

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is involves, you know, unusual
evidence that you try to explain, and

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you put possibilities on the table,
and then you rule out by additional evidence

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those that do not stand up to
the new evidence that you find, and

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that's the centers. There is nothing
wrong about it. There is nothing problematic

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about it, except when people have
prejudice. So when Galileo suggested maybe the

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Earth moves around the Sun, the
philosophers at the time argued, no,

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we know that the Sun moves around
the Earth, and they refuse to look

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for his telescope. Now that's a
DVA from the scientific process. And Galileo

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was one of the fathers of the
current scientific process, and you know,

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we're talking about evidence and not about
speculations that come out of the blue.

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So when this object that we will
talk about had some unusual properties that do

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not line up with what we expected, that's when I came about, you

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know, and suggested maybe it's a
artificial origin because of the evidence, because

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of the clues. And I didn't
I didn't have any concerns about it because

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you know, it's just the same
approachect I used for many years before.

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And the fact that there was a
lot of pushback has to do with my

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colleagues more than with me. I
didn't change much. Yeah, and you

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know, definitely some of the criticism
of your theory has left kind of the

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realm of scientists as well, and
it's gotten pretty personal. Even some very

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well known you know, writers,
science writers have gotten you know, they're

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very away from the scientific argument,
but gotten very personal. Are you surprised

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by that or were you expected?
I'm disappointed by that, because you know,

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we should all be focusing on the
ball rather than the audience. Okay,

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we should be focusing on the evidence. And I highly respect those scientists

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that the road scientific papers trying to
explain the anomalies of more and on this

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object in terms of a natural origin, and they came up with specific suggestions

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that they analyzed th equations and you
know, suggested putting something else, another

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alternative on the table. Now,
all of these possibilities, that are three

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of them have major flows. Okay, so I wrote a rebuttal paper about

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one of them that explains why it
doesn't work, for example, And you

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know that's that's again out of the
scientific process. But what is not part

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of the scientific process is going on
Twitter attacking personally, you know, and

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that is not relevant because you know, first of all, if you think

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about the big picture, you know, nature doesn't care about whether we say

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one thing or another. Nature is
whatever it is, and we are all

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supposed to try and figure out what
it is. And all I was saying

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is, perhaps there is a relic
of a technological equipment that passed near Earth.

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And the way to find out is, of course, next time we

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see something like that, you know, and we should see within a few

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years another one or many more.
Next time we see we should take a

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photograph. What's the big deal?
You know, like there is nothing more

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common sensical than that trying to get
more evidence next time around, and instead

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you get people extremely upset that this
possibility was even mentioned, contemplated, or

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suggested in a scientific paper. By
the way, I didn't just make up

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the suggestion in the blue, you
know, like, or write a blog

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about it or put it in a
book. There was that. There are

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many papers that I wrote about that
can all be found on my website,

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and these are scientific papers. So
I don't see why people should complain that

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the scientific discourse includes in it the
possibility of interpreting anomali is of an object

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in terms of technological artifact. Why
is that offensive to so many people.

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The only way I can understand that
is either that there are you know,

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not willing to discuss this possibility because
they want to preserve their image, and

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they put themselves on a pedestal relative
to the public that is interested in others,

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you know, like unidentified flying objects. But again this is irrelevant because

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you know, if you go to
ancient history, there was a popular view

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that the human body has a soul
and therefore anatomy should be forbidden. But

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imagine if science would say, oh, this is a controversial subject. There

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are lots of claims out there about
the human body. We don't want to

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dissect it at all. Where would
modern medicine be. You know, that's

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inappropriate for science to ignore a subject
just because there is some controversy about it.

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We should apply the best scientific tools
we have. We should be And

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by the way, a billion dollars
was invested before we detected gravitational waves,

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a bill one point one billion dollars
by the National Science Foundation. Without that

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investment, we would never discover gravitational
waves, and the Nobel Price in physics

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was avoided for that. And moreover, gravitation waves have zero influence on our

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daily lives. Okay that you know
they passed through our body, nothing happens.

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So I'm asking why is the funding
in the context of the search for

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technological signatures relics? You know,
more than a thousand times smaller than that.

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If the problem is so important to
the public, and the public fund

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science, wouldn't you think that there
should be at least a billion dollars invested

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in the search for technological rights rather
than people ridiculing me and attacking me personally.

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How wrong? More wrong than that
could it be? You know,

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funding it in an extremely low level
and then anyone that brings this possibility to

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the table is immediately attacked personal you
know, like what are we are we

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in the dark ages here? I
thought it was really interesting when the report

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on Tabby's Star came out because they
had gone there. They had suggested in

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their scientific paper that one possibility could
be something like the Dyson sphere, and

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I was shocked that it was fairly
well accepted. However, you know,

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when there was a couple of years
ago at a SETI conference, there was

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one of the scientists who did a
lecture on techno signatures and kind of around

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the xeno archaeology or exoarchaeology, some
of the different terms being used for that,

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and he got a lot of media
attention. It wasn't accurate, and

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he really shied away from it.
He was really terrified by the feedback because

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unfortunately they were misrepresenting the strength.
That is a very important insight that you

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just brought up, because I think
the public is starved by the science community

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on this subject. The public cares
about it a lot. And you know

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the success of my book, it
became a best seller shortly after it appeared

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in many countries. The success is
a result of the public being starved on

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this subject by the scientific community,
and I think it's completely inappropriate because you

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know, it's not as if the
scientific community is supposed to censor the public's

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interest. Instead, it should respond
to the public interest. And if we

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have the instrumentation, you know,
the telescopes to search for technological relics,

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we should use them for that purpose, because we're supposed to echo the public's

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interest rather than worry about you know, how many angels can sit on the

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tip of a pin. You know, like all kinds of questions that show

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that we are smart, but do
not necessarily echo an interest from the public.

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You know, there are many such
questions, you know, working and

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on the mathematics of antide sitter space, you know, what effect does it

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have on people's lives? Or arguing
that the dark matter is an axiom,

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you know, which is a mainstream
discussion in the scientific community. Again,

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what the dark matter has zero impact
on our daily lives? You know,

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there are lots of such questions,
and the scientific community, the mainstream is

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occupied just with those questions. And
when you deal with a question that the

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public is extremely curious about, no, we should shy away from that.

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We should shy away from the limelight. It's as if you go to the

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darkness so the public cannot see what
you're doing. I don't understand that if

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the public cares about it, you
know, I don't feel the time on

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a pedestal relative to I don't think
that sign is an occupation of the elite.

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It's a way of life. You
know. Every person should be able

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to understand what the scientists are doing, and in fact, the scientists should

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do things that people care about.
Okay, obviously, you know, climate

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change is something that the people care
about. Pandemics is something people care about.

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That's you know, that is part
of mainstream. But for some reason,

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the search for extraterreaction, the question
are we alone? The question is

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there anyone else in our neighborhood that
is being pushed to the fringes of science?

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And why would that be the case? And this is basically the message

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of my book. This is the
reason I appeared on three hundred interviews over

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the past eight weeks. You know, that's quite remarkable. I'm trying to

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use it as a platform, you
know, and my publicist, the publicist

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of my book in the UK,
was telling me, great job, you

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are making your communicating very well with
the public, and the book is selling

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quite well. I told him,
look, I'm not trying to sell the

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book. You have to understand that
I'm trying to convey a message. And

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if the public didn't like my message
and wouldn't buy the book, I wouldn't

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care less. I would not change
my message just so that the book will

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sell. The book and my appearances
are trying to convey a message, and

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the fact that the public likes it
is a good thing. But it's a

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byproduct, you know. And I
think you bring up something really important,

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especially for now because as a science
writer, I fortunately get it to some

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science writing and the scientific community,
especially a lot of the Astrontes I've spoken

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with and other NASA personnel are extremely
concerned with this anti science kind of movement

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that we've had. And you mentioned
that the public is very interested and well

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the topic you wrote about, but
also the pandemic and climate change. But

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that's an area where there's a large
anti science kind of group out there fighting

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against it. Scientists don't seem to, but they blame the journalists a lot

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of times, you guys are just
sensationalizing our work. But on our end.

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I've tried to. I was even
in a group with these Nobel scientists

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talking about the same topic and they
were self frustrated. It's like, well,

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what we're trying to do is make
what you do appealing, trying to

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apply it to people's lives, and
I think, you know, unfortunately there

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is no pr for science, and
maybe there needs to be, because I

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think that's where we've got to break
down. Yeah, So currently science is

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mostly communicated to the public by people
that do not practice science, you see,

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that's it, and I find that
unfortunate because many of my colleagues,

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you know, avoid the limelight,
and as a result, the way that

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the sausages are made is not communicated. You know, most of the time

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science is uncertain because we don't have
enough evidence, and scientists prefer the public

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not to know about it. They
want to show the public only the final

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product, the sausage, without telling
them how it's made. And you know,

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the reality of the matter is,
most of the time we are uncertain.

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There are multiple interpretations for the data. We don't know which one is

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the correct one. And only when
we have enough evidence we are in agreement

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and we come out with a consensus
view, and that is you know,

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that is something the public should know. The public should see the stages.

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You know, there are early stages
where you don't know what you're talking about,

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and the public should be aware of
that because scientists don't always know what

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they're talking So I feel as if, you know, I'm the kid that

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says the emperor has no clues in
a way, but you know, I'm

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the kid that says that, and
that's the truth. You know that science

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is working progress, and I think
the public should be engaged. And by

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the way, I told my publisher
that I will be happy, satisfied if

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there is one person around the globe
that, after reading my book, will

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become a scientist. And a couple
of weeks ago, I got an email

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from Malawi in Africa from a woman
that said that your book is great and

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I'm thinking about becoming an astronomer.
So I told her the story about the

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publisher that changed ahead and asked her
are you the one? Are you that

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one assigned it? And she said
maybe either me or my daughter. I

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would not be surprised, but that's
what I wanted to say. I'm sure

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your book has inspired quite a few
people. But I guess let's get into

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kind of a little bit of the
meat of the situation. A muamu an

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object the first we detected that is
interstellar to come into our solar system and

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then exit, and of course we
saw we didn't catch glimpse of it till

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it was on its way out,
and you know, it had some strange

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properties. You said it could be
three things. Two of those the conventional

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you know, the assumption, a
comment or an asteroid, and but you've

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made the argument that those don't fit. A comment. It's obvious comment looks

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like a comment. You know,
it's got a halo of debris. So

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the other possibility could be asteroids because
they do tumble. But this was definitely

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very different than an asteroid. And
like you mentioned, it deviated. And

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I think that's the big theme that
you mentioned, and I agree with you

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that I haven't seen any scientists really
tackling your argument for the deviation and how

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that might have happened in a manner
that addresses all of the things that you've

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brought up. But I guess analyzing
that so, for instance, one possibility

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for the movement that you have highlighted
was outgassing, so maybe a pocket of

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ice or something that dissolved and pushed
the object. But as you noted,

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the tumble didn't change after this deviation, which is it seems like any outgassing

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it would be impossible for the tumble
night to change, right. Well,

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that's one thing, but also the
force that was pushing it changed smoothly inversely

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with unsqualled and usually what happens without
gassing. If you have water ice on

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the surface, there is a certain
distance from the sun where the ice doesn't

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really evaporate anymore and you get a
cutoff in the push. And in fact,

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00:19:29.079 --> 00:19:32.920
on more and more reached that distance
and no cutoff was observed. So

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it was a smooth dependence inversely with
distance square, just like you expect by

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reflection of sunlight giving the push.
I should say there was one suggestion that

248
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perhaps it's made of pure hydrogen.
This object is a hydrogen iceberg. That

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was one of the models proposed by
astronomers that I value because they try to

250
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come up with an explanation. And
if it's made purely of hydrogen, then

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hydrogen is transparent. You could have
a cometary tale without seeing it. The

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only problem with this idea we're talking
about an object raphic the size of a

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football field a few hundred feet and
such an object made of pure hydrogen would

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get evaporated very quickly by absorbing starlite
along its journey, and it wouldn't survive

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that the trip from its origin.
We've never seen hydrogen ized bergs, So

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that's an example of a scientific idea
that was put forward rather than attacking me

257
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personally, just coming up with an
alternative explanation of this anomaly. But we

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wrote a scientific paper showing that it
doesn't work because the hydrogenized bag would get

259
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evaporated. There was another suggestion more
recently, maybe it's not hydrogen, maybe

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it's nitrogen, pure nitrogen. For
that, you need to separate nitrogen from

261
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carbon. I mean, usually nitrogen
and carbon come together that are produced by

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the same process in stars, in
stellar interiors and the space of space.

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Telescope put very tight limits on any
carbon based molecules around this object. So

264
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really this doesn't hold together, you
know, this interpretation. There was another

265
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suggestion, maybe it is a cloud
of dust particles that are very loosely bound,

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you know, sort of like a
dust bunny that you find at home,

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and then it's very light to eight, So the reflection of sunlight would

268
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give it the push that you need. The problem with that is when UMM

269
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got close to the sun, it
was heated by hundreds of degrees and such

270
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a fluffy dust cloud that is one
hundred times less dense than air that's what

271
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you need, would not have the
material strength to hold together, to have

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the integrity of maintaining a rigid structure. And so you know, these alternatives,

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and there was another one that it's
a piece of another bigger object that

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was ripped apart as it was passing
close to a star. And the problem

275
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with that is usually you get elongated
the pieces from the tidal force of a

276
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star. And the best model for
was pancake shape the ninety percent confidence.

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So all of these alternative interpretations had
major flows. And that led me to

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conclude in my book that you know, the possibility of an artificial origin should

279
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be put on the table. What's
the problem with that, you know,

280
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and we should. What it implies
is that even though more and Moire left

281
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and we didn't get enough data on
it, you know, it's now a

282
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million times fainted than it was,
There would be more like it that we

283
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will find because you know, we
just observed the sky for a few years

284
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and we found this one. So
if you observe for another few years,

285
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we'll find another one. When I
go to the kitchen and I find an

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aunt, I get alarmed because there
must be many more out there. And

287
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so all we need to do is
next time around, when we detect something

288
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in advance, you know, we
should send the spacecraft with the camera that

289
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would intercept its trajectory and take the
close up photo. And you know,

290
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a picture is worth a thousand words. In my case, a picture is

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worth sixty six thousand words, the
number of words in my book. I

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think that's a really important point.
And when I've talked to people, a

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lot of them have a miscon perception, and I'll bring up this picture.

294
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A lot of them have seen this
image and this is an image from Nazi's

295
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website and uma, and they're like, well, I thought it was a

296
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rock. It looks like a rock, And I explain that, you know,

297
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like you you talked about it could
have been a photo. Is important

298
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because it could have been obvious from
observation that it was if it was something

299
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manufactured. Well, let me explain. So this this artist's illustration came about

300
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because you know, as the object
was stumbling, the brightness of the object

301
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changed by a factor of ten.
So projected on the sky, it was

302
00:23:56.480 --> 00:24:00.480
at least ten times longer than it
is white. But you know this is

303
00:24:00.519 --> 00:24:06.480
true also of a piece of paper
tumbling in the wind. You knows as

304
00:24:06.480 --> 00:24:11.240
you get it to tumble, you
know, projected on the sky, would

305
00:24:11.440 --> 00:24:15.759
you could see it as if it
looks like this elongated object, you know,

306
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like something very elongated, but in
reality it is a flat object.

307
00:24:19.000 --> 00:24:25.400
And that was the best fit to
the variation in the light reflected from the

308
00:24:25.440 --> 00:24:29.759
object at the ninety percent confidence.
And this is a paper published in December

309
00:24:29.920 --> 00:24:34.880
twenty nineteen by Sergei Maschenko showing that
the best fee to the light curve is

310
00:24:34.880 --> 00:24:41.279
that of a flat object. So
pancake shape, not a cigar shape,

311
00:24:41.359 --> 00:24:45.279
but projected on the sky, of
course, when it's tumbling, you know,

312
00:24:45.319 --> 00:24:49.319
it looks very long compared to how
wide it is. So that is

313
00:24:49.319 --> 00:24:53.720
what we know about this object,
that the ninety percent confidence it was flat,

314
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not cigar shaped. And then the
question is, you know, can

315
00:24:56.920 --> 00:25:02.519
you imagine a flat rock that is
at least ten times longer than it is

316
00:25:02.599 --> 00:25:07.279
wide? And you know that is
pushed by reflecting sunlight. Now, in

317
00:25:07.319 --> 00:25:11.079
September twenty twenty, just you know, less than half a year ago,

318
00:25:11.319 --> 00:25:17.359
there was another object discovered that is
pushed by reflection of sunlight and doesn't show

319
00:25:17.400 --> 00:25:21.279
any commentary tail. And this object
was also discovered by pun Stars, the

320
00:25:21.279 --> 00:25:26.640
same telescope that discovered of MUAA.
And then the astronomers that found it realized

321
00:25:26.039 --> 00:25:30.079
that if you go back in time, it was actually launched from Earth in

322
00:25:30.200 --> 00:25:36.559
nineteen sixty six. It's a rocket
booster that was part of the Lunar Landers

323
00:25:36.559 --> 00:25:41.759
severyor two mission. And we know
that we produced it artificially. I mean

324
00:25:41.799 --> 00:25:45.839
it had thin walls and was hollow, and that's why sunlight reflecting off it

325
00:25:45.880 --> 00:25:49.400
gave it a push in the case
of a mum. We don't know who

326
00:25:49.440 --> 00:25:55.960
produced it. And I do want
to mention two and thank you for that.

327
00:25:56.079 --> 00:25:59.720
I think that that clears apple lot. I think for people that it

328
00:25:59.799 --> 00:26:03.319
was cycly flat, so it could
have been shaped just like that object or

329
00:26:03.440 --> 00:26:06.240
similar to the object. If you
demonstrate, we just don't know, and

330
00:26:06.279 --> 00:26:10.480
with a photograph we would have known
exactly. And a photograph has offers the

331
00:26:10.480 --> 00:26:14.119
advantage First of all, you can
tell if it's natural or not, you

332
00:26:14.160 --> 00:26:17.359
know, from the way it looks, the structure. But second you can

333
00:26:17.400 --> 00:26:22.039
decide at that point whether it's worth, you know, landing on such an

334
00:26:22.039 --> 00:26:25.480
object, because if it's a piece
of equipment, you know, that may

335
00:26:25.519 --> 00:26:29.519
be more advanced than anything we developed
because we had our technologies only for one

336
00:26:29.599 --> 00:26:32.960
hundred years. You know, we
can decide to land on something like that

337
00:26:33.599 --> 00:26:40.200
and imagine, you know, getting
our hands around an advanced technology that is

338
00:26:40.799 --> 00:26:44.119
that represents something that we might develop
in our future, you know, like

339
00:26:44.200 --> 00:26:48.720
a millionaires from now. We can
shortcut history and get a glimpse at something

340
00:26:48.759 --> 00:26:52.440
that we will potentially develop in a
millionaeres. You know, that could be

341
00:26:52.480 --> 00:26:59.039
amazing. And I talk about it
in my book that there is this omo

342
00:26:59.039 --> 00:27:03.279
Amua's wage, which basically says,
you know, if it is a piece

343
00:27:03.319 --> 00:27:08.200
of technology, the implications are so
great that we just cannot ignore that possibility.

344
00:27:08.759 --> 00:27:12.799
So not only that I should not
be ridiculed on a personal level,

345
00:27:14.559 --> 00:27:21.920
but we should consider that possibility and
invest funds in searching for more objects of

346
00:27:21.960 --> 00:27:25.920
the same and looking at them closely, you know, so we should do

347
00:27:26.039 --> 00:27:30.759
much more, not much less.
And that is my point. And you

348
00:27:30.759 --> 00:27:34.440
know, I just don't understand why
people would avoid that. It's as if

349
00:27:34.519 --> 00:27:41.440
they say, let's remain ignorant.
You know, having done these three hundred

350
00:27:41.559 --> 00:27:48.640
interviews, what has changed about your
perception of the public, perception of your

351
00:27:48.759 --> 00:27:53.799
work and your theory. Well,
the public is extremely interested and excited.

352
00:27:53.839 --> 00:27:59.480
And I had a very intelligent dialogue
with the public with people that have asked

353
00:27:59.519 --> 00:28:03.079
questions, both people with scientific and
technological expertise and people that do not have

354
00:28:03.160 --> 00:28:11.000
that, and and in both camps, I received very insightful questions and comments,

355
00:28:11.039 --> 00:28:15.440
and that inspired me to write a
number of Scientific American articles, some

356
00:28:15.480 --> 00:28:21.240
of which already appeared and some are
in the pipeline over the you know,

357
00:28:21.799 --> 00:28:26.119
over the past couple of months,
I wrote maybe about six of them,

358
00:28:26.279 --> 00:28:30.799
and some of them are not yet
published, but all of them are listed

359
00:28:30.839 --> 00:28:37.039
on my website. And the point
is that, you know, it's inspiring

360
00:28:37.160 --> 00:28:42.039
for me to speak with everyone,
especially the public, because the public is

361
00:28:42.160 --> 00:28:48.480
curious without a prejudice, and as
part of the dialogue, I get new

362
00:28:48.519 --> 00:28:52.680
ideas. And if you block your
options, if you basically say I don't

363
00:28:52.720 --> 00:28:57.599
want to discuss it, and you
really you bully anyone that discusses it.

364
00:28:57.720 --> 00:29:02.880
You know, I find that really
surprising because it keeps you ignorant, just

365
00:29:02.920 --> 00:29:06.960
like the philosopher's at the time of
Galideo. And of course you know people

366
00:29:07.000 --> 00:29:12.039
say, oh, we extraordinary claims
require extraordinary evidence. That's exactly what I'm

367
00:29:12.039 --> 00:29:15.240
saying. Let's get more evidence.
But if you say you know in advance

368
00:29:15.279 --> 00:29:18.839
that it's never aliens, then you
will not get that evidence. My point

369
00:29:18.920 --> 00:29:26.839
is, extraordinary conservatism leads to extraordinary
ignorance. I love that saying that's a

370
00:29:26.880 --> 00:29:32.279
great one, and that is novel. Certainly. I was going to say

371
00:29:32.319 --> 00:29:36.000
one observation I had from reading your
book. A couple of things, but

372
00:29:36.079 --> 00:29:40.400
one thing that I enjoyed about it
there was a familiarity in some of it

373
00:29:40.559 --> 00:29:45.079
in that, of course I do
cover the UFO topic and the scientists in

374
00:29:45.119 --> 00:29:49.759
the past. I do this lecture
about how astronomers started modern UFO research.

375
00:29:49.839 --> 00:29:53.960
They really did, including with this
doctor Alan Heinik who had this television show

376
00:29:55.000 --> 00:30:00.559
which distorted his life, but that
they made similar argument to the the astronomical

377
00:30:00.640 --> 00:30:07.400
and scientific community that you know about
being close minded, and not just what

378
00:30:07.440 --> 00:30:11.240
you had just said about the ignorant
that happened. And certainly it's interesting that

379
00:30:11.640 --> 00:30:15.279
many of the books I'm talking about
are decade old. Yours is brand new,

380
00:30:15.559 --> 00:30:18.400
But you're still having to make this
argument and still having to fight this

381
00:30:18.519 --> 00:30:26.720
fight with the academia. Yeah,
I find that really unfortunate because right now,

382
00:30:26.200 --> 00:30:30.599
well, we know more facts about
the universe. We know that roughly

383
00:30:30.799 --> 00:30:33.839
half of the sun like stars have
a planet the size of the Earth,

384
00:30:33.920 --> 00:30:37.400
roughly at the same separation. So
you know, if you arrange for similar

385
00:30:37.440 --> 00:30:41.480
circumstances, you might as well get
similar outcomes. So not only that we

386
00:30:41.559 --> 00:30:45.960
are not at the center of the
universe, as advocated by Aristotle, the

387
00:30:45.000 --> 00:30:51.599
ancient Greek philosopher, but also our
backyard is quite common the Earth's sun system,

388
00:30:51.640 --> 00:30:56.000
and that to me is very encouraging
news. You know. It teaches

389
00:30:56.119 --> 00:30:59.759
us once again modesty, that we
shouldn't think that we are privileged and you

390
00:30:59.799 --> 00:31:04.279
need special because conditions that we find
around us are common, and why would

391
00:31:04.319 --> 00:31:07.359
we believe that we are the only
ones? Now, of course, there

392
00:31:07.359 --> 00:31:14.160
may not be living civilizations with which
we can communicate because they are short lived.

393
00:31:14.279 --> 00:31:18.519
That's that's possible. If they developed
technologies, they also develop the means

394
00:31:18.599 --> 00:31:22.839
for their own destruction. You know, we cannot have a phone conversation with

395
00:31:22.880 --> 00:31:26.960
the Mayans. The Mane culture is
not around anymore, but we can find

396
00:31:26.000 --> 00:31:32.079
relics that they left behind in archaeological
digs and the say in much the same

397
00:31:32.119 --> 00:31:37.799
way, we can do space archaeology
instead of going out and listening to radio

398
00:31:37.839 --> 00:31:41.119
signals as we have been doing for
seven years. You know, there is

399
00:31:41.200 --> 00:31:45.519
this Drake equation which is fundamental for
this search, but there are lots of

400
00:31:45.559 --> 00:31:49.240
coefficients there that are highly uncertain.
And if those civilizations are short lived,

401
00:31:49.400 --> 00:31:52.440
most of them are dead by now, and we can't have a conversation.

402
00:31:52.480 --> 00:31:59.440
We can't get radio signals, and
instead what gives us is a wake up

403
00:31:59.519 --> 00:32:04.839
call. You know, there are
interstellar objects visiting the Solar System, and

404
00:32:05.039 --> 00:32:07.839
by looking at them, you know, it's just like looking at objects that

405
00:32:07.000 --> 00:32:13.079
arrived from the street into your backyard. You know they make they made the

406
00:32:13.160 --> 00:32:15.119
trip. You don't need to make
the trip. It takes a long time

407
00:32:15.160 --> 00:32:20.359
to visit stars, but they already
made that trip and they arrived at your

408
00:32:20.400 --> 00:32:24.200
doorstep. So the natural thing is
to examine them, take photographs, and

409
00:32:24.359 --> 00:32:29.359
whenever you see a plastic bottle instead
of a rock, you say, well,

410
00:32:29.400 --> 00:32:32.160
that's interesting, let's check it out. But you can't say it's always

411
00:32:32.319 --> 00:32:37.519
rocks, because then you would resemble
this caveman that says, you know,

412
00:32:37.559 --> 00:32:39.480
when presented with a cell phone,
says, oh, it's a shiny rock.

413
00:32:43.160 --> 00:32:46.599
One of the people in the chat
is asking that this object was probably

414
00:32:46.640 --> 00:32:52.759
out there for tens of thousands of
years, and so he thinks that the

415
00:32:52.799 --> 00:32:57.000
Solar say, a hypothesis from an
advanced civilization, seems kind of strange,

416
00:32:57.440 --> 00:33:00.559
But I think you're arguing it doesn't. Necessarily they had to have been sent

417
00:33:00.599 --> 00:33:05.599
directly to us. It could be
space junk, right exactly. I mean,

418
00:33:05.640 --> 00:33:07.920
we launched the Voyager, one,
Voyager, two new Horizons and other

419
00:33:08.000 --> 00:33:13.200
probes out of the Solar System,
and imagine what would be their fate in

420
00:33:13.240 --> 00:33:16.759
a billionaires or a few billionaires.
You know, they wouldn't be functional anymore.

421
00:33:17.160 --> 00:33:22.319
And most stars formed billions of years
before the Sun. And as a

422
00:33:22.359 --> 00:33:27.720
result, you know, they predated
us, and they sent out equipment into

423
00:33:27.759 --> 00:33:30.519
space, and we shouldn't take Most
of these equipment would be just like plastic

424
00:33:30.519 --> 00:33:34.759
bottles on a beach. You know, they have their puncture, they have

425
00:33:34.920 --> 00:33:39.559
hors, they're not functional anymore.
Because they suffered a lot of damage during

426
00:33:39.640 --> 00:33:45.079
their trajectory, during their lifetime,
and that's what we should expect from most

427
00:33:45.079 --> 00:33:50.640
of the stuff we find in space, and therefore arguing that it was tumbling

428
00:33:50.720 --> 00:33:55.200
and therefore not in control. You
know, that's quite expected, because I

429
00:33:55.200 --> 00:34:00.000
wouldn't expect it to be spying on
us. By the way, I don't

430
00:34:00.279 --> 00:34:04.519
that we are sufficiently interesting for anyone
to spy on us. And of course,

431
00:34:04.720 --> 00:34:07.199
you know, ten thousand years ago, we were even less interesting.

432
00:34:07.320 --> 00:34:12.280
So when the object started its journey
into the solocity, it was more than

433
00:34:12.320 --> 00:34:15.920
ten thousand years ago. But I
believe that most of the objects we find

434
00:34:15.920 --> 00:34:21.079
will be billions of years old because
they traveled throughout the galaxy and sort of

435
00:34:21.119 --> 00:34:24.239
there is a population of them,
sort of like the space debris that we

436
00:34:24.360 --> 00:34:27.840
live around the Earth. You know, there is a lot of the brick

437
00:34:27.920 --> 00:34:30.559
going there, or like plastic bottles
in the oceans. You know, they

438
00:34:30.599 --> 00:34:36.400
keep accumulating over time, and we
just don't know what is out there unless

439
00:34:36.440 --> 00:34:40.800
we search so without the prejudice,
without always saying it must be a rock.

440
00:34:40.880 --> 00:34:46.239
It's never aliens. Let's just check
what is more natural than looking for

441
00:34:46.320 --> 00:34:52.320
evidence? You know, you got
very personal in the book too, getting

442
00:34:52.360 --> 00:34:57.079
back into your childhood and how it's
kind of always been an interest and inspiration

443
00:34:57.159 --> 00:35:01.320
for you to look for potential life
out there. That's right. I don't

444
00:35:01.320 --> 00:35:07.000
separate my science from my life.
For me, science is a way of

445
00:35:07.079 --> 00:35:12.480
life. And you know, when
I have a problem with a pipe at

446
00:35:12.480 --> 00:35:15.639
home and I try to figure it
out with a plumber, you know,

447
00:35:15.679 --> 00:35:17.239
I approach it exactly as a scientist. You know, we look for the

448
00:35:17.280 --> 00:35:21.880
clues and then try to figure out
what's the problem and solve it. And

449
00:35:22.239 --> 00:35:28.440
I don't see science any different than
applying common sense and looking at being guided

450
00:35:28.440 --> 00:35:31.920
by the evidence. Of course,
it has some mathematical aspect to it that

451
00:35:31.960 --> 00:35:37.960
makes it a little more sophisticated and
daily activities, but you know, it's

452
00:35:37.000 --> 00:35:43.679
not really essential if you understand what
nature is doing. You know, you're

453
00:35:43.719 --> 00:35:46.360
trying to figure out how to explain
the evidence based on the clues that we

454
00:35:46.480 --> 00:35:51.519
have that we have, and that's
the way I approach my life, you

455
00:35:51.559 --> 00:35:54.920
know, on a daily basis.
So for me, you know, everything

456
00:35:54.920 --> 00:36:00.159
that I went through during my life
is contributing to my scientific work. And

457
00:36:00.239 --> 00:36:05.239
in particular when I was young,
you know, I was very much connected

458
00:36:05.239 --> 00:36:08.679
to nature because I grew up on
a farm, so I developed a special

459
00:36:08.719 --> 00:36:14.840
connection to nature to more than two
people, you know, more than to

460
00:36:14.960 --> 00:36:19.400
social interactions. And that's why nowadays
I don't really care how many likes I

461
00:36:19.440 --> 00:36:22.800
have on Twitter, and I joke
every morning at five am in the company

462
00:36:22.800 --> 00:36:27.719
of rabbits, ducks and birds,
and I enjoy that and irrespectful whether it

463
00:36:27.760 --> 00:36:30.639
snows or rains. You know,
I take whatever nature gives me, and

464
00:36:30.719 --> 00:36:36.079
that's my attitude also towards the scientific
exploration. You know, whatever, if

465
00:36:36.159 --> 00:36:39.280
nature gives us anomalist, we should
be delighted about it because we can learn

466
00:36:39.360 --> 00:36:44.159
something new. You know. There
was a seminar at Havad about a muamua,

467
00:36:44.519 --> 00:36:46.639
and when I left the room with
a colleague of mine, he said

468
00:36:46.679 --> 00:36:52.159
that this object is so weird,
I wish it never existed. And after

469
00:36:52.440 --> 00:36:55.519
world by this, because it should
be exactly the opposite attitude. You're not

470
00:36:55.559 --> 00:37:00.039
supposed to always relax and assume that
what you know is what you will find.

471
00:37:00.400 --> 00:37:04.599
In fact, when you see something
unexpected, it should be thrilling.

472
00:37:04.679 --> 00:37:07.519
You know, it's exciting. Why
should science be boring? By the way,

473
00:37:07.559 --> 00:37:12.280
I never understood that and you know, if there is something new coming

474
00:37:12.320 --> 00:37:15.599
along that is you didn't expect,
that is an opportunity to learn something new,

475
00:37:15.880 --> 00:37:21.719
and it makes science worth doing.
I don't care about science as a

476
00:37:21.840 --> 00:37:25.360
vehicle to promote our egos as a
way to convince other people that we are

477
00:37:25.400 --> 00:37:30.599
smart, or that we deserve an
honor or an award or a label.

478
00:37:30.679 --> 00:37:36.639
You know, that is completely irrelevant. What we need to care about is

479
00:37:36.760 --> 00:37:39.280
understanding nature, and by the way, that's also what the public cares about.

480
00:37:39.559 --> 00:37:43.960
So I think we are all in
it together. You know, if

481
00:37:43.960 --> 00:37:47.719
we develop a vaccine to COVID nineteen, you know, it's to be shared

482
00:37:47.760 --> 00:37:51.599
by all of us. And the
way I see science. You know,

483
00:37:51.840 --> 00:37:54.920
in economics, there is this idea
of a zero sum game where if someone

484
00:37:55.559 --> 00:38:00.840
gains a profit, then someone else
loses. But I think of science as

485
00:38:00.880 --> 00:38:06.679
an infinite sum game in the sense
that if you produce some new knowledge,

486
00:38:07.000 --> 00:38:10.079
everyone benefits, so it can go
to infinity. You know, the more

487
00:38:10.119 --> 00:38:15.320
you add, the better everyone is. So it's we are all in it

488
00:38:15.400 --> 00:38:19.480
together. In the context of science, it involves collaborations, and it should

489
00:38:19.800 --> 00:38:22.360
it should feel as if we are
fighting each other and saying no, you're

490
00:38:22.400 --> 00:38:24.920
not allowed to say that, you're
not allowed to say. Okay, well,

491
00:38:25.039 --> 00:38:29.920
if you have another interpretation for the
NORMALI is, write a scientific paper,

492
00:38:30.119 --> 00:38:34.159
don't write it on Twitter. Write
a scientific paper that explains the normalies

493
00:38:34.239 --> 00:38:37.840
in terms of something natural, and
we will be done with that. You

494
00:38:37.880 --> 00:38:43.400
know, why get personally, why
ridicule, why get so emotional about it?

495
00:38:43.400 --> 00:38:46.039
It's it's you know, we're just
trying to figure out what this unusual

496
00:38:46.079 --> 00:38:52.280
object is. Mm hm. So
you must have been excited at such as

497
00:38:52.920 --> 00:38:57.119
I was, certainly and many interested
in these sort of topics when you're a

498
00:38:57.159 --> 00:39:00.880
Mailner decided to start his breakthrough programs, and of course you got to be

499
00:39:00.920 --> 00:39:04.960
involved with that, and when great
part of the book is how you had

500
00:39:05.039 --> 00:39:09.920
this limited amount of time to come
up with the StarShop project, something I

501
00:39:09.920 --> 00:39:14.880
had been really excited about and I'm
excited to talk to you about updates on

502
00:39:14.920 --> 00:39:17.800
that project. But essentially using these
little solar sales, which is what you

503
00:39:17.840 --> 00:39:23.760
feel might have been, which is
essentially just actually they even had it on

504
00:39:23.880 --> 00:39:30.719
Star Trek, but you know,
this little sale that's being pushed by the

505
00:39:30.000 --> 00:39:34.280
by photons, either by laser or
by the sun or something like that,

506
00:39:34.360 --> 00:39:38.280
a reflection of light. Yes,
So this is a technology that can either

507
00:39:38.440 --> 00:39:45.280
use the sun, but then the
speed that you can reach is not very

508
00:39:45.360 --> 00:39:47.320
high. By the way, in
my book, I talk about the possibility

509
00:39:47.360 --> 00:39:52.480
that it can use also the flash
of light from an exploding star supernova.

510
00:39:52.000 --> 00:39:57.599
If you park light sales in the
vicinity of a massive star that is about

511
00:39:57.639 --> 00:40:02.480
to explode, then the flyush of
light can push those light cells close to

512
00:40:02.519 --> 00:40:07.639
the speed of light. And that's
quite remarkable. It's just like those surfers

513
00:40:07.119 --> 00:40:13.280
that are waiting for a giant wave
on the beaches of Hawaii and then they

514
00:40:13.360 --> 00:40:17.000
surf on it. So you can
do that from a natural source of light

515
00:40:17.320 --> 00:40:21.400
and exploding star and reach close to
the speed of light, and then you

516
00:40:21.440 --> 00:40:24.760
will just like dandeli on seats you
know that are carried by the wind,

517
00:40:24.880 --> 00:40:30.320
these sails will be carried by the
flash of light into the galaxy as a

518
00:40:30.320 --> 00:40:36.519
whole. But this is what we
proposed to your mill leern. That's the

519
00:40:36.559 --> 00:40:44.159
project Starshot that I'm leading, is
to use a laser beam in pushing a

520
00:40:44.239 --> 00:40:47.719
light sale roughly the size of a
person that weighs only a gram or so,

521
00:40:49.440 --> 00:40:52.079
and within a few minutes with the
laser beam of one hundred jigobat.

522
00:40:52.440 --> 00:40:57.719
It can reach a fifth of the
speed of light over a distance that is

523
00:40:57.800 --> 00:41:00.480
five times a distance to the Moon. And then if you send it in

524
00:41:00.519 --> 00:41:06.199
the direction of the nearest star,
for example, proximas Entaweri, it could

525
00:41:06.239 --> 00:41:10.400
get there within twenty years. So
that's within our lifetime. If we were

526
00:41:10.480 --> 00:41:16.079
to use a rocket technology of the
type that NASA employed in all the missions

527
00:41:16.159 --> 00:41:21.400
until now, then it would take
fifty thousand years to reach the nearest star.

528
00:41:21.559 --> 00:41:25.400
And obviously we're not that patient,
because we should have sent it when

529
00:41:25.400 --> 00:41:30.360
the first humans left Africa in order
for it to reach proximas Inaweri right now.

530
00:41:30.840 --> 00:41:37.000
So obviously, you know, this
technology allows us to learn more about

531
00:41:37.000 --> 00:41:42.639
our environment faster, and hopefully you
know, we're now working on developing the

532
00:41:43.039 --> 00:41:49.079
or overcoming the challenges that it poses. And I would deny that my imagination

533
00:41:49.800 --> 00:41:54.039
is limited to what I'm experiencing,
you know, So in a way that

534
00:41:54.239 --> 00:42:00.320
was preparation for me. Working on
this project allowed me to imagine that perhaps

535
00:42:00.599 --> 00:42:05.880
one is being pushed by somebody.
Mm hmm. I like the surfing analogy,

536
00:42:05.880 --> 00:42:08.679
and there's actually Saturday and just down
the street from here, I mean

537
00:42:08.719 --> 00:42:15.920
and to there's tons of surfers fighting
for waves right now. But I think

538
00:42:15.960 --> 00:42:21.599
that the solar sale question actually somebody
asked the question and the chat chat.

539
00:42:21.639 --> 00:42:25.039
Would it be possible to create a
solar sale to send to catch up to

540
00:42:28.599 --> 00:42:30.199
uh? Yeah, And principle,
if we had the technology, that would

541
00:42:30.199 --> 00:42:37.679
be an ideal use of of of
of a light sale uh for example,

542
00:42:38.159 --> 00:42:44.280
pushed by a laser beam, a
powerful laser beam. But unfortunately we don't

543
00:42:44.280 --> 00:42:49.880
have it yet. But what we
should do, I think is you know,

544
00:42:50.079 --> 00:42:53.039
hav an advanced warning for future objects
that belong to the same class.

545
00:42:53.079 --> 00:42:59.440
And there will be the very Rubin
observatory that will become operational in less than

546
00:42:59.719 --> 00:43:05.599
three years, and it would be
much more sensitive to objects of the size

547
00:43:05.599 --> 00:43:08.760
of when we're reflecting sunlight, and
could alert us of such objects a year

548
00:43:08.800 --> 00:43:13.960
in advance when they are still approaching
us rather than moving away from us.

549
00:43:14.760 --> 00:43:17.159
And if that's the case, if
we have a year of a warning time,

550
00:43:17.239 --> 00:43:22.639
we could contemplate sending a mission that
will intercept their trajectory. And if

551
00:43:22.639 --> 00:43:28.440
you come with a four inch camera, if you come within roughly a distance

552
00:43:29.039 --> 00:43:34.440
comparable to the diameter of the Earth
from such an object which is roughly the

553
00:43:34.440 --> 00:43:38.519
size of a football field a few
hundred feet, then you should be able

554
00:43:38.559 --> 00:43:42.599
to resolve it with that camera.
You should be able to get an image

555
00:43:42.639 --> 00:43:47.480
with multiple pixels, and that should
be our goal, because you know,

556
00:43:47.920 --> 00:43:53.960
that is the kind of information that
will conclusively demonstrate that it's not a natural

557
00:43:54.039 --> 00:43:59.039
object. If it is not a
natural and there should be many out there,

558
00:43:59.280 --> 00:44:01.840
and we should just go in search, you know, for more,

559
00:44:02.119 --> 00:44:07.079
and every time we see an unusual
one, we should examine it and get

560
00:44:07.119 --> 00:44:12.199
as much information about it as possible. So I'm really guided by evidence and

561
00:44:12.239 --> 00:44:15.079
I want to get more evidence,
more information. The only way we will

562
00:44:15.119 --> 00:44:20.039
not get that information is if people
know the answer in advance, if they

563
00:44:20.039 --> 00:44:23.239
say it's always rocks and we don't
want to discuss it only then we will

564
00:44:23.280 --> 00:44:29.079
remain ignorant about it. M hmm. I know that you've got to go,

565
00:44:29.199 --> 00:44:30.960
so we've got to wrap up.
So I guess I'll kind of get

566
00:44:31.000 --> 00:44:36.000
to a UFO question, just because
I'm sure you've gotten a lot of these

567
00:44:36.039 --> 00:44:38.960
sort of questions. But my question
is, you know, there's been a

568
00:44:38.960 --> 00:44:45.840
lot of news about the Pentagon actually
spending some money looking into some of these

569
00:44:45.880 --> 00:44:52.199
incidents that have happened. There is
a group I work with the scientific community

570
00:44:52.320 --> 00:44:57.639
of UAP studies that has gotten scientists
who have come out of the woodwork because

571
00:44:57.639 --> 00:45:00.880
of that and gotten interested in looking
more into these kind of things. Do

572
00:45:00.960 --> 00:45:06.320
you think that is appropriate and do
you think you know, there should be

573
00:45:06.360 --> 00:45:09.599
these sort of organizations to look into
not just like a moo a more but

574
00:45:09.679 --> 00:45:16.280
also some of these alleged you know, more closer encourageents to our airspace.

575
00:45:16.920 --> 00:45:23.679
Well, definitely, I think that
rather than obsessed with Pentagon reports that were

576
00:45:23.719 --> 00:45:31.760
based on testimonial evidence and on equipment
that was not optimized for the purpose of

577
00:45:31.880 --> 00:45:37.199
finding unusual phenomena, and also equipment
that is decades old, you know,

578
00:45:37.239 --> 00:45:43.559
and by now we have much better
cameras, much better audio sen source And

579
00:45:43.639 --> 00:45:46.719
my approach to this is, rather
than worry about what the document said,

580
00:45:47.320 --> 00:45:53.039
we should just for anyone that cares
about this question, we should deploy state

581
00:45:53.079 --> 00:45:58.960
of the art instrumentation, including the
best cameras we have right now and a

582
00:45:59.000 --> 00:46:02.119
lot of them, and the audio
sensors in the same locations where the reports

583
00:46:02.159 --> 00:46:07.559
came from, and see if we
detect anything unusual and you know, rather

584
00:46:07.639 --> 00:46:15.079
than rely on testimonial evidence because of
you know this example that I often like

585
00:46:15.199 --> 00:46:22.320
to give about the biblical story of
Abraham that heard the voice of God and

586
00:46:21.679 --> 00:46:27.719
the voice of God told him to
sacrifice his only son, Isaac. And

587
00:46:28.320 --> 00:46:32.320
if Abraham had a cell phone with
a voice memo up, he could have

588
00:46:32.400 --> 00:46:37.360
pressed the button and recorded the voice
of God and we would all know if

589
00:46:37.360 --> 00:46:40.480
that story really happened. But instead, he didn't have a cell phone,

590
00:46:40.519 --> 00:46:45.880
so we have to decide whether to
believe his testimony. And that's the analogy

591
00:46:45.920 --> 00:46:52.639
I make with reports that are based
on people's impressions or people's people using equipment

592
00:46:52.679 --> 00:46:55.920
that was not optimized for the purpose. And I think rather than do that,

593
00:46:57.000 --> 00:47:00.840
we should actually use the best equipment
we have and go to the same

594
00:47:00.920 --> 00:47:05.280
locations. And you know, science
is about to reproduce ability. You have

595
00:47:05.360 --> 00:47:09.320
to get You have to be able
to reproduce results, because otherwise you don't

596
00:47:09.320 --> 00:47:14.760
know whether to believe them, And
by going to these locations where the reports

597
00:47:14.800 --> 00:47:17.000
came from and using the best instrumentation, we should be able to find out.

598
00:47:17.039 --> 00:47:22.519
And you know, why not just
do that in a purely scientific method

599
00:47:22.880 --> 00:47:25.960
way. I love your answer,
and that's what I love about science.

600
00:47:27.039 --> 00:47:30.039
It's proactive. We don't need to
rely. We need to gather our own

601
00:47:30.119 --> 00:47:35.599
data to analyze. And it's similar
to conversations with the scientists. It's it's

602
00:47:35.679 --> 00:47:39.760
more government documents aren't scientific data.
We need to figure out how to go

603
00:47:39.800 --> 00:47:45.559
get that data. So I think
that's definitely and you said the same thing.

604
00:47:45.679 --> 00:47:49.440
How we have to deal with potential
moods in the future, right,

605
00:47:49.519 --> 00:47:51.880
And it should all be in the
open, you see. There shouldn't be

606
00:47:51.920 --> 00:47:55.440
any concerns about conspiracy of the government
hiding things. No, it should be

607
00:47:55.480 --> 00:47:59.719
all in the open because science is
in the open, you know. And

608
00:48:00.440 --> 00:48:05.360
the only issue here is funding to
get the best instrumentation deployed in those locations.

609
00:48:05.440 --> 00:48:07.559
And what's the big deal, you
know. I think it can be

610
00:48:07.639 --> 00:48:12.199
done if the right people are providing
the funds and the right people are doing

611
00:48:12.199 --> 00:48:15.800
the experiment. So I'm all in
favor of getting more evidence to guide us

612
00:48:15.920 --> 00:48:21.519
rather than arguing forever about whether something
that someone said is correct or not.

613
00:48:22.840 --> 00:48:24.760
Well, I'm sorry I kept you
over a couple of minutes. This has

614
00:48:24.800 --> 00:48:30.920
been an absolute pleasure talking to you. Thank you so much for taking the

615
00:48:30.920 --> 00:48:34.880
time to talk to us this morning. It was a great pleasure. Thank

616
00:48:34.920 --> 00:48:37.760
you, good luck with the book. Excellent book. I loved it.

617
00:48:37.400 --> 00:48:42.639
The cover is beautiful too, but
excellent book. Thank you so much.

618
00:48:43.039 --> 00:48:47.199
Thanks for having me all right,
Thanks everybody for joining, and of course

619
00:48:47.280 --> 00:48:49.719
we will talk with you all later

