144 Billion Bottles of Beer on the Wall


144 billion bottles of beer on the wall, 144 billion bottles of beer.
Take one down and pass it around, one hundred forty-three billion nine hundred ninety-nine million nine hundred ninety-nine thousand nine hundred ninety-nine bottles of beer on the wall.

I wonder how long it’s going to take to sing this song until we get to ‘one bottle of beer’.  It’s an academic question, certainly, since nobody would be crazy enough to try and sing the whole blasted song.  But that’s my point exactly.  We have no idea how absolutely huge 144 billion is until we are forced to think of it as a single bottle of beer for each count.

Now, expand the mind and think of each bottle of beer as an Earth-size, Earth-like planet.  This means that all Earth-sized planets that do not have an atmosphere, or with an atmosphere that cannot support carbon life forms, have been rejected.  Likewise for planets that are too large or too small, or too close to the sun, or too far from the sun, or are single roving wanderers without a solar system to call their own.

This list is so exclusive that if I, a single frail human being, cannot walk around on that planet without suffering undue physical ailments, it is summarily struck from being included as part of that 144 billion exoplanets that can support life within the Milky Way galaxy.

The rejection list must have numbered in the hundreds and thousands of billions of planets, I’m sure, with the end result being that there are estimates upwards of around 144 billion (> 1011) habitable Earth-like exoplanets (FYI:  an exoplanet is a planet outside of our own solar system) just in our galaxy alone.


We’re not even talking about the other (in far excess of) 100 billion galaxies in the Universe THAT WE CAN SEE, each with their own hundreds of billions of suns and planets.  Obviously, there are many more that we just don’t have the capability to see yet with our poor limited telescopes.

This is the gist of what Dr. Kopparapu, expert with the Kepler Mission, estimates [1] :

  • Stars in the Galaxy : 400 billion
  • The number of habitable earth-like exoplanets in our Milky Way Galaxy : 144 billion (> 1011).
  • The OORT Cloud around our Sun (it is also hypothesized by some astronomers that most suns have OORT clouds) is estimated :
    • to contain : several trillion individual asteroids (objects) larger than 1 km (0.62 mi).
    • to reach 1 light year towards the next closest star just 4 light years away – Proxima Centauri.


I’m not a mathematician, but this kind of number boggles my brain and makes me want to know:

What is the chance that at least ONE of these planets would be harboring intelligent life?  Is it that far-fetched to think there is intelligent life out there?  After all, absence of evidence is not evidence of absence.

But even then…I’m not too sure about that so-called ‘lack of evidence’.  I’m sure evidence turns up everywhere we look.  Many of the world’s leaders are just not admitting publicly at this time, but I have a very strong feeling that there is probably much more out there than they are willing to admit.

People around me laugh when they hear someone talk about aliens from outer space.  They think that folks who believe there might be intelligent life outside of Earth can’t have all their marbles in the correct order, but does having the ability to line up marbles in matching rows indicate mental stability, or does it just indicate an obsessive compulsive nature?

Furthermore, once we intellectually grasp the sheer volume—the mind-boggling number of possible Earth-like planets out there, can we even consider ourselves mentally stable if we DON’T believe or CAN’T contemplate the possibility of intelligent life outside of Earth?

My point in belaboring this is, if even just ONE of these planets harbor intelligent life, that means we are not alone and that everything we think we know about life has just instantly vanished to be replaced by a new paradigm of thought.  This new inclusive though process is one that will demolish and then replace every single philosophical ideology we currently hold dear.  If we think it is difficult to love our fellow human beings, we will find the next step to be herculean.  But it would be an ultimate labor of love, a hurdle that we must overcome and embrace, or we will find ourselves sliding backwards into barbarism and eventually, into oblivion.

But I have great hopes for humankind.  We simply need enough critical mass to hit that tipping point.  It would be a new chapter in the book of Humanity.  We would have to learn how to view all the different races of sentient beings as being part of the Universe that we are also a part of.  We would have to begin to grasp the concept of true Universal love and then apply it towards living entities that may or may not even look remotely human.

For the sake of humanity’s future, I sincerely hope we are able to find enough love within our hearts to cross that great divide and find a common ground with those who are very different from us—those whose only connection to us is the fact that they are created from the same star-stuff that we are also composed of.

Ultimately, we are all children of the stars.


1.  www.bcmeteors.net

The Moon Does Not Lie

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In a previous post, I talked about Something Very Dark Out There.  In this post, I will detail the reasons for the existence of that very dark entity, as whispered to us all by the Moon—and as we all know, the moon may wax and wane, but she does not lie.

I am a happy-go-lucky Taobabe.  I go prancing through the seasons, joyful when spring and summer arrive and slightly melancholic when autumn and winter descend upon my reality.  My emotions are fleeting, as are the seasons, because I am aware that they are cyclical and will return upon the completion of the cycle of their movements.  I move with a rhythm all my own, but one that ties with the tides and the winds.  Since the tides are affected by the Moon and the winds are affected by the Sun; it follows then that I dance to the rhythm of the Sun and the Moon.

The Sun and the Moon are but two small cycles within our galaxy.  They dance and twirl with their own individual rhythm, spinning and cavorting with their various partners, bowing and whirling, hurtling through space.  The Moon’s partner is the Earth.  The Earth’s partner is the Sun.  The Sun’s partner is an as-yet-unnamed celestial entity.  The only thing we know for certain is that this entity must also obey the laws of the universe.  This means that as long as we take the laws of the universe into accordance, we will be able to understand and pinpoint the location of the sun’s dance partner.

There are a few things we do know:
1.  The Moon’s speed as it races around the Earth is 1.022 km/sec.[1]
2.  The Earth’s speed as it circles around the Sun is 29.8 km/sec.[2]
3.  The Sun’s speed as it twirls around its partner is 430 km/sec, as susggested by astrophysicist Reg Cahill.[3]

The only speed we have not yet calculated is the Sun’s parther’s speed because we still have not yet identified the Sun’s partner.  This mysterious partner is somewhere in the distance still, but the dance step is taking the partner back to the Sun, as dance steps must.  It won’t be long before we will know for certain what this partner looks like.

To understand the peculiarities of this mysterious Solar partner, we have to look at our own Moon.  The moon is an ancient being with peculiarities of its own.  It shines above us at night, stirring the ebb and flow of the tides that are necessary to renew life cycles.  It dances to the rhythm that the Earth dances to, but since the Earth also dances to the Sun’s rhythm, it also shows the Sun’s rhythm.  In this manner, it acts as a silent witness to an eternal love affair that the sun has with its counterpart.

Being a silent witness however, does not mean it cannot give testimony.  It only means we have to figure out how to read its silent message.  Here is what it has been saying throughout the ages.

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…the Moon does not lie. Its movement is exact and acts like a witness to the Earth’s motion. The only way the Sun can appear to move around the Earth, and be confirmed by lunar data, is because the Earth is spinning on its axis. Likewise, the only way the Earth’s axis can appear to precess or wobble relative to inertial space, and not wobble relative to the Sun as confirmed by lunar data, is if the solar system (the reference frame that contains the Sun and Earth) is curving through space. Furthermore, the only way the solar system can be curving through space at a rate of 50 arc seconds per year, is if it were gravitationally affected by another very large mass: a companion star. ~ Binary Research Institute[3]

To determine the probability of fact however, we need more than one point of reference.  As solid an indicator as the Moon is, we still need more corroborative points of references.  In comes a Serbian geophysicist and astronomer named Milutin Milanković who gave us the Milankovitch Cycles back in 1934 which was detailed in his book Celestial Mechanics[4] as well as a further detailed analysis of the cycles in his paper New Results of the Astronomic Theory of Climate Changes in 1938.[5]

The Milankovitch Cycles have been mathematically determined by studying past global climate changes over millions of years. One of the causes in climate change is precession of the equinoxes, which has a period of approximately 25,772 years, over millions of years.[6]  If we use Milankovitch Cycles and combine it with the binary cycle, we have a consistent match of records.  This means that our global climate change is directly tied to the dance pattern of our Sun and its partner, the heretofore mysterious entity which waltzes in and out of the Sun’s reach once every 22,772 years.

We are still technically within an ice age since we still have ice sheets which cover the north and south poles of our planet, but from all indications, we are rapidly moving out of this ice age and entering an Interglacial Age, that period which falls in between two ice ages.  These cycles go round and round, without fail.  When we take all this into account, we can delve back into the past to ascertain what has occurred and why it occurred.  We can also take this into the future and predict what will happen next.

I love mysteries, don’t you?

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1.  Moon

2.  Earth

3.  Binary Research Institute

4.  Celestial Mechanics.  Milutin Milankovic.  1934.

5.  New Results of the Astronomic Theory of Climate Changes.  Milutin Milankovic.  1938.

6.  Precession of the Equinoxes