originally posted in:Secrets of Destiny
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The Traveler weighs approximately [b]185,333 times more than the Earth.
[/b]
I have some questions for you guys at the bottom of the post that relate to my assumptions and calculations, I want input from other passionate lore fans:
[b]Data, assumptions, volume calculations:[/b]
[spoiler]Measuring conservatively by using a ruler on my monitor to compare the traveler and a skyscraper, I got results that said the Traveler is approximately 22 times taller than the tallest tower in the center of The City.
Assuming the towers are similar to current human skyscrapers, I am giving them a height of 1,000 meters.
The traveler is roughly 22,000 meters tall.
I assume the outermost two layers [url=https://guardianrecon.files.wordpress.com/2014/05/traveler-close-up.jpg](the gray and the white plating[/url]) to be in total 1km thick.
Using a radius of 11,000 meters, I calculated the volume of the entire Traveler
V = 5.58×10^12 Cubic Meters
Subtracting the volume of a sphere with a radius of 10km from the volume of the Traveler in order to find the volume of the mantle
5.58×10^12m^3 - 4.19×10^12m^3
= 1.39^12m^3
That’s 1,390,000,000,000m^3
One trillion 390 billion cubic meters. [/spoiler]
[b]The materials listed by the Grimoire:[/b]
[spoiler]“Ghost Fragment: The Traveler
Dreams of Alpha Lupi
You have lived as invisibly as possible, flicking from solar system to solar system, making grand plans, overseeing the culturing of civilizations, before leaving in a blink. But you have no recollection of ever wanting worship or even thanks from those blessed by you.
But memory is heavy now.
It feels like lead and neutronium and electroweak matter fashioned into a moon-sized ball that you must carry as you move.
Now, your flight is rapid, your vast mind infected with such dread and toxic doubt that you find yourself afraid of the simple act of thought.
And it is your children you must turn to now, in time of need.”[/spoiler]
[b]Final calculations:[/b]
[spoiler]
Three materials are listed, Lead, Neutronium, and Electroweak Material. I’m paying close attention to the mention of Neutronium, as it would be the best choice for outer armor plating on the Traveler.
Neutronium is a superdense material thought to be at the center of neutron stars.
It has a density of 8×1017 kg/m^3
http://en.wikipedia.org/wiki/Neutron_star
Multiplying the weight per meter cubed of Neutronium by the volume of the Traveler’s mantle:
8×10^17kg/m^3 * 1.39^12m^3
= 1.112x10^30 kg
The Earth itself only weighs 6x10^24kg.[/spoiler]
To sum up, if the traveler’s outermost 1 kilometer of shell is made from neutronium, then it is [b]roughly 185,333 times more [i]massive* [/i]than the Earth. [/b]
*Thanks to Jarod for helping me realize I was being a bit to casual in my terminology, lol.
[u]Important questions that I have for you guys:[/u]
[b]Are my calculations sound?[/b]
Just looking at the scars on the Traveler and knowing there is and clockwork-style internal structure is how I got my guess of a 1km thickness for the outer plating. [b]Do you guys have any better guesses or ways of figuring out the thickness?[/b] Please do not refer me to the early concept art of the Traveler as the design has changed a great deal since then.
“Electroweak Material” confuses me, I know some chemistry, not much in the way of physics lol. [b]Anyone here know what it might be?[/b] I was thinking some sort of magical graphene or silicon.
EDIT: Had some good comments left by fellow forums goers, apparently I don't need to worry about accounting for this stuff.
If someone who has a big flatscreen TV could get me a measurement of the tallest tower and a measurement of the traveler in centimeters, I would be happy to go back over and refine the calculations, TBH I got them using a ruler on my small-ish PC monitor that I have plugged into my One.
And guys, no one unplug the antigravity…
Special thanks to Charlemagne and Qwerty for fact checking me while I was making rough drafts of this.
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I bet you could do some trig by observing distances and angles of known objects around the tower and comparing it to the size of the traveler. I think your biggest issue with your calculations are that they are assuming your clearly coffee stain picture is to scale. If I know anything, it's that there have been a dozen different images of the traveler, the city, and Earth at different scales. As far as what electroweak material is, it's likely relating to the electroweak force, a combination of the electromagnetic and weak fundemental forces (I'd say it's worth noting that the description says it [i]feels[/i] like lead, neutronium and electroweak, but I'll leave you to decide if that's metaphor or not). The electroweak force only arises when temperatures are high enough (10^15, according to Wiki), and can lead the the formation of massive (read "has mass," the opposite of "massless") subatomic particles: the W and Z gauge bosons, which are responsible for the weak force and interact heavily with the Higgs field. That last bit might be a clue. It's proposed that most mass of an object comes from the innumerable virtual bosons exchanging energy between quarks (which make up the protons and neutrons in atoms). These particles have mass, which indicate they interact with the Higgs field, which is said to give mass to particles. Perhaps "electroweak" in this case is indicating a larger than rational presence of exotic bosons (species of bosons that are created when the electromagnetic and weak forces combined as described earlier) which may interact more heavily with the Higgs field, fitting, in a rough not-entirely-scientific way, with the inclusion of known heavy particles of lead and neutronium. Just my guess.