Author Topic: Earth 6.5- The Official "No nukes" version  (Read 176259 times)

This is all invalid because he said "new missile"
New has different meanings. He doesn't mean "new" as in a new kind, he means "new" as in it's just a new particular instance of a missile that he made.

Epsilon claims all the territory on page 102 for no reason. Unless someone else wants it. We're not gonna fight for a few feet, so you can have it.

Sorry, but can you remind me of what HTAU is? I have not really read the history books yet XD
Horizon Technologies Advancements Union.

It is a formal panel of scientists from multiple countries that work towards advancing technology as a whole.
Current members are:

Federation of Erinaum, New Italian Republic, Rovercia, and Telar.

Horizon Technologies Advancements Union.

It is a formal panel of scientists from multiple countries that work towards advancing technology as a whole.
Current members are:

Federation of Erinaum, New Italian Republic, Rovercia, and Telar.
Joining!

Joining!
Cool.

Add this to Epsilon's page.
Code: [Select]
[b]Formal Technological Advancements Network:[/b]  Horizon Technologies Advancements Union  [i][HTAU][/i]
Also, due to a mutual agreement, Gravitanium cannot be used as a technology commonly until 2027.  (Rules of topic)
« Last Edit: September 12, 2012, 11:48:43 PM by SWAT One »

Cool.

Add this to Epsilon's page.
Code: [Select]
[b]Formal Technological Advancements Network:[/b]  Horizon Technologies Advancements Union  [i][HTAU][/i]
Also, due to a mutual agreement, Gravitanium cannot be used as a technology commonly until 2027.  (Rules of topic)
hmm? Oh, sorry... but isn't it 2027 now? I know the topic says 2024, but that hasn't been updated for 3 days, meaning it is now available. Besides, it will take a while to get it to the point of it being usable.

Well, we go by the year on the OP.  Since it is wartime, then I suppose that the scale is slower.

Well, we go by the year on the OP.  Since it is wartime, then I suppose that the scale is slower.
I think it's fair to say that since it's been a few days and it is explicitly states 1 day = 1 year, research is allowed. Maybe due to wartime, it might be one year behind, but honestly... ah nevermind.

*cough* Ahem....
Due to gravity-related personnel injuries, Gravitatium research has been suspended in order to find a safer way to test it. Apparently when applying pressure the mechanical arm slipped and sent the ingot flying, hitting someone. The immense pressure of this and the impact created a considerable amount of gravity, causing damage to equipment and throwing others off-balance. Off course, gravity implosions are not good for people, either. Caused them to slip and it messes with the ear.

In the mean time, we'll be researching safety equipment like this and other projects like it.

(We, of course, being Epsilon, not HTAU)
« Last Edit: September 13, 2012, 12:01:47 AM by TristanLuigi »


Beachhead. Red line separates those allied against Syriak and Syriakian territory. Black squares are cities and are darkened based on their importance, military bases are blue can darkened based on their importance, the capital is red.

I think it's fair to say that since it's been a few days and it is explicitly states 1 day = 1 year, research is allowed. Maybe due to wartime, it might be one year behind, but honestly... ah nevermind.
*cough* Ahem....
Due to gravity-related personnel injuries, Gravitatium research has been suspended in order to find a safer way to test it.

In the mean time, we'll be researching safety equipment like this and other projects like it.

(We, of course, being Epsilon, not HTAU)
HTAU is already using safe GMT (Gravitanium Multiple Type) Reactors.  They are 100% efficient and functional.  HTAU is just looking for a better way to mine for gravitanium.

Gravitanium Reference Post

HTAU is already using safe GMT (Gravitanium Multiple Type) Reactors.  They are 100% efficient and functional.  HTAU is just looking for a better way to mine for gravitanium.

Gravitanium Reference Post
Mining is tough because when you hit it with a pick, well it creates gravity >.< which can cause structural damage to the mines and slam peoples heads against rock.

Except Erinaum's labor force is entirely automated.  Erinamese labor robots have no problems mining it.  We're looking for ways to detect it, generally in large sources.

Except Erinaum's labor force is entirely automated.  Erinamese labor robots have no problems mining it.  We're looking for ways to detect it.
...you guys are pretty advanced.

A possible detection method is applying a large amount of pressure to land and detecting fluctuations in gravity. Possibly place a significantly heavy weight on the ground and use aerogel to detect gravity changes. If it changes a lot with the added pressure, it's safe to say there is a lot of Gravitanium. Have we determined the atomic number of Gravitanium yet? We've just arrived at this planet, we stopped an uninhabited one to grab some fuel. It's not viable for life, considering it has no water and a thin atmosphere, we just stopped there for fuel- so we arrived a tad late and a bit behind with what's been going on.
« Last Edit: September 13, 2012, 12:10:27 AM by TristanLuigi »

Gravitanium is not normal matter.  It is a single subatomic particle that has a positive charge, consisting of several quark combinations, and has electrons rotating around it.

Its mass number is between 158 and 162.  The reason for this is that it was high-energy matter that was expelled from a wormhole, after passing through a black hole.

However, applying pressure will make surrounding structures unstable.  The inefficient and unsafe method is to fire Gamma Radiation into the ground.  Gravitanium will return a large amount of energy back, which then tells its location.  The problem with that, though is that it's Gamma Freaking Radiation.  You just don't use that.

All we know is that it is most often found in gravel or any porous substance that allows liquids to settle in it.  It is safer to mine off of those sources because gravity is not being generated, but energy is.
« Last Edit: September 13, 2012, 12:17:21 AM by SWAT One »

Gravitanium is not normal matter.  It is a single subatomic particle that has a positive charge, and has electrons rotating around it.

Its mass number is between 158 and 162.  The reason for this is that it was high-energy matter that was expelled from a wormhole, after passing through a black hole.

However, applying pressure will make surrounding structures unstable.  The inefficient and unsafe method is to fire Gamma Radiation into the ground.  Gravitanium will return a large amount of energy back, which then tells its location.  The problem with that, though is that it's Gamma Freaking Radiation.  You just don't use that.
Wait a second
wait a darn second
You said Gravitanium has a positive charge... if we find one with a NEGATIVE charge, chances are we'll have a repulsion element. Note that I said charge, not antiparticle because we don't want stuff exploding. Just the same particle, put reversed charge. Same spin and all. All theoretical of course, but I think what causes the attraction is the fact that positives attract negatives. Since electrons are on the outside, the Gravitanium would attract the electrons and not the protons because they are closer. If we had a negative charge, it would repel electrons and our technology is better.
« Last Edit: September 13, 2012, 12:18:37 AM by TristanLuigi »

Look at the Gravitanium Reference Post.  There are some isotopes of Gravitanium that repel.  (Also Gn-159 and Gn-162 are radioactive;  Do NOT use in ANY circumstance)