Shepard Quest Mk V, Base of Operations (ME/MCU)

Or you could combine both. "[] Look for a scientist, such as a plasma/high energy physicist, who could help us make DEW-resistant shields" uses both our scientific knowledge AND is gamer-friendly.
that could be pared down a bit more
"[] look for a plasma/high energy physicist primarily to help research Shields to deal with DEW"
 
Ok, I can live without specification. I don't like it, as I think it would be efficient, but ok. Also, I'll look into designing a mass-effect based DEW shield. I have some ideas.
 
Not specifying the scientific branches you want, and making do with what your goal is is fine.

It should also be stated that "high energy" means two very different things in physics and engineering.
 
So I was bored but faaaar too tired to actually finish redesigning the Tiger (I have actually done that since I started writing this...) so I instead came up with a new branch to the tech tree. It seems like a good idea but that might just be the sleep deprivation talking.


Advanced Eezo Theory (200)
You've already got an excellent grasp on the hows and whys of Eezo, after all you created your first perpetual motion device years ago, but with your work on the Arc Reactor, the attack on Mindoir and creating Paragon Industries you haven't really had a chance to familiarize yourself with the more cutting edge and exotic ideas. (Small bonus to all Eezo Tech)

Alternate Core Design (400)
Over the years there have been countless attempts at improving the design of Eezo cores, which have never notably improved from the Prothean drives discovered by numerous species, ranging from spinning torus cores to multiple cores to external rings but even though the math works for some of these designs none of them have ever panned out. But none of these attempts have been done by Revy Shepard! (Increased Drive Endurance)

Compact Core Design (800)
Building on top of your revolutionary drive design the next thing to do is make it smaller. Smaller drives would make FTL cheaper and let things like Fighters, Shuttles or even things like the Tiger* capable of interstellar travel. So what if they say it's impossible, what do they know! And who are they anyway? (Increased FTL speed**, Compact FTL Drives become available)

Ultra-Compact Core Design (1600)
You were told it couldn't be done but you made FTL drives that could fit in light vehicles. Now it's time to do it again and make an FTL drive you can fit in your suit. You always liked the idea of flying around the galaxy superman style in one. Time to make it happen! (Increased FTL Speed, Ultra-Compact FTL Drive becomes available)

Improved Communication Relays (400)
Nothing is more irritating then when your seconds away from winning a game of Warhammer 40k online and then some Bureaucrat designs he needs to download the latest Blasto movie right now on his government terminal and you lose your real time connection. Guess the only way to solve it is to build a better relay. (Increases communications bandwidth)

Advanced Communication Relays (800)
//Flavor Text Goes Here - Help?// (Increases communications bandwidth)

Miniature Relays (1600)
//Flavor Text Goes Here - Help?// (Allows for the creation of Relays capable of transporting objects no more then 100t in mass) (Locked until Study of Prothean Relay)

Relays (6400)
//Flavor Text Goes Here - Help?// (Allows for the creation of full scale Relays)

Quantum Entanglement Communication (800)
Scientists have been poking and prodding entanglement and various other forms of spooky action at a distance for centuries. It's only been in recent years that any breakthrough have been made. While everyone else is still decades/years away*** from a working prototype your sure you can do it faster. (Quantum Entanglement Communicators available for construction)

High Bandwidth (1600)
QECs are great for chatting with Brian, or keeping in contact with your labs on other worlds but they are just too low bandwidth to replace the com relay system. That you can change however. While your old QECs only used a single par of particles these ones will have numerous pairs that allow for significantly more bandwidth. (Increases QEC bandwidth)

Peer-to-Peer (1600)
//Flavor Text Goes Here - Help?// (Allows for QECs to connect to multiple partners)



*To be updated as/if needed
**Basically the idea is that to make compact drives you need to make Eezo more efficient by increasing the mass reduction per unit of Eezo. Which means that a Frigate could get by on a smaller drive, making it cheaper, or keep using a drive of the same size but go faster.
***Update as/if needed



I'm sure there will be issues and things that need to be discussed. The whole thing might end up getting thrown out and redone. But I hope this provides a good starting point.
Did you read Warringer's original fiction story "On The Shoulders of Giants" on SB? The Local Compact (the Alliance of Humans of and non-ME-canon races) has this neart thing called "Floating Ground Static Discharger" that makes the need to do a planetary drive-core discharge a thing of the past, aka, infinite range FTL drive.
 
Not specifying the scientific branches you want, and making do with what your goal is is fine.

It should also be stated that "high energy" means two very different things in physics and engineering.
Yeah, sorry about that. I meant engineering perspective. Physics one would be useful against particle beqm weaponry, maybe.
 
Found this in regards to cold plasma: http://www.rense.com/general2/ddy.htm

Seems somewhat legit: http://en.wikipedia.org/wiki/Mounir_Laroussi

Although we are a long way away from actually using the stuff as shields in Real Life.

Turns out one of the problems of using cold plasma is that it can block the users radar and laser guidence systems....maybe some kind of 'targeting sensor detection system' could be set up so only the nearby plasma generators activate and spread the plasma in the needed area?
 
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Did you read Warringer's original fiction story "On The Shoulders of Giants" on SB? The Local Compact (the Alliance of Humans of and non-ME-canon races) has this neart thing called "Floating Ground Static Discharger" that makes the need to do a planetary drive-core discharge a thing of the past, aka, infinite range FTL drive.

I never really could get into that story for some reason. Mind linking to the relevant update?
 
Ok, I can live without specification. I don't like it, as I think it would be efficient, but ok. Also, I'll look into designing a mass-effect based DEW shield. I have some ideas.

If I recall correctly it is possible in universe to block DEWs with Mass Effect shields, admittedly I remember that it's the Reapers doing this and really one shouldn't be surprised if they can do anything with ME based tech.
 
[X] Letter of the law. Produce 50,000 Arc Reactors for the Citadel market. Let Lindsey handle the rest of your available production capabilities.
[X] IFV - UberJJK
[X] Clean break
Spare time (pick two)
[X] Headhunt a research hero (this will not necessarily come into fruition immediately).
--[X] Biology, preferebly a hanar one
[X] Hang with Liara
Other Company Stuff:
[X] Build 3 Factory III's in each of Mindoir's other cities (total: 6), and upgrade the Factory I and II in Landing to Factory III's as well (total: 2). Total Cost: ~9 Billion, ~3 Billion left
[X] Begin to look into expanding Paragon Industries beyond Mindoir.
--[X] Specifically, about acquiring land on Earth.
 
I never really could get into that story for some reason. Mind linking to the relevant update?
Here it is.
http://otsog.warringersworks.com/index.php?title=2011
The ISA successfully adapts the first Elder Thing FTL core to their own technology. Rather then making the same errors as the Chinese, they integrate larger capacitors to feed more energy into the FTL, while using a different set of capacitors to migrate the static problem and a set of cathode ray tubes to try and get rid of the static on the go. The first FTL is fitted into the Freedom, who does a few trial jumps within Cislunar space before going for Mars.
I am also calling Warringer to explain this better then me. @Warringer
I think he got the idea from here.
https://www.fanfiction.net/s/7145881/8/Exodus-of-Stars
Use text search: floating ground
 
Biotics are perfectly capable of creating a gravitational lens. It shouldn't be hard to deal with a laser.
Lensing is better for concentrating fire. I am thinking something far more efficient. Defense that would make lasers unusable completely. Also, now that I think of it, perfect stealth in space. Because if you can completely block radiation from coming through, then, well, you've got perfect stealth in space, except for gravitics. The idea is based on usingtotal internal reflection and creating a "layered shell" of FTL grade mass effect fields over the ship with "rough edges" formed in such a way that there's no wave that can pass it. Right now I'm doing physical description and thinking of whether it's possible or not. Because, man, perfect stealth in space and absolute (you might say conceptual, even) defense against EM radiation (at the cost of complete blindness, though).
 
Lensing is better for concentrating fire. I am thinking something far more efficient. Defense that would make lasers unusable completely. Also, now that I think of it, perfect stealth in space. Because if you can completely block radiation from coming through, then, well, you've got perfect stealth in space, except for gravitics. The idea is based on usingtotal internal reflection and creating a "layered shell" of FTL grade mass effect fields over the ship with "rough edges" formed in such a way that there's no wave that can pass it. Right now I'm doing physical description and thinking of whether it's possible or not. Because, man, perfect stealth in space and absolute (you might say conceptual, even) defense against EM radiation (at the cost of complete blindness, though).

Question is, what would happen to the EM radiation that is emitted by your own ship? I mean stuff like fusion based drives and fusion reactors pump out a lot of heat, right? So wouldn't all of that bounce back and hit the ship?

Well, with replusors and arc reactors its a moot point, but what if the Alliance doesn't want to wait for us to come out with a frigate design?
 
Question is, what would happen to the EM radiation that is emitted by your own ship? I mean stuff like fusion based drives and fusion reactors pump out a lot of heat, right? So wouldn't all of that bounce back and hit the ship?

Well, with replusors and arc reactors its a moot point, but what if the Alliance doesn't want to wait for us to come out with a frigate design?
It's the same as Normandy's heatsinks, really, only possibly working across all spectrum, and rendering the ship blind.
 
It's the same as Normandy's heatsinks, really, only possibly working across all spectrum, and rendering the ship blind.

And depending on the exact function there are ways around that.

Drop some tiny drones powered by arc reactors with super conductors and passive sensors, to minimize their output, as well as a QEC connected to the ship.

QEC should bypass the EM shield allowing the ship to scan the surrounding area using those sensor drones.
 
And depending on the exact function there are ways around that.

Drop some tiny drones powered by arc reactors with super conductors and passive sensors, to minimize their output, as well as a QEC connected to the ship.

QEC should bypass the EM shield allowing the ship to scan the surrounding area using those sensor drones.
Indeed. Also? I gave up on trying to do a serious and really indepth (starting from Maxwell's equations) analysis. Suffice to say that, to me, at a first glance, it seems like it could work. Now, having read up on the process beyond wiki and after refreshing my memory, it's not as "conceptual" as it would look. The formulas are for stationary process. For the impulse process part of the wave will always pass through, no matter what. After the start of the impulse the reflection coefficient will rapidly approach 1, but, at the start, it'll be lower. SO, it's not "perfect" or "conceptual", but it's still a near-perfect defense against lasers, and a perfect stealth in space. Adding to that the redshifting effect, and massive refraction... Yeah, it's a good way to make anti-laser defense and a stealth system. I'll do a diagram in a moment.
 
I've had an idea for a research option we might want to look at.

The biggest problem with a lot of our technologies is heat build up, because heat is hard to disperse in space. But, I think we've overlooked a place to dump it. Revy has already violated the laws of thermodynamics in at least two different ways, so why not a third? We can draw energy directly from the quantum vacuum, that's what runs the arc reactor. Heat is a kind of energy. So why can't we reverse the process? Dumping unwanted energy back into the vacuum?
 
I've had an idea for a research option we might want to look at.

The biggest problem with a lot of our technologies is heat build up, because heat is hard to disperse in space. But, I think we've overlooked a place to dump it. Revy has already violated the laws of thermodynamics in at least two different ways, so why not a third? We can draw energy directly from the quantum vacuum, that's what runs the arc reactor. Heat is a kind of energy. So why can't we reverse the process? Dumping unwanted energy back into the vacuum?
With mass effect losing heat is completely possible and viable. Actually, a further simple upgrade of the proposed complete EM blocker would also work as a cooling system.

EDIT: I was wrong, I think. I'll have to think about it.
 
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