Mad wrote:AVOGARDO, aka Who is like God arbour wrote:I ask you hereby explicit and formally, to provide evidence, that my banning was justified.
This will be easy.
Debating Rule 5
Do not employ the "broken record" debating style. Continuously repeating yourself regardless of what others say is a quick way to get banned.
He starts making claims:
AVOGARDO wrote:If the ship is travelling to you with a constant velocity, you can calculate this with the increasing gravitation, unless you think, it would loss its own mass while it is flying. Furthermore there could be a kind of Doppler effect in the gravitons.
Now, this was after I explained what is going on:
Mad wrote:And, if there happens to be two starships, well, you're kind of screwed because you won't find either. You will, however, find your measurements pointing to a lot of nothing somewhere in between those two ships.
That should show why realspace gravity detection is not reliable except under special circumstances. A gravimeter cannot differentiate between different sources of gravity, but will lump it all together in a single vector.
So I show that this is wrong again:
Mad wrote:No, even those ideal circumstances wouldn't help. If you don't know what its velocity is (and what are the chances that it'd be constant?), then you don't know if it's a big object moving slowly or a small object moving quickly.
So he repeats his argument:
AVOGARDO wrote:No, if you assume that velocity and mass are constant, than you could calculate with the increasing gravitation the velocity. That both are constant is likely to be usual. Why should someone change its velocity or mass during travel between two points, for example two planets? Every change in the velocity needs energy. It could happen, sure, there could always be a reason, but that would not be a normal case.
Even if the ship are evenly accelerating, this calculation should be possible.
I show the problem: you won't be able to tell if it's a massive object with a lower relative velocity or a less massive object with a higher relative velocity. AVOGARDO response is that it is possible.
He also adds:
AVOGARDO wrote:I never said, that you could get a distance with this method. But If you have the distance through other sensor systems, you can calculate the mass via its gravitation.
So I show him that it is not possible:
Mad wrote:One starship of unknown configuration is sitting 100 kilometers away from you directly to port. Another starship of unknown configuration is sitting 100 kilometers away from you directly to starboard. You gravimeters are reading .002 m/s^2 to starboard. Both ships are stationary relative to you.
What are the masses of the two ships?
After he is unable to answer, I make my point:
Mad wrote:But you claimed that a starship would be able to calculate information from the same kind of information given.
Clearly, you need more information than that which a gravimeter can give you.
He continues his claim:
AVOGARDO wrote:I never said, that you could get a distance with this method. Hell. it's a sensor to detect gravitation an not for distance. But If you have the distance through other sensor systems, you can calculate the mass via its gravitation.
So I need to be more clear, obviously, because he's not getting it. So I try t be as clear as possible:
Mad wrote:Let me make it clear: the two word problems I gave you are impossible to solve. They simply don't give you enough information to do anything except get a continuous range of possible answers. If you looked up the equation for calculating acceleration due to gravity and had any understanding of basic algebra, then you would realize exactly why I say that.
Note that the problem I give has distance and the gravimeter reading, which he claims is enough. I state that it is not enough information. What is his response? Why, he's a broken record!
AVOGARDO wrote:Let me make it clear: Your argument was obviously utterly absurd. For this, I haven't bothered to even look at your givings and or think about it.
You could have given me, what you have wanted. Even if your givings would made it able, to calculate something, I wouldn't have bothered to think about it. Mainly cause I wouldn't be able to calculate somehing.
[...]
It is possible to calculate the mass of both ships together.
And if you would have a third source of gravitation and would monitoring the change of the position of both ships to this third source, you should be able to determine the mass of both ships.
Yes, that's right, AVOGARDO continues to make the same claim even though he can't back it up.
In addition, the thread these posts are from, "
[OFFICIAL] What are Star Trek sensors really capable of?," has the following ground rules: "Any factual assertion must be backed up with the name of the episode from which the observation was derived, as well as useful descriptions (ideally including screenshots, although that is not a requirement)" and "Conclusions should be derived from observations (no pure speculation)." The thread "should involve theorizing about what these systems are actually capable of."
Keeping this in mind, I mention:
Mad wrote:And just because a character thinks something is possible doesn't mean it's actually possible. The fact that so few people have experience with theta-band carrier waves is evidence enough that they are not commonly used in Federation sensors.
He misses the point:
AVOGARDO wrote:Please, can you try not to use cheap symantics. It is clear, that he thinks, it is possible. And he has more knowledge about possibilities at a basic principle than you or every other person.
I ask you again: I have no reasons to believe that he is mistaken in his belief, that it is possible. Do you have any indication for a mistake on his part?
Mad wrote:It doesn't matter if it's possible, it matters if they already do it in sensors. We are talking about sensors in use by the UFP. Theoretical sensors don't matter in this discussion, because, by definition, theoretical sensors are not in use by the UFP.
I'm not sure what to make of his response...
AVOGARDO wrote:That is correct. But you don't understand, that we theorize about the functional principle of this sensors. And that are only theories. Because we don't know, how this sensors are working. We have some leads, that it is possible to send energy and matter through subspace. If we want a superluminal sensor, the sensor signal have to be sended through subspace. The question is only, what kind of sensor signal we have.
Either he doesn't want to stay on topic (discussing sensor capabilities), or he still thinks that Captain Picard is one of the few people with the expertise needed to work with subspace sensors. Either way, it's more broken record debating.
Let's combine these with his other infractions.
Posting Rule 3
Serious lies are not acceptable on this forum. If it is found that you have lied about your identity, your background, your accomplishments, or your status in life, you may face disciplinary action. If you are found to be consistently dishonest in forum discussions, that may also lead to disciplinary action.
AVOGARDO wrote:Second, I have no clue about the demeanor of positrons. If the interference through positrons from several other sources is to high, maybe they aren't coming in a straight line. As far as I know, gravitation is bending space.
He clarifies to say:
AVOGARDO wrote:It schould be obviosly, that I didn't mean positrons but gravitons.
So he means to say he doesn't have any "clue about the demeanor of gravitons." I double-check that with him:
Mad wrote:So then you're saying you have "no clue about the demeanor of gravitons"? In that case, why are you trying to debate regarding them? You are clearly in over your head here.
He then lies about his knowledge:
AVOGARDO wrote:Only because I have unintentional made a mistake doesn't mean, that I have "no clue about the demeanor of gravitons"
First he says he doesn't understand gravitons (originally the typo "positrons," and his later clarifications shows he was discussing only gravitons), then he claims that is not the case. A very clear lie.
Is that the extent of his lies? No.
AVOGARDO wrote:I would even accept a speculation from someone, who is very well versed in these subjects.
That person would have to be a scientist and would have to research this subject and must be an accepted expert on this subject.
An engineer would not be such an expert.
But even this person would have to try to explain the reasons for its speculation.
I reply:
Mad wrote:I like how this moron who doesn't understand anything about gravity, science in general, logic, debate, or even how to perform simple calculations wants us to believe his speculation is possible, yet he will only accept any kind speculation from an astrophysicist who has done research specific to gravitons.
For some reason, he doesn't like this characterization of himself and pathetically defends himself:
AVOGARDO wrote:And I have said, that >> I would even accept a speculation from someone, who is very well versed in these subjects. <<
And you claim, that I have said, that I >> will only accept any kind speculation from an astrophysicist who has done research specific to gravitons. <<
My reply speaks for itself.
Mad wrote:You said "That person would have to be a scientist and would have to research this subject and must be an accepted expert on this subject" and "An engineer would not be such an expert." That you specified who does not qualify shows that there are people you will not accept this stuff from (such as engineers).
He doesn't bother to reply to that as far as I can tell.
Debating Rule 6
If you are asked for evidence to support a claim you've made, you should either produce this evidence or concede the point until such time as you can produce this evidence. People who consistently ignore requests for evidence to support their claims (particularly contentious claims) are not looked upon kindly here.
AVOGARDO wrote:In the Eiffel at Effelsberg is a moveable radio telescope, which is able to detect the energy which is released by a melting snowflake on the surface of Mars. That would be an energy so miniscule at any kind of astronomical range too.
It was build 1972. I think, I can conlude, that a sensor system in 400 years is far more advanced.
AVOGARDO is quickly called on the scientific impossibility of a snowflake releasing energy as it melts, so he restructures his argument:
AVOGARDO wrote:It was a joke. How do you say it on english? A oxymoron?
I have used it to make it clear, that even a telescope of today is able to detect energy so miniscule at any kind of astronomical range.
But it is nevertheless possible. You have a reading from Mars with a constant energyoutput. Then the snowflake is melting. You can read the subside of energy.
He is then asked to back up the capability. His responses fail to provide any meaningful information:
AVOGARDO wrote:That is not an extraordinary claim. There are things which could assumed as commonly known.
If you have no clue, than you should read a website from such a telescope.
For example:
http://www.mpifr-bonn.mpg.de/div/effelsberg/
There are many other telescopes and websites.
The website he links to does not substantiate his claim from what I have read from it.
Disciplinary Action 1
In some cases of severe rule violations, we will ban you. We might also ban you if we launch a ban poll and a majority of users decide that you are worthless.
Imperial Rules 2
The administrative staff will decide what is an appropriate punishment when someone breaks the rules. Sometimes we may be in a lenient mood, but that does not tie our hands for the future.
There's more infractions that he's committed (Wall of Ignorance / broken record debating, refusal to provide evidence for claims, and general dishonesty), but this is just a sampling of how AVOGARDO has broken the rules. Based on his broken record debating and refusal to provide evidence for his claims (especially with his general inability to accept correction), there was sufficient grounds for a ban poll to be created. Once the ban poll is posted, it's basically up to the Senate for how things proceed.