Laura said:I think that's fair enough.
But here's the rub: a lot of people look up to you,
and when you declare more or less unequivocally that you are not going to read a book written by a whacko disinfo artist, many of those other people ALSO think "well, Guardian says its bad, so I better not read it."
And that is exactly counterproductive to what many people actually need to be doing: learning how to read/weed/interpret on their own because the network will not always be available.
So, indeed, while you may not need to read such a book, other people do, and I NEED THEM TO READ AND DISCUSS IT so we can sift the wheat from the chaff for everyone's sake.
Laura said:Guardian said:Much of this discussion has been centered around why I should read a book written by a disinfo agent...not whether or not Laura should. My point is that while Laura actually has a reason and need to read these books, I don't... and NEVER have to do anything I've ever done.
I think that's fair enough.
But here's the rub: a lot of people look up to you, people who do not have your skills, and when you declare more or less unequivocally that you are not going to read a book written by a whacko disinfo artist, many of those other people ALSO think "well, Guardian says its bad, so I better not read it." And that is exactly counterproductive to what many people actually need to be doing: learning how to read/weed/interpret on their own because the network will not always be available.
Additionally, I rely on the network very often to be my eyes and ears. You may have noticed my Acknowledgements page in "Horns of Moses" where I thank the members of this forum for their research and discussions which very often figure significantly in the solution to issues when discussion is engaged in openly and organically.
So, indeed, while you may not need to read such a book, other people do, and I NEED THEM TO READ AND DISCUSS IT so we can sift the wheat from the chaff for everyone's sake.
anart said:Yes you are. If you could just try - just once - actually try to listen instead of defending yourself - to actually LISTEN to what people are saying to you, then perhaps we could get somewhere. You aren't listening.
That makes no sense regarding the discussion at hand - writing books IS what some people do, after all.
At no point in this discussion has your point been that Laura is a teacher - see how you shift what you say in order to maintain being "right", even when you're not?
"Maybe that's just the difference between someone who lives to teach, and someone who lives to make sure those folks are safe and free to teach?"
No, you used sarcasm and eye rolling and all sorts of rather snarky tactics to denigrate the fact that others think it's a good idea to read this book in order to glean information. That is what you did - that is denigration.
What other "empirical evidence" have I missed?
It would actually be helpful if, in the midst of all that, you learned to actually listen to the people you claim to want to protect.
As Laura said,
Laura said:Along the lines of Punch and Judy, here's an interesting interview with Gordon Duff:
http://www.veteranstoday.com/2013/03/18/911-interview-with-gordon-duff-sahar-university-video/
What do ya'll think of this?
Laura said:Along the lines of Punch and Judy, here's an interesting interview with Gordon Duff:
http://www.veteranstoday.com/2013/03/18/911-interview-with-gordon-duff-sahar-university-video/
What do ya'll think of this?
Guardian said:anart said:Yes you are. If you could just try - just once - actually try to listen instead of defending yourself - to actually LISTEN to what people are saying to you, then perhaps we could get somewhere. You aren't listening.
Yes I am listening to you. If I was ignoring you I would not be this frustrated.
Laura said:Along the lines of Punch and Judy, here's an interesting interview with Gordon Duff:
http://www.veteranstoday.com/2013/03/18/911-interview-with-gordon-duff-sahar-university-video/
What do ya'll think of this?
Guardian said:Pashalis said:Guardian I have to say, that I think Anart is hitting the nail with her assessment of you and your behaviour in this thread.
Of course you do because it has primarily been you insisting that I should read a book that I consider to be utterly useless to ME....even after I told you why I consider it to be utterly useless to ME. Evidently you think you know much more about what I should do than I do.
Guardian said:Pashalis said:In fact IMO, you have showed what I perceive as quite a notorious Ignorance, not only in this thread but in several others in the past.
As I said, you clearly think you know what's good for me, and are really bothered by the fact that I don't accept your pushy, arrogant advice.
Guardian said:Pashalis said:Something I find especially strange for such a long and supposedly near member of this forum. There seems to be a lack of really understanding the forum and also some kind of disconnect to it. How is that and what is up with that?
I have no idea since you just created that in your own head.
Guardian said:Pashalis said:I can't remember that I have seen you talking about your personal progress on the forum either. How is "The Work" doing in your live?
Just great, thanks for asking.
Guardian said:Pashalis said:Is this forum and the work people do here, just one out of many for you?
One of several, but not "many"
Guardian said:Pashalis said:Do you feel connected to this forum?
Yes, or I wouldn't not be here.
Guardian said:Of course not.Pashalis said:do you think there are exceptional rules for you?
Guardian said:Pashalis said:You are always quick to answer, but my impression is that you seem to have a whole lot of problems to question your own behaviour and thinking.
I'm constantly questioning my own behavior and thinking, but I can understand why you might not notice since your primary objective seems to be to convince me to adopt your thinking.
Guardian said:I think that would be because I disagreed with you, every time you repeated "read the book" over and over and over again.Pashalis said:In short I not only find your behaviour often ignorant but also not externally considerate.
Guardian said:Pashalis said:I also think that the moderators and administrators of this forum have shown quite an endurance in your case.
Well yeah, I think that could be said for both of us at this point.
Guardian said:Pashalis said:But still almost nothing seems to have penetrated you and your image of yourself.
Again, because YOU know what that is so well.
Guardian said:Pashalis said:I don't think that a whole lot of other members could have shown such a notorious and repeated ignorance and lack of external consideration for such a long time.
Likewise
Guardian said:Pashalis said:I'm sorry to have to say it that way, but I need to, since I think you are doing yourself and us no vaviour with it.
No you're not, you're just calling me names because I told you "No" That's ok though, that's one of the primary ways I find out about the real nature of people...by disagreeing with them.
Laura said:Aragorn said:I found the Jenkins paper interesting, because even if he is clearly coloring and exaggerating some points, the text, depth of detail, and equations reads like "real technical science".
Could you follow the equations?
Skyscrapers are designed to be mostly empty space by volume. To illustrate this point, if all the steel in the upper 110 floors of a WTC tower were hypothetically melted down into its own footprint, the resulting slab would only be about seven feet high.[1] A direct measurement of the total mass of steel after collapse would be ideal to show whether any debris is ‘missing’ via a comparison to the known total mass before collapse. Without this direct data, it is possible to estimate the amount of steel after collapse by utilizing what is known as scaling arguments. By measuring the volumetric compression associated with a collapse of a similar skyscraper, it is possible to make an estimate regarding the volumetric compression associated with the WTC towers (Jenkins 2007, pg 1)
There are possible risks associated with this type of analysis. First, the buildings would be designed differently as the WTC towers were not conventional steel-framed buildings, rather they were a unique design that incorporated 47 core columns and 236 perimeter columns (pg 2).
Instead of using the Kingdome, we will use WTC 7. This is a more suitable structure, as suggested above, being a steel-framed skyscraper. The before-collapse height of WTC 7 was 610 feet[14]. The initial volume of WTC 7 was 610 “ft x footprint” where the unit ‘footprint’ is the cross-sectional area of building 7. The after-collapse volume I estimated to be 70 ±10 ft x footprint [15].
I used the following photographs from
_http://www.studyof911.com/gallery/ to construct a contour plot of the WTC 7 debris field: WTC_Pile_03, Tom16, normal_WTC_Pic_01, 9_16_pic09, b7pile, phil29, phil32, 2316_G,132105581_a75a50d39a_0, and wtc_pile. Each blue contour is labeled by the number of stories in height. The actual photograph used as the background does not depict all of the debris since some has been removed during cleanup, but was chosen due to the aerial perspective. By cross referencing with other earlier photographs of the WTC 7 debris, I have estimated the debris field height before debris was removed from the WTC 7 site.
The area between contour lines was measured in AutoCad and normalized by the area of the footprint of WTC 7 [...] Most of the debris from all the collapsed buildings in the WTC complex, excluding Building 7, collapsed within the sublevels (see reference 13 for the analysis details)
Some proponents of the ‘missing debris’ hypothesis prefer to “count” the debris from photographs. This is an inherently reckless approach to the problem. Photographs
offer no way to directly view all the individual steel beams in debris piles or debris occupying sublevel collapses. For instance, any attempt to “count” the beams or “wall sections” in the debris pile of WTC 7 [I think he means the twin towers, not building 7] will fall short of accounting for the total mass of the building for the simple reason that the debris is located in a pile and all photographs only show the surface. That does not mean that the rubble pile does not contain the mass of the building. Even if the debris were spread out somewhat, the same problem applies when attempting to “count” the debris.
If all the building debris were compacted into the damaged sublevels, then this would yield a volumetric compression ratio of 10.2%. This is within the error of the compression ratio for WTC 7, 11.5 ± 1.6% . This means that, within error, all of the debris in the WTC complex can be accounted for within the sublevel collapses. If 14% of the debris resided on the surface either in piles or scattered about, then the volumetric compression ratio would exactly match that of WTC 7, 11.5%. This clearly shows that all the debris can easily be accounted for if the sublevel collapses are included in the analysis.
Sublevel collapse analysis of the WTC complex: _http://www.nytimes.com/library/national/index_W ALL.html
A schematic representation of the damaged sublevels published in the above NY Times article is used to estimate the volume of sublevel collapses. “The diagrams are based on floor-by-floor assessments of the basement levels of the World Trade Center complex by Mueser Rutledge Consulting Engineers, which is advising the city.” A representative map for sublevel 1 is shown here...
[...]
Assuming that all of the debris from all the collapsed buildings occupy the ‘collapsed or heavy damaged’ sublevel volume and assuming the ‘undetermined’ volume suffered no collapse yields a collapse ratio of (28.3 story x footprint)/(248.87 story x footprint + 28.3 story x footprint)= 10.2%. Recall from reference 15 that the collapse ratio of WTC building 7 is 11.5 ± 1.6 % [Yeah, but remember how the manner of how the towers collapsed was COMPLETELY different]. This means that, within our errors, all the debris from all the buildings in the WTC complex, excluding building 7, could be accounted for within the sublevel collapses.
It is a simple matter to calculate the amount of energy required to vaporize the steel in the upper 110 floors in one of the WTC towers.
E=(CS∆T1+CF +CL∆T2+CV)M=5.7×1014J (Equation1)
The terms in the equation relate to the energy required to raise the steel from room temperature to the melting point, change phase from solid to liquid, raise the temperature from the melting point to the boiling point, and change phase from liquid to gas, respectively.[3]
If you consider that this amount of energy, 5.7 ×1014 J , which is only 50% of the energy required to vaporize all the steel from both towers was pumped into the towers during the collapse time, approximately 10 seconds, then the power necessary to vaporize the steel would be 5.7x1013 Watts. This is over 5 times the total power output of the entire earth[26] including all carbon combustion, nuclear power, wind power, hydroelectric power, etc. This is with no loss (pg 5).
[...]
The minimum amount of power required to dissociate the steel in one of the WTC towers is astronomically large, over 5 times the total power output of the world. A very conservative estimate of loss mechanisms swell this to at least thousands of worlds of power. Any method used to dissociate steel would require at least this massive amount of energy. Any mechanism claiming to dissociate the steel with less than the minimum required energy is breaking fundamental tenets of physics and can be labeled a perpetual motion machine. Power requirements were shown to be absurdly large to vaporize half of the steel in both WTC towers. Since the power requirements are so large, any hypothetical beam weapon would necessarily be ground based. Any reflecting satellite, if we falsely assume the reflector would survive, would require unrealistically colossal thrust to oppose the momentum transfer of the beam (pg 14).
Laura said:Along the lines of Punch and Judy, here's an interesting interview with Gordon Duff:
http://www.veteranstoday.com/2013/03/18/911-interview-with-gordon-duff-sahar-university-video/
What do ya'll think of this?
Aragorn said:Sorry for posting in the midst of your interesting discussion... ;)
Laura said:Aragorn said:I found the Jenkins paper interesting, because even if he is clearly coloring and exaggerating some points, the text, depth of detail, and equations reads like "real technical science".
Could you follow the equations?
I thinks so, but I do find some strange "extrapolations" in Jenkins' paper. I'll make an attempt to address some that stood out for me.
Jenkins writes:
Skyscrapers are designed to be mostly empty space by volume. To illustrate this point, if all the steel in the upper 110 floors of a WTC tower were hypothetically melted down into its own footprint, the resulting slab would only be about seven feet high.[1] A direct measurement of the total mass of steel after collapse would be ideal to show whether any debris is ‘missing’ via a comparison to the known total mass before collapse. Without this direct data, it is possible to estimate the amount of steel after collapse by utilizing what is known as scaling arguments. By measuring the volumetric compression associated with a collapse of a similar skyscraper, it is possible to make an estimate regarding the volumetric compression associated with the WTC towers (Jenkins 2007, pg 1)
Reference no 1 gives the correct equation to calculate the height of a molten chunk (completely solid) of steel, when it's mass and volume is known. But since the mass of the WTC towers AFTER the 'collapse' isn't known, he tries to estimate volumetric compression by using WTC7. This is the first odd thing in this paper - he is estimating a percentage of volumetric compression for 'big skyscrapers' using WTC7, which 'collapsed' in a completely different manner (everyone can see that).
To his credit he does mention one of the problems with this comparison:
There are possible risks associated with this type of analysis. First, the buildings would be designed differently as the WTC towers were not conventional steel-framed buildings, rather they were a unique design that incorporated 47 core columns and 236 perimeter columns (pg 2).
Next, he writes how Wood's comparison of the volume of the Kingdome in Seattle before and after collapse is false. In short, the Kingdom is a stadium (lot of empty space inside) - thus it can't be compared to a skyscraper. To me, this sounds like a sound argument.
Next, he gets back to his volumetric compression calculations with WTC 7:
Instead of using the Kingdome, we will use WTC 7. This is a more suitable structure, as suggested above, being a steel-framed skyscraper. The before-collapse height of WTC 7 was 610 feet[14]. The initial volume of WTC 7 was 610 “ft x footprint” where the unit ‘footprint’ is the cross-sectional area of building 7. The after-collapse volume I estimated to be 70 ±10 ft x footprint [15].
The height 70ft of the debris after the collapse he gets from...images. Reference no 15 says:
I used the following photographs from
_http://www.studyof911.com/gallery/ to construct a contour plot of the WTC 7 debris field: WTC_Pile_03, Tom16, normal_WTC_Pic_01, 9_16_pic09, b7pile, phil29, phil32, 2316_G,132105581_a75a50d39a_0, and wtc_pile. Each blue contour is labeled by the number of stories in height. The actual photograph used as the background does not depict all of the debris since some has been removed during cleanup, but was chosen due to the aerial perspective. By cross referencing with other earlier photographs of the WTC 7 debris, I have estimated the debris field height before debris was removed from the WTC 7 site.
The area between contour lines was measured in AutoCad and normalized by the area of the footprint of WTC 7 [...] Most of the debris from all the collapsed buildings in the WTC complex, excluding Building 7, collapsed within the sublevels (see reference 13 for the analysis details)
Well, not knowing the details - especially since the site 'sudyof911.com' doens't exist anymore - it's hard to say. Funny how he criticizes Wood of using images, when he does this himself. But an explanation is given, the debris collapsing into the sublevels where we can't see them (in the images):
Some proponents of the ‘missing debris’ hypothesis prefer to “count” the debris from photographs. This is an inherently reckless approach to the problem. Photographs
offer no way to directly view all the individual steel beams in debris piles or debris occupying sublevel collapses. For instance, any attempt to “count” the beams or “wall sections” in the debris pile of WTC 7 [I think he means the twin towers, not building 7] will fall short of accounting for the total mass of the building for the simple reason that the debris is located in a pile and all photographs only show the surface. That does not mean that the rubble pile does not contain the mass of the building. Even if the debris were spread out somewhat, the same problem applies when attempting to “count” the debris.
And
If all the building debris were compacted into the damaged sublevels, then this would yield a volumetric compression ratio of 10.2%. This is within the error of the compression ratio for WTC 7, 11.5 ± 1.6% . This means that, within error, all of the debris in the WTC complex can be accounted for within the sublevel collapses. If 14% of the debris resided on the surface either in piles or scattered about, then the volumetric compression ratio would exactly match that of WTC 7, 11.5%. This clearly shows that all the debris can easily be accounted for if the sublevel collapses are included in the analysis.
Okay, so what evidence does he give that most of the debris crashes into the sublevels? (And this imo would mean that the tower collapses straight into its footprint - which we certainly don't see happening). The answer is given in reference no 13:
Sublevel collapse analysis of the WTC complex: _http://www.nytimes.com/library/national/index_W ALL.html
A schematic representation of the damaged sublevels published in the above NY Times article is used to estimate the volume of sublevel collapses. “The diagrams are based on floor-by-floor assessments of the basement levels of the World Trade Center complex by Mueser Rutledge Consulting Engineers, which is advising the city.” A representative map for sublevel 1 is shown here...
[...]
Assuming that all of the debris from all the collapsed buildings occupy the ‘collapsed or heavy damaged’ sublevel volume and assuming the ‘undetermined’ volume suffered no collapse yields a collapse ratio of (28.3 story x footprint)/(248.87 story x footprint + 28.3 story x footprint)= 10.2%. Recall from reference 15 that the collapse ratio of WTC building 7 is 11.5 ± 1.6 % [Yeah, but remember how the manner of how the towers collapsed was COMPLETELY different]. This means that, within our errors, all the debris from all the buildings in the WTC complex, excluding building 7, could be accounted for within the sublevel collapses.
To me, the above looks like he doesn't have any evidence of debris occupying the sublevels - he's just assuming.
All in all, I think that the critique he has towards Wood's theories are for the most part valid. But he tries too hard to 'crush' her - juggling with shaky comparisons and numbers back and forth (maybe to distract or impress the reader). From what I can tell, the calculations are correct (he makes a lot of reducing in between, which can make it hard to follow), but where the numbers come from are on shaky ground.
The thing I found most interesting - and worth thinking about, was this:
It is a simple matter to calculate the amount of energy required to vaporize the steel in the upper 110 floors in one of the WTC towers.
E=(CS∆T1+CF +CL∆T2+CV)M=5.7×1014J (Equation1)
The terms in the equation relate to the energy required to raise the steel from room temperature to the melting point, change phase from solid to liquid, raise the temperature from the melting point to the boiling point, and change phase from liquid to gas, respectively.[3]
If you consider that this amount of energy, 5.7 ×1014 J , which is only 50% of the energy required to vaporize all the steel from both towers was pumped into the towers during the collapse time, approximately 10 seconds, then the power necessary to vaporize the steel would be 5.7x1013 Watts. This is over 5 times the total power output of the entire earth[26] including all carbon combustion, nuclear power, wind power, hydroelectric power, etc. This is with no loss (pg 5).
[...]
The minimum amount of power required to dissociate the steel in one of the WTC towers is astronomically large, over 5 times the total power output of the world. A very conservative estimate of loss mechanisms swell this to at least thousands of worlds of power. Any method used to dissociate steel would require at least this massive amount of energy. Any mechanism claiming to dissociate the steel with less than the minimum required energy is breaking fundamental tenets of physics and can be labeled a perpetual motion machine. Power requirements were shown to be absurdly large to vaporize half of the steel in both WTC towers. Since the power requirements are so large, any hypothetical beam weapon would necessarily be ground based. Any reflecting satellite, if we falsely assume the reflector would survive, would require unrealistically colossal thrust to oppose the momentum transfer of the beam (pg 14).
Aragorn said:The thing I found most interesting - and worth thinking about, was this:
It is a simple matter to calculate the amount of energy required to vaporize the steel in the upper 110 floors in one of the WTC towers.
E=(CS∆T1+CF +CL∆T2+CV)M=5.7×1014J (Equation1)
The terms in the equation relate to the energy required to raise the steel from room temperature to the melting point, change phase from solid to liquid, raise the temperature from the melting point to the boiling point, and change phase from liquid to gas, respectively.[3]
If you consider that this amount of energy, 5.7 ×1014 J , which is only 50% of the energy required to vaporize all the steel from both towers was pumped into the towers during the collapse time, approximately 10 seconds, then the power necessary to vaporize the steel would be 5.7x1013 Watts. This is over 5 times the total power output of the entire earth[26] including all carbon combustion, nuclear power, wind power, hydroelectric power, etc. This is with no loss (pg 5).
[...]
The minimum amount of power required to dissociate the steel in one of the WTC towers is astronomically large, over 5 times the total power output of the world. A very conservative estimate of loss mechanisms swell this to at least thousands of worlds of power. Any method used to dissociate steel would require at least this massive amount of energy. Any mechanism claiming to dissociate the steel with less than the minimum required energy is breaking fundamental tenets of physics and can be labeled a perpetual motion machine. Power requirements were shown to be absurdly large to vaporize half of the steel in both WTC towers. Since the power requirements are so large, any hypothetical beam weapon would necessarily be ground based. Any reflecting satellite, if we falsely assume the reflector would survive, would require unrealistically colossal thrust to oppose the momentum transfer of the beam (pg 14).
anart said:Guardian said:anart said:Yes you are. If you could just try - just once - actually try to listen instead of defending yourself - to actually LISTEN to what people are saying to you, then perhaps we could get somewhere. You aren't listening.
Yes I am listening to you. If I was ignoring you I would not be this frustrated.
I'm sorry you're frustrated, that's certainly not my intention. Maybe the frustration comes from wanting to be understood by others as opposed to wanting to understand others? That's what listening really is - working really hard to understand the other person (or people) without being concerned about whether you are understood or not. When we work hard to understand someone else, all thoughts about whether or not we are understood disappear because it's not about us, it's about the other person (or people).
Perhaps you're different from me, but when I find myself getting frustrated when attempting to communicate with someone else, it is always because I'm focused on my not being heard, rather than focusing on whether or not I'm really hearing the other person.
In short, listening is about focusing on the other person (or people), not ourselves. In this situation it seems like you've spent a LOT of energy trying to 'be heard' (or be right) rather than trying to hear others, that's really my main point when I mention that you're not listening, because doing that always leads to frustration. fwiw.
Guardian said:Laura said:and when you declare more or less unequivocally that you are not going to read a book written by a whacko disinfo artist, many of those other people ALSO think "well, Guardian says its bad, so I better not read it."
That's kinda hard for me to wrap my head around, but ok, the next time I decide I'm not going to read a book written by a whacko disinfo artist, I'll keep it to myself.