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hdr = "The WTC Data";
bdy = "<div align=left>It is useless at best, and disinformative at worst, to try to advance a theory of the WTC demolitions which cannot account for the highly unconventional \"Ground Zero\" data (evidence).<P>The too-rapid falls of the WTC skyscrapers somewhat resembled well-known examples of conventional \"controlled demolition\", but none of those examples resulted in such very highly unconventional evidence...</div>";
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hdr = "2 Hypotheses";
bdy = "<div align=left>A good candidate hypothesis is able to explain all the data, especially the most highly anomalous evidence.<P>A bad candidate hypothesis ignores and does not account for the highly anomalous data.</div>";
tips.hypotheses = new Array('(page.scrollX() + page.winW())/2 - 173',15,260,hdr,bdy,'hypothesisDef');

hdr = "Very Special 'NanoDust'";
bdy = "<div align=left>The mere presence of so much dust -- even ordinary dust -- has never been explained.  <i>It is unlike anything seen in any other building failure, including from collapse, explosion or bombing.</i><P><span onmouseover=\"floatTip.show('addGraphs',staticTip)\" onmouseout=\"floatTip.hide()\">Regardless of how tall the skyscrapers were, gravity is not sufficiently powerful to cause them to <B>disintegrate</B> into <B>nanoparticles</B>.  Nor are conventional explosives.</span><P><span onmouseover=\"nestTip.show('cahill2',staticTip)\" onmouseout=\"nestTip.hide()\">The <i>incredibly tiny size</i> of the GZ particles is key to understanding 9/11, as well as the bad GZ health effects.</span></div>";
tips.dust = new Array('(page.scrollX() + page.winW())/2 - 237',20,260,hdr,bdy,'molecdisDef');

hdr = "Pyroclastic Flows";
bdy = "<div align=left onmouseover=\"floatTip.show('flow3',staticTip)\" onmouseout=\"floatTip.hide()\">The so-called \"dust clouds\" were no ordinary clouds of dust.  Those were pyroclastic flows of debris, indicative of an extraordinarily large release of energy, as great as from a volcanic eruption (but evidently involving smaller regions of <i>much</i> higher temperatures).<P>Pyroclastic flows are made up of gases, with some liquids and small solids in suspension, and are typically characterized by the cauliflowery shapes of their expanding boundaries.</div>";
tips.pyroclastic = new Array('(page.scrollX() + page.winW())/2 - 115',20,260,hdr,bdy,'pyroDef');

hdr = "Lingering Molten Metal";
bdy = "<div align=left onmouseover=\"floatTip.show('yellow',staticTip)\" onmouseout=\"floatTip.hide()\">For metal to remain molten weeks after the unexplained 9/11 energy release, either that unexplained energy release was unimaginably intense, or intense energy continued to be released for weeks, or else the unexplained energy was retained (insulated) extremely well, or some combination thereof.</div>";
tips.molten = new Array('(page.scrollX() + page.winW())/2',20,260,hdr,bdy,'moltenDef');

hdr = "99-day \"Hot Spots\"!";
bdy = "<div align=left>Since when does \"collapse\" or \"controlled demolition\" result in \"fires\" which continue to \"burn\" for 99 days despite constant dousing with water?</div>";
tips.fires = new Array('(page.scrollX() + page.winW())/2 + 120',20,260,hdr,bdy,'fires99');

hdr = "<font color=yellow><B>PLASMA</B></font>";
bdy = "<div align=left onmouseover=\"floatTip.show('tempscale',staticTip)\" onmouseout=\"floatTip.hide()\"><B>Plasma</B> goes <i>beyond</i> \"vaporization\".  At <B>temperatures at or above 10s of thoursands of degrees F</B>, molecules are reduced to their component atoms.<P><B>You can think of plasma as a 4th state of matter:</B><P>When a <B>solid</B> receives too much heat energy, it liquefies.<P>When a <B>liquid</B> receives too much heat energy, it vaporizes.<P>When a <B>gas</B>eous vapor receives too much heat energy, its molecules dissociate into a <B>plasma</B>.</div>";
tips.plasma = new Array('(page.scrollX() + page.winW())/2 - 417',30,260,hdr,bdy,'plasmaDef');

hdr = "<font color=yellow>MOLECULAR DISSOCIATION</font>";
bdy = "<div align=left onmouseover=\"floatTip.show('h2oscale',staticTip)\" onmouseout=\"floatTip.hide()\">Think of <B>molecular dissociation</B> as <i>beyond</i> \"vaporization\".  You can think of it as \"disintegration\".<P>When a substance undergoes molecular dissociation, it does not merely change states; it disintegrates.  At that point, 'it' is no longer 'it'; component atoms and decimated molecules are all that remain.<span onmouseover=\"floatTip.show('addGraphs',staticTip)\" onmouseout=\"floatTip.hide()\"><P>Recognizing what occurred at Ground Zero is key to understanding it.</span></div>";
tips.p1 = new Array('(page.scrollX() + page.winW())/2 - 237',30,260,hdr,bdy,'mdDef');

hdr = "<font color=yellow>UNAVOIDABLE!</font>";
bdy = "<div align=left onmouseover=\"floatTip.show('flow',staticTip)\" onmouseout=\"floatTip.hide()\">Think of a <B>pyroclastic flow</B> as <i>far beyond</i> any ordinary cloud of dust or plume of smoke.<P>Pyroclastic flows exhibit a distinct, solid-looking boundary between distinctly separate fluids.  Such a hard-edged boundary represents growth and displacement far more than diffusion.<P>The expansions of the Ground Zero pyroclastic flows were fueled by <i>huge</i>, unaccounted-for energy releases.</div>";
tips.p2 = new Array('(page.scrollX() + page.winW())/2 - 115',30,260,hdr,bdy,'pyroDef2');

hdr = "<font color=yellow>SUSTAINED HEAT</font>";
bdy = "<div align=left onmouseover=\"floatTip.show('yellow',staticTip)\" onmouseout=\"floatTip.hide()\"><a href=http://www.news.ucdavis.edu/search/printable_news.lasso?id=6679&table=news style=\"cursor:pointer\" title='Find \"90 percent\"'>Nanoparticles were measured in the particle plume at unprecedented high levels until the debris pile hot spots finally cooled, <i>months later!</i></a><P>So we have a secondary indication that extremely intense energy continued to be released (perhaps a few exotic duds smoldering?) for months.<P>Would anyone like to utilize such an energy breakthrough for peaceful purposes?</div>";
tips.p3 = new Array('(page.scrollX() + page.winW())/2',30,260,hdr,bdy,'coolingDef');

hdr = "<font color=yellow>99-DAY \"FIRES\"!</font>";
bdy = "<div align=left>Water has long been used to put out fires.  But the Ground Zero 'fires' continued to 'burn' for 99 days despite being doused with water.<P>This is unprecedented.<P>Clearly there was something very special about either the fires or the water being used.</div>";
tips.p4 = new Array('(page.scrollX() + page.winW())/2 + 120',30,260,hdr,bdy,'fires99d');

hdr = "<B>Thermite</B>";
bdy = "<div align=left>Thermite can melt/weld steel in close proximity to the exothermic chemical reaction.  If a thermite reaction is confined, it is explosive.<P>So while thermite cutting charges could have been involved in bringing down the WTC skyscrapers, thermite cannot account for any of the highly unconventional evidence.  That makes it wrong to point to thermite as if it can account for what occurred.</div>";
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hdr = "\"Pulverization\" ???";
bdy = "<div align=left><span onmouseover=\"floatTip.show('addGraphs',staticTip)\" onmouseout=\"floatTip.hide()\">The word \"pulverization\" is often used when talking about the WTC Ground Zero 'dust', but that is very misleading.<P><B>There is no known pulverization mechanism which can account for so many unexpected nanoparticles.</B><P>We cannot take seriously any hypothesis which fails to account for and downplays such highly unusual evidence.</span></div>";
tips.t1 = new Array('(page.scrollX() + page.winW())/2 - 242',10,270,hdr,bdy,'pulvDef');

hdr = "Unaccounted for";
bdy = "<div align=left><span onmouseover=\"floatTip.show('flow2',staticTip)\" onmouseout=\"floatTip.hide()\">Solid-appearing pyro flows have only accompanied volcanic eruptions and nuclear blasts. They have not been observed with \"controlled demolition\".</span><P><span onmouseover=\"floatTip.show('flow4',staticTip)\" onmouseout=\"floatTip.hide()\">It is absurd to believe, or even suggest, that well-placed thermite column-cutting charges could have released so much unexplained but evident heat energy.</span></div>";
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hdr = "Insulation?";
bdy = "<div align=left onmouseover=\"floatTip.show('yellow',staticTip)\" onmouseout=\"floatTip.hide()\">One sign of a bad hypothesis is that it requires the creation and adoption of too many other hypotheses.  A thermite hypothesis practically demands an insulation hypothesis.<P>If thermite is to blame, then how could its limited-range, brief, limited thermal output have left metal molten for weeks afterward?</div>";
tips.t3 = new Array('(page.scrollX() + page.winW())/2',10,260,hdr,bdy,'insulDef');

hdr = "Unaccounted for";
bdy = "<div align=left>Thermite is a conventional chemical compound, that releases energy as it reacts quickly.  Once the reaction is over, it cools, especially when doused with water.</div>";
tips.t4 = new Array('(page.scrollX() + page.winW())/2 + 140',10,260,hdr,bdy,'fires99Def');

hdr = "The <font color=yellow><i>Signature</i></font> of Molecular Dissociation";
bdy = "<div align=left>The upturn in the plot(s) as the WTC particle sizes approach zero is definitive evidence of molecular dissociation:</B><P></div><div align=center><table border=1 cellpadding=5 bgcolor=white><tr><td bgcolor=white><a href=http://calag.ucop.edu/0203MJ/briefs.html style=\"cursor:pointer\" onmouseover=\"floatTip.show('addGraphs',staticTip)\" onmouseout=\"floatTip.hide()\" title=\"Unprecedented evidence; occurs with Extreme temperatures\"><img src=graphics/SizeDist-.gif width=246 height=122 border=0></a></td></tr></table></div><div align=left><BR><B><span onmouseover=\"nestTip.show('cahill',staticTip)\" onmouseout=\"nestTip.hide()\">In every other destructive physical event, including volcanic eruptions which resulted in pyroclastic flows, the plots approach zero, reach zero, and stay there.</span></B><P><span onmouseover=\"floatTip.show('addGraphs',staticTip)\" onmouseout=\"floatTip.hide()\">The WTC physical evidence reveals that destruction was occurring from the other end of the size scale, indicating widespread destruction on a molecular level.</span></div>";
tips.sig = new Array(-500,-50,392,hdr,bdy,'signature');

hdr = "Particle Size Distribution Confirmed";
bdy = "<div align=left>An independent NIH (government) study confirmed that the special Ground Zero dust contained <B>increasing amounts of particles as particle size decreased:</B><P></div><div align=center><table width=90% border=1 cellpadding=5 bgcolor=white><tr><td bgcolor=white><font size=-1 color=black>\"About 80-89% of the PM<sub>53</sub> fraction was in the 10- to 53-µm size range, which is too large to use in respiratory toxicology studies, as deposition of particles > 5 µm is minimal in small laboratory animals (Raabe et al. 1988).  <SPAN style=\"background-color:yellow\">The amount of the 2.5- to 10-µm fraction was very small</span> (<SPAN style=\"background-color:#AADDFF\">0.04-1.14%</span> of the PM<sub>53</sub> fraction, except 3.23% in sample 13) and was therefore not feasible to study.  <SPAN style=\"background-color:yellow\">The PM<sub>2.5</sub> fraction, however, was present in sufficient amounts</span> (<SPAN style=\"background-color:#AADDFF\">2.29-4.06%</span> of PM<sub>53</sub> fraction) to study for potential respiratory health effects.\"</font></td></tr></table></div><div align=left><BR><B><a style=\"cursor:default\" title=\'The NIH data, too, counter-indicates \"pulverization\"\' onmouseover=\"floatTip.show('addGraphs',staticTip);window.status=\'When aggregate mass goes up as particle sizes become tinier, that indicates MD\';return true\" onmouseout=\"floatTip.hide();window.status=\'\';return true\">Pulverization would not cause that effect.</a></B>  So we have enough data to rule out \"pulverization\" as the cause of so many incredibly-fine particles within the WTC dust, and to rule in the likelihood of <B>molecular dissociation</B>.</div>";
tips.nih = new Array(10,10,510,hdr,bdy,'sizedist');

hdr = "What This Audio Clip Reveals";
bdy = "<div align=left>It's about triggering nuclear fusion.  Let's begin with a brief review of nuclear history:<P>First there was the A(tomic)-bomb, which derives its energy from the fissioning, or splitting, of (the nuclei of) uranium atoms.  This results in a lot of nasty radioactivity.<P>Then came the H(ydrogen)-bomb, which derives its energy from the fusing, or combining, of (the nuclei of) hydrogen atoms.  In terms of radioactive emissions, a fusion reaction is, compared to fission, relatively clean.<P>Back when H-bombs first appeared, the only way of delivering the extremely high energy level necessary to start a fusion reaction was with a fission reaction.  In other words, 50+ years ago, an A-bomb was used -- needed -- to trigger an H-bomb.<P>But by the 1990s, it had become public knowledge that that was no longer true; that it was possible to initiate fusion with powerful lasers (<a href=http://www.llnl.gov/str/Petawatt.html style=\"cursor:pointer\" title=\"LASER fusion triggering has long been public knowledge\">1</a> <a href=http://other.nrl.navy.mil/LaserFusionEnergy style=\"cursor:pointer\" title=\"LASER fusion triggering has long been public knowledge\">2</a>).  Since then, others, including <a href=http://discovermagazine.com/2007/mar/radioactive-boy-scout target=_blank style=\"cursor:pointer\" title=\'Laserless fusion, a home \"weekend project\"\' onmouseover=\"floatTip.show('TOdevice',staticTip)\" onmouseout=\"floatTip.hide()\">a high school student, working part-time at home in his basement, with equipment mostly found on ebay</a>, have achieved fusion without fission or lasers.<P>So when Steven Jones <a href=../CoDR/audio/TarpleyGatekeepsWTCnukePossibilityAfterStevenJonesLiesAboutFusionTriggers.mp3 target=_blank style=\"cursor:pointer\" title=\"No expert could honestly be so mistaken about this\">said</a> that with a thermonuclear (fusion) device you would have radioactive waste from a uranium (fission) bomb, as if one was still needed to trigger fusion, that is bogus reasoning which is based upon the false presumption that it remains impossible to achieve fusion without fission.  It strains credulity to believe that nuclear fusion expert Dr. Jones, PhD, could have made such an error innocently.</div>";
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with (nestTip)
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 tips.dataDef = new Array('staticTip.xPos + 14', 'staticTip.yPos - 110', 234, 'Taken as a whole, the unconventional WTC evidence pretty much comprises the <i>signature</i> of the use of advanced, very-high-energy-density exotic weaponry.');
 tips.hypothesisDef = new Array('staticTip.xPos + 12', 'staticTip.yPos - 126', 232, 'A region of plasma is a, but not the only, more viable hypothesis than "thermite".<P>It is illogical to so incompletely try to explain a highly unconventional event in conventional terms.');

 tips.molecdisDef = new Array('staticTip.xPos + 15', 'staticTip.yPos - 142', 232, '<B>Molecular Dissociation</B> is a term used to describe the destruction -- disintegration -- of matter at the molecular level.<P>Separate studies of the WTC \'dust\' indicate that damage had occurred on a molecular level.');
 tips.molecdisDef = new Array('staticTip.xPos + 15', 'staticTip.yPos - 142', 232, 'Dust is normally created when solids are reduced to smaller pieces of the same solid.  But WTC \'dust\' is quite different.<P>Separate studies of the WTC \'dust\' indicate that damage had occurred on a molecular level.');
 tips.pyroDef = new Array('staticTip.xPos + 14', 'staticTip.yPos - 160', 234, '<span onmouseover="floatTip.show(\'flow\',staticTip)" onmouseout="floatTip.hide()"><B>Pyroclastic Flow</B> is a term used to describe a warmer denser region with a well-defined boundary which flows like a distinctly separate fluid though the air.</span><P><a href=http://media.popularmechanics.com/images/0305911-wtc7-lg.jpg onmouseover="floatTip.show(\'flow4\',staticTip)" onmouseout="floatTip.hide()">Such </a><a href=http://media.popularmechanics.com/images/0305911-wtc7-lg.jpg onmouseover="floatTip.show(\'flow3\',staticTip)" onmouseout="floatTip.hide()">impressive</a><a href=http://media.popularmechanics.com/images/0305911-wtc7-lg.jpg onmouseover="floatTip.show(\'flow2\',staticTip)" onmouseout="floatTip.hide()"> flows</a> have been known to accompany <a href=http://www.geology.sdsu.edu/how_volcanoes_work/Pyroflows.html onmouseover="floatTip.show(\'flow5\',staticTip)" onmouseout="floatTip.hide()">volcanic eruptions</a> (and <a href=graphics/Charlie,October30,1951atYuccaFlat-.jpg onmouseover="floatTip.show(\'charlie\',staticTip)" onmouseout="floatTip.hide()">nuclear blasts</a>).');
 tips.pyroDef2 = new Array('staticTip.xPos + 14', 'staticTip.yPos - 160', 234, '<span onmouseover="floatTip.show(\'flow\',staticTip)" onmouseout="floatTip.hide()">The expansions of the WTC GZ pyroclastic flows were driven by the huge, unaccounted-for energy releases which accompanied the falls of the 3 skyscrapers.</span><P><a href=http://media.popularmechanics.com/images/0305911-wtc7-lg.jpg onmouseover="floatTip.show(\'flow4\',staticTip)" onmouseout="floatTip.hide()">Such </a><a href=http://media.popularmechanics.com/images/0305911-wtc7-lg.jpg onmouseover="floatTip.show(\'flow3\',staticTip)" onmouseout="floatTip.hide()">impressive</a><a href=http://media.popularmechanics.com/images/0305911-wtc7-lg.jpg onmouseover="floatTip.show(\'flow2\',staticTip)" onmouseout="floatTip.hide()"> flows</a> have been known to accompany <a href=http://www.geology.sdsu.edu/how_volcanoes_work/Pyroflows.html onmouseover="floatTip.show(\'flow5\',staticTip)" onmouseout="floatTip.hide()">volcanic eruptions</a> (and <a href=graphics/Charlie,October30,1951atYuccaFlat-.jpg onmouseover="floatTip.show(\'charlie\',staticTip)" onmouseout="floatTip.hide()">nuclear blasts</a>).');
 tips.moltenDef = new Array('staticTip.xPos + 15', 'staticTip.yPos - 175', 232, '<B>Molten metal</B>, found <a href=\'javascript:popup("WTC_extreme_heat_video.html",450,370)\' onmouseover="window.status=\'Here is yet more anecdotal evidence of lingering extreme heat\';return true" onmouseout="window.status=\'\';return true" title="click for brief LiveLeak video in popup window">weeks</a> after 9/11, has been reported from a variety of sources:<P><a href=http://www.davny.org/dec01news.asp title="Find the word \'molten\'">Disabled American Veterans</a><BR><a href=http://www.9-11commission.gov/hearings/hearing1/witness_holden.htm title="Find the word \'molten\'">9-11 Commission testimony</a><BR><a href=http://www.wasteage.com/mag/waste_dday_ny_sanitation/ title="Find the word \'molten\'">NYC Department of Sanitation</a><BR><a href=http://www.jhsph.edu/Publications/Special/Welch.htm title="Find the word \'molten\'">Johns Hopkins Public Health</a><BR><a href=\'javascript:popup("WTC_ruins_like_a_foundry_video.html",425,375)\' onmouseover="window.status=\'Firefighters describe molten steel flowing like in a foundry\';return true" onmouseout="window.status=\'\';return true" title="click for brief Google video in popup window">WTC ruins were "like a foundry"</a><BR><a href=\'javascript:popup("WTC_hot_ruins_video.html",425,350)\' onmouseover="window.status=\'FDNY workers uncover red-hot WTC steel 6 weeks after 9/11\';return true" onmouseout="window.status=\'\';return true" title="click for brief YouTube video in popup window">WTC hot ruins video</a> (<a href=video/red_hot_wtc_ruins.wmv title="right-click to SaveAs..., 1M, 33 secs, .WMV">download</a>)');
 tips.fires99 = new Array('staticTip.xPos + 15', 'staticTip.yPos - 110', 232, 'The duration of the WTC \'fires\' was reported at the time, though its significance was not:<P><a href=http://archives.cnn.com/2001/US/12/20/rec.athome.facts/>WTC fires finally put out, December 20, 2001 (CNN)</a>');

 tips.plasmaDef = new Array('staticTip.xPos + 15', 'staticTip.yPos - 142', 232, '<span  onmouseover="floatTip.show(\'tempscale\',staticTip)" onmouseout="floatTip.hide()"><B>What it is:</B><BR>Plasma is the word used to describe a region of extremely high temperatures, as found on the Sun.  In such a region, solids and liquids and even molecules can no longer exist, though individual atoms still can.</span>');
 tips.mdDef = new Array('staticTip.xPos + 15', 'staticTip.yPos - 160', 232, '<span  onmouseover="floatTip.show(\'h2oscale\',staticTip)" onmouseout="floatTip.hide()"><B>Molecular Dissociation</B> is a term used to describe the destruction -- disintegration -- of matter at the molecular level.<P>It takes an incredible amount of unimaginably intense energy to rapidly accomplish this over a widespread region.</span>');
 tips.coolingDef = new Array('staticTip.xPos + 15', 'staticTip.yPos - 178', 232, 'There are many processes which can melt metal.  Some of them can even melt steel.  But no conventional fire or chemical explosive can produce enough energy to keep metal (other than mercury, or maybe lead) molten for weeks, as observed and reported at Ground Zero, without very special insulation, at least.');
 tips.fires99d = new Array('staticTip.xPos + 15', 'staticTip.yPos - 59', 232, 'Do <B><i>you</i></B> know how to start a fire which cannot be put out for 99 days?');

 tips.thermiteDef = new Array('staticTip.xPos + 15', 'staticTip.yPos - 178', 232, '<B>What it is:</B><BR>Thermite is a conventional chemical compound, consisting of aluminum dust and rust.  It combines very hot and rapidly, like an extreme 4th-of-July sparkler, as oxygen atoms transfer from iron to aluminum, and energy is released.  Then it cools.');
 tips.pulvDef = new Array('staticTip.xPos + 18', 'staticTip.yPos - 207', 234, '<B>\'Pulverization\'</B> is a term used to describe the reduction of a solid to tiny pieces due to mechanical (force X dist) smashing/crushing.<P>But no such conventional mechanism can account for the WTC evidence of destruction on a (near-)molecular level.<P>Besides, pulverization <i>consumes</i> energy, it doesn\'t release any.');
 tips.pyro = new Array('staticTip.xPos + 15', 'staticTip.yPos - 176', 232, '<span onmouseover="floatTip.show(\'flow\',staticTip)" onmouseout="floatTip.hide()"><B>Pyroclastic Flow</B> is a term used to describe a hot dense region with a well-defined boundary which flows like a distinctly separate fluid though the air.</span><P><a href=http://media.popularmechanics.com/images/0305911-wtc7-lg.jpg onmouseover="floatTip.show(\'flow4\',staticTip)" onmouseout="floatTip.hide()">Such </a><a href=http://media.popularmechanics.com/images/0305911-wtc7-lg.jpg onmouseover="floatTip.show(\'flow3\',staticTip)" onmouseout="floatTip.hide()">impressive</a><a href=http://media.popularmechanics.com/images/0305911-wtc7-lg.jpg onmouseover="floatTip.show(\'flow2\',staticTip)" onmouseout="floatTip.hide()"> flows</a> have <i>never</i> been known to accompany <i>any</i> conventional explosive "controlled demolition".');
 tips.insulDef = new Array('staticTip.xPos + 15', 'staticTip.yPos - 112', 232, 'It is absurd to believe that a brief chemical reaction which generates enough heat to melt steel in close proximity could also keep steel molten (or yellow hot) for weeks afterward.');
 tips.fires99Def = new Array('staticTip.xPos + 15', 'staticTip.yPos - 128', 232, 'Do <B><i>you</i></B> know how, using thermite, to start a fire which cannot be put out for 99 days?<P>No conventional "controlled demolition" has ever caused such <a href=\'javascript:popup("WTC_extreme_heat_video.html",450,370)\' onmouseover="window.status=\'Here is yet another report of lingering extreme heat\';return true" onmouseout="window.status=\'\';return true" title="click for brief LiveLeak video in popup window">sustained energy release</a>.');

 tips.signature = new Array('staticTip.xPos + 61', 'staticTip.yPos - 113', 300, 'The only known way of causing widespread damage on a molecular level is to subject matter to a region of extremely intense energy, which requires an enormous amout of power, far in excess of the capabilities of chemical explosives.');

 tips.signature = new Array('staticTip.xPos + 56', 'staticTip.yPos - 57', 310, '"<a href=http://www.news.ucdavis.edu/search/printable_news.lasso?id=6679&table=news>the highest levels we have ever seen in over 7,000 measurements we have made of very fine air pollution throughout the world</a>"');

 tips.sizedist = new Array('staticTip.xPos + 111', 'staticTip.yPos - 135', 280, 'There is no known "pulverization" mechanism which can account for this unusual particle size distribution.<P><a href=http://ehp.niehs.nih.gov/members/2003/5930/5930.html title=\'See "Size fractionation of bulk samples"\'>The NIH study</a> focused on unhealthful effects, while ignoring the most revealing aspect of the highly unusual evidence.');

 tips.audio = new Array('staticTip.xPos + 120', 'staticTip.yPos - 128', 320, 'Dr. Jones has demolished his own credibility by having acted as if he could possibly be unaware of the knowledge that nuclear fusion has been attained without any kind of fission trigger.<P>The question is what could have driven him to such an act of desperation. <a href=../CoDR/audio/TarpleyGatekeepsWTCnukePossibilityAfterStevenJonesLiesAboutFusionTriggers.mp3 target=_blank title="No expert could honestly be so mistaken about this"><img height=16 width=17 src=../graphics/audioIcon.gif hspace=4 border=0>audio</a>');

 tips.cahill = new Array('staticTip.xPos + 10', 'staticTip.yPos + 150', 310, '"<a href=http://www.news.ucdavis.edu/search/printable_news.lasso?id=6679&table=news>the highest levels we have ever seen in over 7,000 measurements we have made of very fine air pollution throughout the world</a>"');
 tips.cahill2 = new Array('staticTip.xPos - 20', 'staticTip.yPos + 210', 310, '"<a href=http://www.news.ucdavis.edu/search/printable_news.lasso?id=6679&table=news>the highest levels we have ever seen in over 7,000 measurements we have made of very fine air pollution throughout the world</a>"');

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with (stickyTip)
{
 template = '<table cellpadding="1" cellspacing="0" width="%2%" border="0"><tr><td align="center">%3%</td></tr></table>';

 tips.motto = new Array(-220,30,620, '<font size=+2 color=yellow><B>To understand 9/11 is to understand much.</B></font>');
 minAlpha = 0;
 maxAlpha = 80;
 fadeInSpeed = 18;
 fadeOutSpeed = 3;
 tipStick = 0.17;
}

// special effect: floating translucent image
var floatTip = new TipObj('floatTip');
with (floatTip)
{
 template = '<table cellpadding="1" cellspacing="0" width="%2%" border="0"><tr><td align="center">%3%</td></tr></table>';

 tips.addGraphs = new Array('staticTip.xPos - 316', 'staticTip.yPos - 158', 904, '<img src="graphics/SizeDist3.gif" width="900" height="200" border="0">');
 tips.graphs3 = new Array(-420, 18, 904, '<img src="graphics/SizeDist3.gif" width="900" height="200" border="0">');
 tips.flow = new Array('staticTip.xPos - 316', 'staticTip.yPos - 210', 324, '<img src="graphics/WTCpyroFlow.jpg" width="320" height="258" border="0">');
 tips.flow2 = new Array('staticTip.xPos - 398', 'staticTip.yPos - 252', 404, '<img src="graphics/WTC-pyro-flow-from-above.jpg" width="400" height="300" border="0">');
 tips.flow3 = new Array('staticTip.xPos - 314', 'staticTip.yPos - 252', 319, '<img src="graphics/WTC1pyroFlows.jpg" width="315" height="401" border="0">');
 tips.flow4 = new Array('staticTip.xPos - 272', 'staticTip.yPos - 252', 248, '<img src="graphics/WTC1erupts_aerial.jpg" width="274" height="358" border="0">');
 tips.flow5 = new Array('nestTip.xPos - 259', 'nestTip.yPos + 2', 249, '<img src="graphics/pyroflow_MtAugustine.jpg" width="245" height="378" border="0">');
// tips.banbury = new Array('nestTip.xPos - 192', 'nestTip.yPos - 10', 185, '<img src="graphics/Banberry_10Kt_underground-.jpg" width="181" height="225" border="0">');
 tips.charlie = new Array('nestTip.xPos - 151', 'nestTip.yPos - 10', 144, '<img src="graphics/Charlie,October30,1951atYuccaFlat--.jpg" width="140" height="230" border="0">');
 tips.tempscale = new Array('staticTip.xPos + 256', 'staticTip.yPos - 18', 234, '<img src="graphics/4statesThermometer.gif" width="230" height="417" border="0">');
 tips.h2oscale = new Array('staticTip.xPos + 256', 'staticTip.yPos - 18', 237, '<img src="graphics/4statesThermometerH2O.gif" width="233" height="417" border="0">');
 tips.yellow = new Array('staticTip.xPos - 298', 'staticTip.yPos - 170', 306, '<img src="graphics/yellow-hotWTCruinsSept27.jpg" width="302" height="217" border="0">');
 tips.TOdevice = new Array('staticTip.xPos + 6', 'staticTip.yPos + 44', 200, '<img src="graphics/ThiagoOlsenFusionDevice.jpg" width="196" height="286" border="0">');
 tips.startech = new Array(160, 50, 233, '<img src="graphics/plasma_converter.jpg" width="229" height="277" border="0">');

 minAlpha = 0;
 maxAlpha = 99;
 fadeInSpeed = 85;
 fadeOutSpeed = 49;
 tipStick = 0.017;
}

function mt(){}
function thermo(){staticTip.show('plasma');setTimeout("floatTip.show('tempscale',staticTip)",200)}
function nothermo(){floatTip.hide();staticTip.hide()}
function h2o(){staticTip.show('p1');setTimeout("floatTip.show('h2oscale',staticTip)",200)}
function noh2o(){floatTip.hide();staticTip.hide()}
var popwin=null
function popup(url,w,h){popupclose();w+=40;h+=40;
opts="scrollbars,resizable,width="+w+",height="+h;
popwin=window.open(url,"popwin",opts)
setTimeout('if ((popwin)&&(!popwin.closed)) popwin.focus()',350)}
function popupclose(){if ((popwin)&&(!popwin.closed)) popwin.close()}
