Maybe soon we'll be able to get back to the 'science'?
http://www.guardian.co.uk/comm...l-climate-scientists
Looks like our work is almost done. The whole ediface of AGW is falling ....house of cards style. The leaked e-mails are damning. Like the net the tentacles stretch across the pond so NOAOO and Nasa will topple next.
Any sign of suricat?
Do You think that the Guardian has been hacked?
suricat is about
The email isn't in there
Catweazel indeed
So he can piss take all he likes but as a journalist he's clearly a busted flush.
Son of Mulder.
quote:Muf, I've been away but it looks like Monbiot is slowly moving from the dark side.
Humph! At least my political input was based on current policy. High five SoM!
ã
Now, if youâll stay with your thread a bit longer, I would like some advice (if youâll give it).
Iâm in discussion with a professor of thermodynamics that teaches quantum theory as well. OK, but he heralds from Central Europe (Germany, I think) and much of what he says is difficult to understand. It was ages before I realised that "F.ex" wasnât a "function", it was a "for example" abbreviation!
We are currently discussing LTE (local thermodynamic equilibrium) and BEC (Bose-Einstein Condensate) in that order of quotes.
<cite>suricat wrote:But, in an atmosphere of mixed gasses, where many gas compounds are made of different atoms, there can be no equilibrium in a quantum theory scenario! Can there?</cite>
<cite>
Yes there is .</cite>
<cite>And this is why the LASER is fine tuned to the temperature of the mass and a suitable trap for the cold mass is employed.</cite>
<cite>
No the laser is not "fine tuned" to any temperature . It must only emit a frequency that is absorbed with high probability by a given atom . That depends on the quantum energy spectrum which is independent of temperature (there is no T in the Schroedinger equation , one only needs to solve for eigenvalues that respect H.Psi = E.Psi) .</cite>
In my first statement on LTE I just said what I thought heâd already told me. Seems Iâm wrong.
In my second statement on BEC I just said what I thought was relative to the energy levels of the molecules that could result in cooling.
Can you explain how I misread this? Iâll admit that Iâm at a loss. As an engineer I only manipulate science for the benefit of mankind, but this is getting harder when the science tends to contradict itself.
Best regards, suricat.
Itâs at ClimateAudit.org muf. "jae" is a poster in the forum there (and seems to be a competent chemist) that shares my scepticism of the âback-radiationâ in the âK&Tâ schematic. The post title is "STILL WAITING" and has, so far, run to 24 pages. The âprofessorâ in the thread is "TomVonk".
Iâll give you due warning muf! Since the "Briffa" scenario, the site is running really SLOW! You will probably need to hit the "refresh" button more than once to get in and it seems that itâs occasionally operating in âsafe modeâ. It seems that Steve_M has a lot of "cud" to chew.
Best regards, suricat.
You'll also have a dynamic equilibrium where balls are being caught and thrown at the same rate but there is capacity to catch more balls if they are supplied and because you're dealing with large numbers there is a steady average energy equilibrium.
When it comes to BEC as I understand it this is a special state where the ensemble is Bosons (spin -1 particles) in their lowest quantum energy level and if you're dealing with bosons then there is a big restriction on the photon energies that can interact (the eigenvalues) for the particular Boson but the Pauli exclusion principle doesn't apply so similar states can coexist and I think this means multiple balls can be caught, held and thrown, refering back to the anology.
I couldn't find the dialogue on climateaudit to which you allude. As you'll see my knowledge and understanding is only cursory and possibly inadequate for your needs.
Well I suppose we all could do with a good laugh. Here's a link to the start of the thread: http://www.climateaudit.org/ph...8488234ee25c&start=0 The site seems to be responding better recently, but don't rely on this. If your browser doesn't load, hit the "refresh" button. BTW. We seem to have server problems on the reply box again. Paste the URL destination into your browser!!! Best regards, suricat.quote:I couldn't find the dialogue on climateaudit to which you allude.
Son of Mulder.
I was wrong. This time the server fault was line spacing. However, after seeing the composition characters in this âpost-boxâ, I doubt that line spacing will be a problem!
This site is crap.
Best regards, suricat.
Son of Mulder.
Yep! Line spacing is missing again. Grrr!
Ha! This time the full dialogue was there (again). Perhaps I should post crap in my first post and follow this up with the content that I originally wanted to convey???
Best regards, suricat.
muf.
If youâre interested in "3 stations", youâll find this interesting as well.
http://climateaudit.org/2009/12/10/ipcc-and-the-trick/
It all adds to the science dilemma.
Best regards, suricat.
(just realised, I need to hit return twice to get a new line here). There's something fundamentally wrong with the protocol here. When I paste back from the site "Word Pro" shows a two line spacing that wasn't evident in the 'dialogue box'. Some really odd things are happening here!
Best regards, suricat.
This site has changed a lot recently, so Iâm going to do a little experiment here that includes cut and paste using "Word Pro".
quote:3 stations?
Did the BB quote test work?
Line space (with line text content)
Another point of interest to you should be:
http://wattsupwiththat.com/2009/12/12/historical-video-perspective-our-current-unprecedented-global-warming-in-the-context-of-scale/
Where the current span of warming can be realised within a more complete context via the paleoclimate discipline.
OK, lets see what transpires from this âpasteâ (well Iâve got a "full dialogue" [includes text editing toolbox]!
Best regards, suricat.
Result!
Did the BB quote test work? Yes! Although there was no change in background emphasis, the quote was well represented as text. However, line spacing that followed the quote became âdouble line-spaceâ!
Test failed due to altered line-spacing that followed the quote (likelihood of confusion to text further down line of the quote)!!!
For example; there were originally no line-spaces between lines beginning with: Did the BB; Line space; Another point of interest; http://wattsupwiththat.com/2009/12/12/historical-video-perspective-our-current-unprecedented-global-warming-in-the-context-of-scale/
(which was also a URL); Where the current span......
The âlinkâ wasnât made and there were line-spaces that didnât exist in the original âpasteâ.
From this test, all I can say is that if you want to say something here then thatâs OK. If you want to quote someone else here itâs a definite NO NO (the quote is fine, but thereâs too much confusion further on into the response)! If you want to âlinkâ to somewhere else you need to hang on to your seat-belt!
Why do I continue to post here? Because itâs a âtenuousâ link to other posters from the old C4 web-site!
BTW, "Word Pro" is the most integrated word processor that I know of that incorporates full BB, Java and HTML compatibility (apart from the âopen sourceâ EMACS that is), so I find it odd that it doesnât work well here.
Best regards, suricat.
muf 4925 Forum Posts Today at 7:49 PM (Edited: )
Some things are crappy on this site suricat but at least You can just drag n drop things like the above into your posts and simply scale them to fit. I've given up trying to post it on Random Banter
muf.
There is no forum, and Steve gave me a âwrap on the knucklesâ just for asking about it. See:
http://climateaudit.org/2009/1...audit-wordpress-com/
Dec. 9, 2009 at 7:46 PM (Permalink 207787).
He has provided a new "unthreaded" thread as I requested though:
http://climateaudit.org/2009/12/13/unthreaded-38/
Steve may well be initiating a similar data loss scenario to the one he decries in his blog (e.g. Briffa et al).
ã
What was it that you wanted to know that TomVonk said, I may remember it?
Best regards, suricat.
PS. Just taken out the 'unpasted' lines in the site dialogue box and it looks good so far!
Does TomVonk still post on there?
If you need to speak to Tom Vonk google him. Remember that he's from the Netherlands and that he isn't anything to do with human resources.
This is the first time I've made a post on the fly without recording it!
Best regards, suricat.
On the fly posting makes no difference. the problem is in the posting dialogue box!
The dialogue box doesn't show the format of the post that is represented by the site server.
Best regards, suricat.
muf.
Yes, just like SoM suggested way back! However, the most abundant aerosol, water condensate, may well override other aerosols if Dr. Roy Spencerâs paper survives.
http://www.drroyspencer.com/2010/04/a-response-to-kevin-trenberth/
As you can see, he describes how cloud tops reflect the SW insolation (doesnât do much for UV and blue vis though) and reduces the warming energy effect of insolation, but I think he shouldâve gone to greater depth with cloud evolution (like how energy not reflected adds to produce a âthunderheadâ when enough water is available). OK. So perhaps the âthunderheadâ explanation should be the responsibility of Dr. Lindzen to describe?
Seriously, if Royâs observations stand, the Earthâs sensitivity to a changing climate is really very small. This means that the IPCCâs estimation is way out!
Is this an âempirical falsificationâ, or what?
Best regards, Ray Dart (AKA, suricat).
Global Warmingâs $64 Trillion Question
Rather engaging blog entry from Dr Spencer.
Temp goes up cloud cover goes down, no-brainer really
Reference: Dr Spencer
The âscientific consensusâ has been that, because unusually warm conditions are observed to be accompanied by less cloud cover, warming obviously causes cloud cover to decrease. This would be bad news, since decreasing cloud cover in response to warming would let more sunlight in, and amplify the initial warming. Thatâs called positive cloud feedback.
But what they have difficulty understanding is that causation in the opposite direction (cloud changes causing temperature changes) gives the ILLUSION of positive cloud feedback. It turns out that, when less cloud cover causes warmer temperatures, the cloud feedback in response to that warming is almost totally obscured.
Glad you found the link and enjoyed the site (I now just post and be damned if a link is made). I both admire and respect Roy's 'openness' on the point of availability of data and his willingness to share any knowledge he's acquired by 'funding access'.
Best regards, Ray Dart (suricat).
PS. There 'are' others that have researched the issue, but they don't have such a high profile as Roy.
Good bye!
I'd like to refer back to your post of May 31/2010.
"Temp goes up cloud cover goes down, no-brainer really"
It's true that the amount of 'water vapour' (WV) that air can absorb increases with temperature, implying that clouds evaporate as temperatures increase, but that's only part of the story. A cloud just 'hangs around', drifting in the atmosphere and causing a shadow on Earth's surface, until it either precipitates as rain or evaporates to WV again.
Any water that precipitates from cloud has 'lived its lifetime' in the atmosphere (ignoring evaporation from the 'raindrop' as it falls) and this 'average lifetime' is accepted to be ~9-10 days from evaporation at Earth's surface to precipitation back to Earth's surface again. However, WV is a 'lighter than air' gas and any evaporation of cloud just results in WV migrating to higher, and cooler, altitudes where it condenses to cloud again. Thus, maintaining a degree of cloud cover. Precipitation is the only way to end WV's survival in the atmosphere.
There's an important point to be recognised here. Earth's surface is normally the hotter between Earth's surface and Earth's atmosphere. This strongly suggests that surface temperature drives the atmospheric region of the hydrocycle and thus cloud formation. When surface temperatures are high we see a scenario where the atmosphere is 'loaded' with greater quantities of WV and 'cloud cover' is increased as a result on a ~9-10 day rate. When surface temperatures are low we see a scenario where the atmosphere is 'loaded' with less quantities of WV and 'cloud cover' decreases, again, on a ~9-10 day rate.
This posits 'cloud cover' as the primary 'thermostat' for average global temperature, as it reflects insolation with a ~9-10 day sensitivity and is temperature dependant in a negative form with temperature increase.
Best regards, Ray Dart.
Hah! Toggled WYSIWIG!