Cold Fusion Web Application Construction Kit, Second Edition With Cold Fusion And Cold Fusion Studio HOT!
Use the Mappings page of the ColdFusion Administrator to add, update, and delete logical aliases for paths to directories on your server. ColdFusion mappings apply only to pages that ColdFusion processes with the cfinclude and cfmodule tags. If you save CFML pages outside the web_root directory (or whatever directory is mapped to "/"), you add a mapping to the location of those files on your server. Assume that the "/" mapping on your server points to C:\coldfusion2018\wwwroot, but that all of your ColdFusion header pages reside in C:\foo\newpages\headers. Add a mapping in the ColdFusion Administrator that points to C:\foo\newpages\headers, for ColdFusion to find the header pages. For example, add a mapping for /headers that points to C:\foo\newpages\headers. In the ColdFusion pages located in C:\coldfusion2018\wwwroot, you reference these header pages using /headers in your cfinclude and cfmodule tags.
Cold Fusion Web Application Construction Kit, Second Edition with Cold Fusion and Cold Fusion Studio
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In September 2002, he founded , covering cold fusion experiments and other clean energy, with a focus on biofuels. In 2004 he also founded the Shared Forum on Renewable Energy Sources ( ) where the threads of all energy sources are collected.
Being able to replicate a scientific discovery is one of the mainstays of the scientific method. Difficulty in replicating the Fleischmann and Pons experiment in 1989 has given rise to the widely held myth that cold fusion in fact has never been replicated. Of course this is not true. The number of documented replications runs in the thousands. Yet, even a number in the 1000s is small in the grand scheme of things. The reasons for this are myriad, including the lack of a clear theoretical understanding of the phenomenon, poor funding, the complicated nature of the calorimetry setup, etc. Aside from those things, there is often the desire to keep important parts of replication process out of the public domain because of lack of patent protection. Because cold fusion has been forced to fly commercial because of a lack of access to funding and support through traditional scientific channels, the technology is being developed under a different model than most scientific discoveries of this significance. Cold fusion is now being developed like a business, including reluctance to share information to potential competitors and closely guarded trade secrets and, concomitantly, absolutely no obligation to the public at large to share findings or methods.
The three groups enlisted in this replication effort so far are working separately but will be collaborating, sharing information and discussing technical issues. These are the seeds of cold fusion crowdsourcing. In the video below, a member of the EU replication team receives a shipment prepared by another team, the Hunt Utilities Group. The shipment includes all the necessary equipment to set up a replication, including the cell itself and a PC with custom software to monitor experimental results. Per the video description:
As you watch Matthew of the EU team unbox the cold fusion kit from HUG, he looks like a youngster at Christmas opening up one of his presents. Now imagine, if you will, hundreds, perhaps thousands, of others being able to purchase a similar setup for their own replication attempts. Per quantumheat.org:
To help those attempting to replicate Celani, Earthtech.org of Austin, TX (home of NI), has set up a cold fusion device verification service. Per a recent comment on E-Cat World, the service works thusly:
I think the promise of widespread, crowdsourced replications of some cold fusion cell were summarized recently by Jed Rothwell on Vortex-l. His comments were primarily in regards to the Celani cell but the same could be said of the Athanor, or any other potential cold fusion replication kit meant for a more general audience.
Now that the technology has been shown to work, First Light is designing a demonstrator reactor to be built in the second half of the 2020s. First Light is also working towards completing a pilot power plant in the 2030s, in line with other fusion start-ups and government-run initiatives.
After Mallove left MIT in June 1991, he wasted no time developing a plan for his professional future. He decided to launch a magazine that chronicled cold fusion and other energy developments. That initiative meant scouting for financial backing. To make ends meet in the meantime, Mallove consulted with private cold-fusion research companies in the United States and signed on as a high school science teacher in Bow, a lakeside town of 7,500 people where he lived with his wife and two children, Ethan and Kimberlyn, then 12 and 16, respectively.
FLATOW: Well, you know, when we went through cold fusion and all these other energies years ago, you always heard the one - what is the one test for anything in this world on those things and including this is...