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Neutrinos Neutrinos are extremely weakly interacting particles, produced for example in radioactive decay. There is now significant experimental evidence that they possess a non-zero rest mass, but it is unclear whether this mass might be large enough to have cosmological effects, and it remains a working assumption in cosmology to treat them as effectively massless. I will adopt that assumption for the main body of this book, and in that case they, like photons, are always relativistic. The combination of photons and neutrinos makes up the relativistic material in our Universe. Confusingly, sometimes the term 'radiation' is used to refer to all the relativistic material. There are three types of neutrino, the electron neutrino, muon neutrino and tau neutrino, and if they are indeed all massless they should all exist in our Universe. Unfortunately, their interactions are so weak that for now there is no hope of detecting cosmological neutrinos directly. Originally their presence was inferred on purely theoretical grounds, though we will see that the existence of the cosmic neutrino background may be inferred indirectly by some cosmological observations. Because they are so weakly interacting, the experimental limits on the neutrino masses, especially of the latter two types, are quite weak, and it is in fact perfectly possible that they are massive enough to be non-relativistic. The possible effects of neutrino masses ,Ire explored in Advanced Topic 3.

4.4.3.1 inflow of Fisher information for independent observations If the observations w = (w1 . .w ~ are )independent, their joint probability (density) function . ~ is, by definition, equal to the product of the marginal probability (density) functions of all observations p ( w ;0 ) = m(w1; @)p2(w2;0) . . .P N ( W N ; 8 ) . (4.69) Therefore, q(w;O) = &&Jn;B). (4.70)

The last tag is the close of our stylesheet for the home.xsql. You ll now have a home page that looks like Figure 14.1 that appeared earlier in this chapter, but now all of the data is database driven. What s really neat is that all of the links and search functionality work. You still get back the ugly XML, but you are getting back actual data from the database. Now, it s time to make the rest of the application pretty. The search results page and the product category page present essentially the same set of challenges. We might as well start with the product category page. On the left of the page is the category directory. As with the banner template, the template for the category directory will be separated into its own file. The main stylesheet along with the stylesheet header is as follows:

our drawing is not a world unto itself. Many times, you need to work with files or data from other applications. Here are some possibilities: Working for a client who uses another CAD program Placing a logo into your title block Inserting a drawing into a report Inserting a spreadsheet into your drawing Using a satellite photo as a basis to create a map You have several ways of working with other applications: You can import another file format so that the entire file is brought into your drawing. You can export to another file format so that the entire drawing can be imported into another application. You can import a raster image (bitmap) without changing any file format. A raster image is made up of dots, called pixels, as opposed to vectors. AutoCAD and AutoCAD LT are vector programs. You can import, or export to, a DXF file, which is a way of interchanging drawings between AutoCAD or AutoCAD LT and other CAD programs. As you can imagine, the possibilities are endless. This chapter explains how to work with other applications.

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model is known as the digital network architecture (DNA). In the DNA model, each layer serves the layers above it and requests services from the layer beneath it. The structure and purpose of the DNA model are much like the OSI model, each layer being responsible for a function to support the protocol. Each layer is mostly based on the proprietary protocol, so some of the upper layers share functions within individual substandards. The DNA changed as well when DECnet phase V came about, due to the multiple open standard support that was now part of the protocol. Most of the upper layers support both the proprietary and the open standards that became part of the protocol suite. Note that you don t have to know all the proprietary standards in the protocol suite; know only that it operates in a hierarchical manner.