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CHAPTER 2 Light as Waves one over the square root of the product of the dielectric constant .z0 and magnetic permittivity of the medium, and is equal to 3 x 10 metedsec in a vacuum. In denser media, such as air. water, or glass, the dielectric constant increases and the waves slow down. The ratio of the speed in a vacuum to the speed in a particular medium is called the refractive index of that medium, about which we will hear more later. For the moment, let s consider waves in a uniform medium with a refractive index of unity (space, or air). We have to be a little careful about the definition of the term wavefront! For a spark source, we can think of the wave as defined by a small interval in time when the electric field is non-zero, a spike in other words, at a single point in space. Maxwell s equations say that the resulting pulse-like disturbance will move outward from that point at the same speed in all directions, forming an expanding sphere. The pulse intensity cannot actually be the same in all directions, but let s imagine for the moment that it is (we are usually interested in only a fairly small range of angles anyway, where it can be virtually constant). As the wave spreads out, its amplitude drops as one over the distance (this will provide conservation of energy, to be discussed later on), but the spike stays a spike as it moves outward. We will think of the locations in space where we could observe the spike at time t as describing a sphere of radius r , where

The HTML output from the feed aggregator introduced in 2 was intended for your own personal consumption but with a little bit of tweaking, there s no reason it wouldn t make for a decent public feed aggregator. Use it to build a group Web log from your friends or colleagues Web logs, or create a topical silo of feeds hand-picked from the blogosphere. To publish a feed-driven blog page, you need to make things a bit more presentable maybe improve the template a bit, and include some indication of what feeds drive the page. And, it wouldn t hurt if it took care of itself a bit better 2 s aggregator just offered HTML files with timestamped filenames that, although marginally fine for your own perusal, don t quite make for a decent public Web site. So, instead, this version will maintain a running history of, say, around 25 entries in a single index page. Getting right down to business, Listing 17-1 gives you the opening of a new program, named ch17_feed_blog.py.

<html> <head> <meta http-equiv= Content-Type content= text/html;charset=us-ascii /> <title>Validation Test</title> </head>

HTML is a static method of deploying content; the content is sent out to a user agent where it is rendered and read, but it typically doesn t change once it is delivered. However, there is a need in HTML documents for such things as decision-making ability, form validation, and, in the case of Dynamic HTML (DHTML), dynamic object attribute changes. In those cases (and more), client-side scripting can be used.

(continued)

When the Artboard tool is selected, you can change the artboard size of your document (represented by the dashed line).

[Ha11721 [Har98]

The negative energies originally encountered in the Klein-Gordon equation and V are still with us. By constructing a wave equation first order in we solved the negative probability difficulty of the KG equation, but we are still using the energy expression (1.49); this necessarily leads to positive and negative energies. In the nonrelativistic limit the first two solutions correspond to the spin degrees of freedom for a Pauli-Schrodinger electron. However, for relativistic problems both positive-energy and negative-energy solutions are required to avoid inconsistencies. We will interpret the negative-energy solutions in terms of antiparticles in the next section. For fermions in uniform translational motion the momentum-dependent eigenspinors are

Behaviors, in Fireworks, are effects that are exported as JavaScript code to be included in an HTML page. A Behavior is attached to a Web object (a hotspot or a slice) and triggered by a specific user event, such as a mouse click or rolling over an image. Two objects deal with Behaviors: BehaviorsList and BehaviorInfo.