The theory of evolution from paper to the internet
The theory of evolution must evolve' with the transforming media forms around it to maintain its scientific and social relevance. In other words, it must shift from the conventional media forms such as journals, books and publications and move towards the ways of the internet. Even collective groups of scientists and evolutionists can be shifted from physical to online gatherings via the ways of the internet and its related technologies. The majority of internet users throughout the world see the net as simply an enormous link-up of the world's computers, after all, this is the universal answer' people tend to give when asked "what is the internet?". Although this common answer is a pretty accurate image, it would be more correct to describe the internet as a "global network of hardware and software which stores and transports information from a content provider to an end user" . This infrastructure allows any person who wishes to say anything, access to say it to the world.
Controversial topics are abundant on the World Wide Web, and this media form enables these topics to be discussed, investigated, or challenged. Evolution is defined as being: "A gradual process in which something changes into a different and usually more complex or better form". Arguments for evolution include The Fossil Record, Darwin's theory of Natural Selection, and Biological Evidence. Arguments against evolution include The Second Law of Thermodynamics, Things Never From Other Living Things, Complex Systems Never Evolve Bit by Bit, and then there are the Christian-derived theories such as Why are jellyfish fossils evidence against Evolution? .
The internet's foundations can be traced back to its beginnings in the US military. In 1957 the Union of Soviet Socialist Republics (USSR) launched Sputnik, the first artificial earth satellite. In response, the United States formed the Advanced Research Projects Agency (ARPA) within the Department of Defence (DoD), to establish a U.S. lead in science and technology applicable to the military. The U.S. DoD was curious as to how it could maintain its command and control over its missiles and bombers, after a nuclear attack. The plan was to develop a military research network that could survive a nuclear strike, and which was decentralized so that if any cities in the U.S. were attacked, the military could still have control of nuclear arms for a counter-attack. This was the first step in the development of the internet, as we know it today. In just 27 years, from 1968 to 1995, the maximum speed of this network' increased from 50kbps to 145 000 kbps almost 3000 times the original speed!
There are numerous ways of displaying information on the internet. Different information sources can include: "news sites, message boards, blogs [weblogs], press releases, subscription sites, analyst sites, on-line databases etc.". 'Accessibility to global information on demand' is the internet's strongest point. According to Global Reach's website, there are approximately 801.4 million people using the internet in the world. This means that there are 801.4 million people (approximately) who are able to access information on demand, when they want. For a person wishing to find information on evolution, a simple Google search brings up approximately 80,300,000 pages . This sheer volume of information is completely unrivalled by the equivalent paper publications available for access by a person. And if you happen to be living in a relatively isolated population, wireless internet may be your only hope of finding any information at all on the topic.
The internet is getting more complex in terms of the applications it runs. The original web applications were text-based. Examples of these older applications are: basic email (plain text), newsgroups, telnet, ftp and gopher. The newer web applications are much more...