Thursday, 1 April 2010
World's First Concept Car (1938): Buick Y-Job
World's First Skyscraper (1885): Home Insurance Building in Chicago
World's First Computer Mouse (1964): by Douglas Engelbart
World's First X-Ray (1895): Röntgen's wife hand World's First X-Ray
World's First Motorcycle (1885): Daimler's "riding car" World's First Motorcycle
World's First Web Server and Web Site (1990): a NeXT computer at CERN World's First Web Server and Web Site
The first web page address :
The first web page address was http://info.cern.ch/hypertext/WWW/TheProject.html, made by Tim Berners-Lee.1990 was a momentous year in world events. In February, Nelson Mandela was freed after 27 years in prison. In April, the space shuttle Discovery carried the Hubble Space Telescope into orbit. And in October, Germany was reunified.
CERN, the European Organization for Nuclear Research, is where it all began in March 1989. A physicist, Tim Berners-Lee, wrote a proposal for information management showing how information could be transferred easily over the Internet by using hypertext, the now familiar point-and-click system of navigating through information. The following year, Robert Cailliau, a systems engineer, joined in and soon became its number one advocate.
The idea was to connect hypertext with the Internet and personal computers, thereby having a single information network to help CERN physicists share all the computer-stored information at the laboratory. Hypertext would enable users to browse easily between texts on web pages using links. The first examples were developed on NeXT computers.
Berners-Lee created a browser-editor with the goal of developing a tool to make the Web a creative space to share and edit information and build a common hypertext. What should they call this new browser: The Mine of Information? The Information Mesh? When they settled on a name in May 1990, it was the WorldWideWeb.
Info.cern.ch was the address of the world's first-ever web site and web server, running on a NeXT computer at CERN. The first web page address was http://info.cern.ch/hypertext/WWW/TheProject.html, which centred on information regarding the WWW project. Visitors could learn more about hypertext, technical details for creating their own webpage, and even an explanation on how to search the Web for information. There are no screenshots of this original page and, in any case, changes were made daily to the information available on the page as the WWW project developed. You may find a later copy (1992) on the World Wide Web Consortium website.
However, a website is like a telephone; if there's just one it's not much use. Berners-Lee's team needed to send out server and browser software. The NeXT systems however were far advanced over the computers people generally had at their disposal: a far less sophisticated piece of software was needed for distribution.
By spring of 1991, testing was underway on a universal line mode browser, which would be able to run on any computer or terminal. It was designed to work simply by typing commands. There was no mouse, no graphics, just plain text, but it allowed anyone with an Internet connection access to the information on the Web.
During 1991 servers appeared in other institutions in Europe and in December 1991, the first server outside the continent was installed in the US at SLAC (Stanford Linear Accelerator Center). By November 1992, there were 26 servers in the world, and by October 1993 the figure had increased to over 200 known web servers. In February 1993, the National Center for Supercomputing Applications (NCSA) at the University of Illinois at Urbana-Champaign released the first version of Mosaic, which was to make the Web available to people using PCs and Apple Macintoshes.
... and the rest is Web history.
Although the Web's conception began as a tool to aid physicists answer tough questions about the Universe, today its usage applies to various aspects of the global community and affects our daily lives.
Today there are upwards of 80 million websites, with many more computers connected to the Internet, and hundreds of millions of users. If households nowadays want a computer, it is not to compute, but to go on the Web.
1990 was a momentous year in world events. In February, Nelson Mandela was freed after 27 years in prison. In April, the space shuttle Discovery carried the Hubble Space Telescope into orbit. And in October, Germany was reunified.
Then at the end of 1990, a revolution took place that changed the way we live today.
Tim Berners-Lee followed his dream of a better, easier way to communicate via computers on a global scale, which led him to create the World Wide Web.
The idea was to connect hypertext with the Internet and personal computers, thereby having a single information network to help CERN physicists share all the computer-stored information at the laboratory. Hypertext would enable users to browse easily between texts on web pages using links. The first examples were developed on NeXT computers.
Berners-Lee created a browser-editor with the goal of developing a tool to make the Web a creative space to share and edit information and build a common hypertext. What should they call this new browser: The Mine of Information? The Information Mesh? When they settled on a name in May 1990, it was the WorldWideWeb.
Robert Cailliau, collaborator on the World Wide Web project and first Web surfer.
However, a website is like a telephone; if there's just one it's not much use. Berners-Lee's team needed to send out server and browser software. The NeXT systems however were far advanced over the computers people generally had at their disposal: a far less sophisticated piece of software was needed for distribution.
By spring of 1991, testing was underway on a universal line mode browser, which would be able to run on any computer or terminal. It was designed to work simply by typing commands. There was no mouse, no graphics, just plain text, but it allowed anyone with an Internet connection access to the information on the Web.
The historic NeXT computer used by Tim Berners-Lee in 1990, on display in the Microcosm exhibition at CERN. It was the first web server, hypermedia browser and web editor.
... and the rest is Web history.
Although the Web's conception began as a tool to aid physicists answer tough questions about the Universe, today its usage applies to various aspects of the global community and affects our daily lives.
Today there are upwards of 80 million websites, with many more computers connected to the Internet, and hundreds of millions of users. If households nowadays want a computer, it is not to compute, but to go on the Web.
World's First Novel (1007): Tale of Genji World's First Novel
More than a thousend years ago, on 1007, a Japanese court lady put the finishing touches on what is considered the world's first novel. Spanning 75 years, more than 350 characters, and brimming with romantic poems, the "Tale of Genji" tells the story of an emperor's son, his quest for love, and the many women he meets along the way. It is attributed to the Japanese noblewoman Murasaki Shikibu.
World's First Album Cover (1938)
Smash Song Hits by Rodgers and Hart

Before Alex Steinweiss, then a 23-year-old designer, invented album covers in 1938 for Columbia Records, albums were sold in plain brown wrappers. The album "Smash Song Hits by Rodgers and Hart" was the very first album cover in the world.
World's First Motel (1925): Motel Inn
Motel Inn in San Luis Obispo, California, is the world’s first motel. It was built in 1925 by LA architect Arthur Heineman, who coined the term motel meaning "motor hotel." Motel Inn was originally called the Milestone Mo-Tel. Back then, one night stay was $1.25. Heineman couldn’t afford the trademark registration fee, so his competitors were able to use the word "motel." The motel is still in operation today.
World’s First Digital Camera (1975)
Created by Kodak's engineer Steve Sasson
In December 1975, Kodak engineer Steve Sasson invented something that would, decades later, revolutionize photography: the world’s first digital camera. It was the size of a toaster, and captured black and white images at a resolution of 100×100 - or 0.01 megapixels in today’s marketing terminology. The images were stored on cassette tape, taking 23 seconds to write. The camera uses an ADC from Motorola, a bog-standard (for the 1970s) lens from a Kodak movie camera, and a CCD chip from Fairchild Semiconductor - the same technology that digital cameras still use today. To playback the images, a special computer and tape reader setup (pictured below) was built, outputting the grainy images on a standard TV. It took a further 23 seconds to read each image from tape.
