{
    "success": true,
    "data": {
        "id": 1384767,
        "msgid": "silicon-implant-turns-professor-into-cyborg-1447893297",
        "date": "1998-12-07 00:00:00",
        "title": "Silicon implant turns professor into 'cyborg'",
        "author": null,
        "source": "LPS",
        "tags": null,
        "topic": null,
        "summary": "Silicon implant turns professor into 'cyborg' JAKARTA: In a bold experiment, British scientist Kevin Warwick has had a silicon chip transponder surgically implanted in his forearm to communicate remotely with computers which can operate the doors and lights and control the temperature in his office -- demonstrating the potential of intelligent building systems.",
        "content": "<p>Silicon implant turns professor into 'cyborg'<\/p>\n<p>JAKARTA: In a bold experiment, British scientist Kevin Warwick<br>\nhas had a silicon chip transponder surgically implanted in his<br>\nforearm to communicate remotely with computers which can operate<br>\nthe doors and lights and control the temperature in his office --<br>\ndemonstrating the potential of intelligent building systems.<\/p>\n<p>Warwick, who is a professor of Cybernetics at Reading<br>\nUniversity, southern England, has even arranged for a computer to<br>\nrecognize what telephone he is sitting next to.<\/p>\n<p>\"Cybernetics is all about humans and technology interacting<br>\nand for a professor of cybernetic to become a true 'cyborg' --<br>\npart man, part machine -- is therefore rather appropriate,\" he<br>\nsaid.<\/p>\n<p>The glass capsule, about 23 millimeters long and three<br>\nmillimeters in diameter, contains a transponder consisting of an<br>\nelectromagnetic coil and a number of microchips.<\/p>\n<p>When a radio frequency signal is transmitted to the<br>\ntransponder, the coil generates an electric current. This is used<br>\nto drive the silicon chip circuitry which transmits a unique 64-<br>\nbit signal. A receiver picking up this signal can be connected to<br>\nan intelligent building network.<\/p>\n<p>Through a computer it can recognize the code and thus, in the<br>\ncase of an implant, the individual person. It can then operate a<br>\nrange of computer controlled-devices, such as doors, lights,<br>\nheaters, or even other computers in a specially adapted building,<br>\naccording to the pre-programmed requirements of that person.<\/p>\n<p>Professor Warwick, the first person to have such a transponder<br>\nsurgically implanted, says the \"potential of the implant is<br>\nenormous\". It could for instance be used to replace credit and<br>\nbank cards. Businesses could use it to register employees in and<br>\nout of their offices automatically.<\/p>\n<p>But he warns that it has shades of writer George Orwell's<br>\nnovel Nineteen Eighty-Four: \"With an implant a machine will know<br>\nwhere an individual is in a building at all times. They might not<br>\neven be able to pay a visit to the toilet without a machine<br>\nknowing about it. Is this what we want?\".<\/p>\n<p>-- London Press Service<\/p>",
        "url": "https:\/\/jawawa.id\/newsitem\/silicon-implant-turns-professor-into-cyborg-1447893297",
        "image": ""
    },
    "sponsor": "Okusi Associates",
    "sponsor_url": "https:\/\/okusiassociates.com"
}