DEVELOPING A PERSONAL CODE OF ETHICS FOR INFORMATION TECHNOLOGY By Cesar De La Cruz April 20th 20013 IT3165 – Ethics for the IT Professional Abstract The problem to be investigated is the ethical use of Information Technology (IT) in today’s world. In the past‚ the information technology advancements had limited impact on societies and cultures. However‚ in today’s world‚ information technology is almost part of every business‚ educational institute‚ and even personal activity (Brooks‚ 2010)
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the gateway to the beautiful garden of Mechanics. What I saw in its Micron and Nanotechnology Center‚ such as electric generators only a few microns large‚ and various laser devices in precision measurement‚ carried me away completely. When I learned that in near the future‚ Nano-electronics could produce pocket-sized giant computers‚ and make fragile porcelain ware exceedingly robust‚ and‚ especially‚ that Nanotechnology will play a central role in the development of Information Technologies‚ more
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Garreau’s possible scenarios for the future In Garreau’s book “Radical Evolution”‚ he focused on four technologies abbeviated as GRIN: Genetics‚ Robotics‚ Information‚ and Nanotechnology. In the book Garreau talks of possible four futures for mankind. They are singularity‚ heaven‚ hell‚ and prevail. The singularity future is basically that increasing technological change is unstoppable and leads to the creation of an intelligence that is better or greater than humans and with improve upon
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they have the most advanced system is terms of immunity. Genetic modification or therapy‚ with the use of viruses segments of genes or instructions to make said genes can be introduced to the body. Advancements in technology‚ mainly focusing on nanotechnologies and
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I Introduction Technology I.1 What is technology? I.2 First inventors I.3 How science affects technology I.4 How technology affects science I.5 Discussion questions 2 Chemistry connects to . . . . . . I.1 What is technology? Think for a moment what it might be like to live in the 14th century. Image that you could travel back in time and found yourself in a small European village in 1392. What do you think you would find
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“What is the power of science fiction on technological development?” Towards answering “What is the power of science fiction on technological development?” I am doing research‚ which I find information on how science fiction influences the technological advances and vice versa. My goal is to explain the relationship between science fiction and the technological development‚ and‚ at the same time‚ their relation to the course topic: the alien metaphor and the science fiction. Also‚ the alien metaphor
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Experiences: . Roadmap: . Benchmarks: . Experiences: . Conclusion: From the past (1960) to the future (2030) 10 examples of convergent green technology Approaches of Chinese Taipei : institutional promotion‚ eco-parks‚ technical incubation‚ and nanotechnology. Chindia Price for achieving the M illennium Development Goals (MDGs) 1 . Roadmap Driven by Environmental Consciousness / Policy Pollution Control The-end-ofthe-pipe Technology 1960’s Cradle to Grave Policy Waste Minimization Technology
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Sitting in his office in the German university town of Chemnitz‚ Arved Huebler often thinks of the poor in rural India. Huebler is a physicist‚ a professor at the Chemnitz University of Technology and director of the Institute for Print and Media Technology in the university. He runs an exchange programme with Manipal University and has a lab there‚ but that isn’t why he has Indian villages on his mind. Huebler is developing a product that will be useful for the poor‚ those who do not have electricity
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electricity is different types of vibrations. Introduction of Nanotechnology: Richard Feynman was the first to talk on miniaturization in 1959 and he had argued on the possibilities of “Atom by Atom’’ construction. Nanotechnology refers to technology‚ whose unifying theme is the control of matter on the molecular level in scales‚ normally 1 to 100 nanometers‚ and the fabrication of devices within that size range. Nanotechnology is the art and science of manipulating matter at the atomic or molecular
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agenda. The semiconductor industry is edging closer to the world of Nanotechnology where components are miniaturized to the point of individual molecules and atoms. Nanotechnology broadly refers to the manipulation of matter on the atomic and molecular scales. This technology enables creation of things one atom or molecule at a time. The possibilities with nanotechnology are enormous and are of great benefit to us. Nanotechnology deals with creation of materials‚ devices and systems in the nanometer
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