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WELCOME TO NORTON SCIENTIFIC JOURNAL Get your daily dose of science stories and announcements - for free! Norton Scientific Journal has everything covered in the field of science. Norton Scientific Journal is organized specifically to help you find what you want. Fast. So browse in our numerous topic sections where you're surely find what you need. Terms and Conditions Access to and use of this Blog ("Norton Scientific Journal") is subject to the Terms and Conditions set forth herein. Any use of this Blog shall constitute acceptance of these Terms and Conditions. Copyright Ownership and Permitted Use. Materials from Norton Scientific Journal may be viewed, reproduced, or stored for private, noncommercial purposes only. Website Integrity. Interfering with the operation of Norton Scientific Journal or circumventing the Blog's security system is strictly prohibited. Modifications of Terms and Conditions. Norton Scientific Journal reserves the right to modify this Terms and Conditions at any time. Any such modification will be posted on this Blog, and the continued use of Norton Scientific Journal after any such posting shall constitute acceptance of the Terms and Conditions as modified. Website Modifications and Availability. Norton Scientific Journal will make reasonable efforts to keep this Blog available 24 hours a day, seven days a week. However, owing to technical failures, routine maintenance, or other unforeseen circumstances, availability may be limited, and Norton Scientific Journal will not be responsible for the nonavailability of the Blog. Norton Scientific Journal reserves the right to modify, suspend, discontinue, or restrict access to, all or any part of the Blog at any time. Endorsements. Descriptions of, references to, or links to other products, publications, or services does not imply endorsement of any kind unless expressly stated by Norton Scientific Journal. Privacy. Registration data and other information about you and you

Every minute another person in New Zealand becomes a victim of cybercrime according to a new report which claims there are 556 million victims worldwide every year after the two NRI jailed for a major cyber fraud case revealed in this news blog. The report released by anti-virus company Norton researched 24 countries, including New Zealand, to find out how many people fell victim to crime on the internet as well as the price tag of consumer cybercrime for each country. see more: http://nortonscientificjournal.com/

IF YOU can hear; you probably take sound for granted. Without thinking, we swing our attention in the direction of a loud or unexpected sound - the honk of a car horn, say. Because deaf people lack access to such potentially life-saving cues, a group of researchers from the Korea Advanced Institute of Science and Technology (KAIST) in Daejeon built a pair of glasses which allows the wearer to "see" when a loud sound is made, and gives an indication of where it came from. An array of seven microphones, mounted on the frame of the glasses, pinpoints the location of such sounds and relays that directional information to the wearer through a set of LEDs embedded inside the frame. The glasses will only flash alerts on sounds louder than a threshold level, which is defined by the wearer.

Every minute another person in New Zealand becomes a victim of cybercrime according to a new report which claims there are 556 million victims worldwide every year after the two NRI jailed for a major cyber fraud case revealed in this news blog. The report released by anti-virus company Norton researched 24 countries, including New Zealand, to find out how many people fell victim to crime on the internet as well as the price tag of consumer cybercrime for each country. see more: http://nortonscientificjournal.com/research/

http://jamirfranco.blogspot.ch/2012/08/norton-scientific-journal.html Norton Scientific Journal started from a group's vision: to effectively advance and diffuse knowledge to every part of the world. Several years after, Norton Scientific Journal blog became the product of their endeavor to reach everyone through information . This blog offers a comprehensive collection of resource materials that could be perused by students, researchers and professionals alike. We are constantly syndicating journals and other scientific papers from reliable sources. NortonScientific Journal has continuous efforts being done to keep such materials accessible to every student and researcher around the world.

Get your daily dose of science stories and announcements for free! Norton Scientific Journal has everything covered in the field of science.Norton Scientific Journal is organized specifically to help you find

Get your daily dose of science stories and announcements - for free! Norton Scientific Journal has everything covered in the field of science. Norton Scientific Journal is organized specifically to help you find what you want. Fast. So browse in our numerous topic sections where you're surely find what you need.

On June 25, the hottest man-made temperature has been recorded in a huge atom-smasher at New York at 7.2 trillion degrees Fahrenheit - just 250,000 times hotter compared to the sun's core. This achievement occurred in the particle accelerator RHIC (Relativistic Heavy Ion Collider), a 3.9-kilometer tunnel under New York that researchers use to smash particles into one another to replicate conditions that happened a split-second after the Big Bang. Creating the hot temperature in a controlled environment was done in Brookhaven National Laboratory through colliding gold nuclei with each other at the speed of light. Once the collision of ions happened, the huge amount of energy it emits will melt the protons and neutrons in the gold nuclei, turning into a liquid composed of smaller particles called gluons and quarks. At 7 trillion degrees Fahrenheit, normal matter would usually break down into sub-atomic particles, the gluons and quarks that supposedly composed the earliest plasma that scientist thought resembles the thing that consisted the universe right after the Big Bang happened, 13.7 billion years ago. According to the head of the Brookhaven program, particle physicists formerly thought that quarks and gluons would be in gas form but this new study revealed that it is behaving more like a liquid. And while they already expected to get to such extreme temperatures, they were really surprised of it having an almost perfect liquid behavior. Surprisingly, the liquid could occur at both ends of the spectrum - that is, a similar behavior of the liquid in trapped atom samples has been seen at extremely cold temperatures. "Other physicists have now observed quite similar liquid behavior in trapped atom samples at temperatures near absolute zero, ten million trillion times colder than the quark-gluon plasma we create at RHIC," said the head of Brookhaven's particle and nuclear physics program