Java Programming with Mifare and ACR120 - Kobu.Com An English book published in digital Now On Sale! Kobu.Com provides a Java programming guide for Mifare RFID contactless cards and ACR120 card reader from ACS. This book introduces lots of Java sample programs for accessing Mifare smart cards through an ACR120 reader. The book is currently available from the sales channels listed on the right. Caution The book is for ACR120U and not for ACR120U. Differences in Delivery Formats One of the reasons of publishing this book is to experiment distribution of one content in different file formats through different sales channels. The following table shows differences in reading experience caused by different delivery formats. Apple iPhone and iPod Touch are not supported due to difficulty in presenting sample code in a small screen. Mfmod - Access Conditions Calculator for Mifare RFID Cards The ZIP file below includes a Windows executable program, mfmod.exe.
Glucose deprivation activates feedback loop that kills cancer cells, UCLA study shows By Jennifer MarcusJune 26, 2012Category: Health Sciences, Research Feedback loop that kills cancer Compared to normal cells, cancer cells have a prodigious appetite for glucose, the result of a shift in cell metabolism known as aerobic glycolysis or the "Warburg effect." Now, in a unique study, a UCLA research team led by Thomas Graeber, a professor of molecular and medical pharmacology, has investigated the reverse aspect: how the metabolism of glucose affects the biochemical signals present in cancer cells. In research published June 26 in the journal Molecular Systems Biology, Graeber and his colleagues demonstrate that glucose starvation — that is, depriving cancer cells of glucose —activates a metabolic and signaling amplification loop that leads to cancer cell death as a result of the toxic accumulation of reactive oxygen species, the cell-damaging molecules and ions targeted by antioxidants like vitamin C.
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New technique lights up the creation of holograms Researchers at the RIKEN Advanced Science Institute (Japan) have developed a unique way to create full-color holograms with the aid of surface plasmons. A red apple with green leaves—it seems real enough to pick up in one’s hand, but there is nothing there to actually touch. This is because the apple is a hologram, a three-dimensional image projected by light (Fig. 1). Full-color holograms Seven years ago during an interview with RIKEN News in February 2005, Kawata mentioned, “I want to do two things at RIKEN, one of which is to pioneer the new discipline of plasmonics.” “In recent years, three-dimensional (3D) movies and television sets capable of 3D imaging have been gaining popularity, but the images of the objects we see are for the most part nothing more than pairs of planar images recognized as 3D objects by the brain due to the effect of lateral parallax,” Ozaki explains. Extracting the three primary colors from white light using surface plasmon resonance Metallic nano-lenses
Tamil Songs | Download | Tamil Movie | Online | Free Tamil | Songs Download | Mp3 Physicists 'record' magnetic breakthrough An international team of scientists has demonstrated a revolutionary new way of magnetic recording which will allow information to be processed hundreds of times faster than by current hard drive technology. The researchers found they could record information using only heat - a previously unimaginable scenario. They believe this discovery will not only make future magnetic recording devices faster, but more energy-efficient too. The results of the research, which was led by the University of York's Department of Physics, are reported in the February edition of Nature Communications. York physicist Thomas Ostler said: "Instead of using a magnetic field to record information on a magnetic medium, we harnessed much stronger internal forces and recorded information using only heat. The multinational team of scientists included researchers from Spain, Switzerland, Ukraine, Russia, Japan and the Netherlands.
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Google String Theorists Squeeze Nine Dimensions Into Three A simulation of the early universe using string theory may explain why space has three observable spatial dimensions instead of nine. The leading mathematical explanation of physics goes beyond modern particle theory by positing tiny bits of vibrating string as the fundamental basis of matter and forces. String theory also requires that the universe have six or more spatial dimensions in addition to the ones observed in everyday life. Explaining how those extra dimensions are hidden is a central challenge for string theorists. “This new paper demonstrates, for the first time, that our 3-D space appears naturally … from the 9-D space that string theory originally has,” says Jun Nishimura of the High Energy Accelerator Research Organization in Tsukuba, Japan. In the simulation, the universe starts off as a tiny blob of strings that is symmetric in nine different dimensions. Applying string theory to the beginning of the universe in this way has long proven difficult.