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The two body dynamics of  an orbiting particle is usually governed by  Newton's laws of  gravity and mechanics.  Here the Kepler problem has been studied with the addition of  the Lorentz force of  magnetism.  For micrometeoroids and small man made debris particles electromagnetic interactions may become important.  The space environment is filled with charged particles,  electrons and ions, that may be deposited on a  1 -  100 microns sized particle.  The orbits of such charged particles  have been modeled in earth orbit, with the dipole magnetic field superposed on the gravity field. An initial study of  this problem has been conducted. Figures  1 illustrates a 600 second time frame of  particles in a 300 kilometer altitude Earth orbit with  a 5.7' inclination.  The solid line is the pure Kepler problem.  The dashed lines are the paths taken by various sized particles with  a single positive charge of 1.6x10-'~ coulombs. The additional  energy required  to deflect these particles from a Kepler orbit comes from the deposition of  charge at the initial stage in the calculation.  From there the energy of  the particle is  conserved since both the gravitational  and magnetic forces are conservative, i.e. $F d r  = 0. The orbit of  1 micron sized particles has been computed and the results  a r e  shown in figures 2 through 5.  The results of  this numerical exercise in magneto-orbital dynamics a r e  rather unexpected, but  appear physically  correct when studied.  The particle was set in a 2000km orbit with a 5.7'  inclination.  Figure 2 displays how the magnetic field torques the orbital plane.  Figure 3 then shows how the orbit is flipped over and shoved toward  the north pole. This is  analogous to the spin orbit interaction in the quantum atom.  He r e  the magnetic moments  of  the Earth's magnetic field and the orbit a r e  parallel. The flip in the orbit is  a result  of  the system's requirement to reach a low

Mark Zuckerberg, Chief Executive Officer of Facebook Inc. is urging the members of the world's biggest social network to share their organ-donor status on the site that aims to encourage more donations and lessen times of waiting for transplants. Users can add donor plans to their profile starting today, just like they already note a hometown or alma mater, Zuckerberg and Sheryl Sandberg, Facebook's chief operating officer. There will also be a link to the official donor registry, the Menlo Park California-based. A number of 114,000 people in the U.S. and millions worldwide are waiting to save a life- heart, liver or kidney transplants. According to the statistics showed by the Micron Associates, many of them more likely 18 at average in a day die due to the fact that there are not enough organs for transplant. Zuckerberg and Sandberg pointed out on the blog that medical experts believe that a wider awareness about organ donation could go a long way toward solving the said crisis. Everyone can play an important role using the power of sharing and connection by just simply telling other people that you are an organ donor.

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Did you know that. . . . The short life of Older Father, the long life span of their offspring. According to the study in the Proceedings of the National Academy of Sciences, Fathers who are preferred to have children until they're almost at the age of 40 may provide their offspring a longer life. The children will inherit the longer telomeres, caps at the end of the chromosomes which then protects them from the so-called degeneration. The longer telomeres provide slower aging and may mean a longer lifespan. However, based from the research the older a man reproduces child is likely to produce disorders like autism. Moreover, older fathers have a chance to lower intelligence scores than those born to younger men. A study author and doctoral student at Northwestern University in Evanston, Illinois- Dan Eisenberg. He said that most of literature also suggests risks from paternal age. The longer telomerse may delay sexual development, and direct the body's energy into maintaining itself and staying healthy, he added. In addition, the late fatherhood may serve as a signal that mortality rates are low.The benefit was also seen in grandchildren of men who became fathers at later ages. The correlation held regardless of whether the families were rich or poor, the study said. A report released in Micron Associates from the Centers for Disease Control and Prevention, American men have their first child at the age of 25.

http://micronassociates-news.com/blog/category/did-you-know-that/ DID YOU KNOW THAT Teetrinker viel anfälliger für Prostatakrebs, Micron Associates Ansprüche Eine neue Studie aus Schottland hat festgestellt, dass Männer, die schweren Teetrinker sind einem höheren Risiko für Prostatakrebs sein können. Die Forscher führen aus ihrer Studie wurde jedoch nicht entwickelt, um Ursachen, zu finden, also alles, was sie sagen können, dass ein höheres Risiko für Prostatakrebs und nicht unbedingt die Ursache schwerer Teetrinken verknüpft ist. Prostatakrebs ist eine Erkrankung, die nur Männer betrifft. Krebs beginnt in der Prostata - eine Drüse im männlichen reproduktiven System wachsen. Das Wort "Prostata" kommt vom mittellateinischen Prostata und mittelalterliche französische Prostata. Die altgriechischen Wort Prostata bedeutet "man steht im Vordergrund", von Proistanai Bedeutung "festlegen, bevor". Die Prostata wird so genannt wegen seiner Lage - es ist an der Basis der Blase. "Am meisten frühere Untersuchungen entweder keine Beziehung mit Prostatakrebs für schwarzen Tee oder einige präventive Wirkung des grünen Tees, gezeigt hat", sagte Shafique. Die Daten, die sie benutzten überdachten 6.016 schottischen Männer im Alter von 21 bis 75 Jahren, die eingeschrieben wurden auf die Midspan Collaborative studieren zwischen 1970 und 1973 und folgten bis 37 Jahre. Die Männer hatten ausgefüllt Fragebögen über ihre allgemeine Gesundheit, Rauchgewohnheiten und üblichen Verzehr von Tee, Kaffee und Alkohol, und sie besuchte auch eine Screening-Untersuchung. Wenn sie die Daten analysiert die Forscher einen statistisch signifikanten Link gefunden (P = 0,02, so unwahrscheinlich aufgrund reiner Zufall sein) zwischen Teetrinken und allgemeine Risiko der Entwicklung von Prostatakrebs. Nach Wasser ist Tee das am häufigsten konsumierte Getränk der Welt. Sie fanden, dass die Männer, die die meisten (mehr als sieben Tassen am Tag, knapp ei

Source: http://lycanmustle.deviantart.com/art/Micron-Associates-CNH-Tracker-Hong-Kong-must-heed-381484958 HONG KONG, June 27 (Reuters) - The liquidity crunch in China's financial system last week spooked global markets and led to a downgrade in the outlook of Hong Kong banks that has raised alarm bells about contagion. The widespread panic from the dizzying spike in onshore interbank rates offers a valuable lesson in risk management for the gatekeepers of Hong Kong's growing yuan markets as the territory's banks have deep ties to state-run mainland banks. China's central bank has balked at injecting funds into the money markets as it cracked down on funds flowing into the country's vast informal loans market known as "shadow banking". While offshore markets saw only moderate volatility from the credit squeeze and plunging stock prices, the spillover effects are hard to ignore even for the most ardent cheerleaders of China's yuan internationalisation project. "As the cross border channels strengthen between the onshore and the offshore markets, it is not going to be easy for Hong Kong's regulators to avert a contagion effect and they need to be prepared to stem any impact," said Becky Liu, a strategist at Standard Chartered Bank. The shortage of funds in China has spilled over into Hong Kong, pushing up the cost of funds in the growing offshore yuan market amid speculation that subsidiaries of Chinese banks were remitting money to the mainland. The clearing bank for yuan-related transactions in Hong Kong and Taiwan had to raise yuan interest rates this week to attract more yuan deposits. Some Chinese banks reportedly jacked up deposit rates for short-dated yuan funds, and the Chinese government narrowly sold out a jumbo bond sale on Wednesday. Indeed, Fitch Ratings said this week that sustained stress in the Chinese interbank market would raise counterparty risks for Hong Kong banks' exposure to mainland banks arising mainly from interbank placements and fr

Source HONG KONG, June 27 (Reuters) - The liquidity crunch in China's financial system last week spooked global markets and led to a downgrade in the outlook of Hong Kong banks that has raised alarm bells about contagion. The widespread panic from the dizzying spike in onshore interbank rates offers a valuable lesson in risk management for the gatekeepers of Hong Kong's growing yuan markets as the territory's banks have deep ties to state-run mainland banks. China's central bank has balked at injecting funds into the money markets as it cracked down on funds flowing into the country's vast informal loans market known as "shadow banking". While offshore markets saw only moderate volatility from the credit squeeze and plunging stock prices, the spillover effects are hard to ignore even for the most ardent cheerleaders of China's yuan internationalisation project. "As the cross border channels strengthen between the onshore and the offshore markets, it is not going to be easy for Hong Kong's regulators to avert a contagion effect and they need to be prepared to stem any impact," said Becky Liu, a strategist at Standard Chartered Bank. The shortage of funds in China has spilled over into Hong Kong, pushing up the cost of funds in the growing offshore yuan market amid speculation that subsidiaries of Chinese banks were remitting money to the mainland. The clearing bank for yuan-related transactions in Hong Kong and Taiwan had to raise yuan interest rates this week to attract more yuan deposits. Some Chinese banks reportedly jacked up deposit rates for short-dated yuan funds, and the Chinese government narrowly sold out a jumbo bond sale on Wednesday. Indeed, Fitch Ratings said this week that sustained stress in the Chinese interbank market would raise counterparty risks for Hong Kong banks' exposure to mainland banks arising mainly from interbank placements and from guarantees on trade finance. Fear of a banking crisis are surfacing as the world's second-large

The two body dynamics of an orbiting particle is usually governed by Newton's laws of gravity and mechanics. Here the Kepler problem has been studied with the addition of the Lorentz force of magnetism. For micrometeoroids and small man made debris particles electromagnetic interactions may become important. The space environment is filled with charged particles, electrons and ions, that may be deposited on a 1 - 100 microns sized particle. The orbits of such charged particles have been modeled in earth orbit, with the dipole magnetic field superposed on the gravity field. An initial study of this problem has been conducted. Figures 1 illustrates a 600 second time frame of particles in a 300 kilometer altitude Earth orbit with a 5.7' inclination. The solid line is the pure Kepler problem. The dashed lines are the paths taken by various sized particles with a single positive charge of 1.6x10-'~ coulombs. The additional energy required to deflect these particles from a Kepler orbit comes from the deposition of charge at the initial stage in the calculation. From there the energy of the particle is conserved since both the gravitational and magnetic forces are conservative, i.e. $F d r = 0. The orbit of 1 micron sized particles has been computed and the results a r e shown in figures 2 through 5. The results of this numerical exercise in magneto-orbital dynamics a r e rather unexpected, but appear physically correct when studied. The particle was set in a 2000km orbit with a 5.7' inclination. Figure 2 displays how the magnetic field torques the orbital plane. Figure 3 then shows how the orbit is flipped over and shoved toward the north pole. This is analogous to the spin orbit interaction in the quantum atom. He r e the magnetic moments of the Earth's magnetic field and the orbit a r e parallel. The flip in the orbit is a result of the system's requirement to reach a lower magnetic energy by anti

The two body dynamics of an orbiting particle is usually governed by Newton's laws of gravity and mechanics. Here the Kepler problem has been studied with the addition of the Lorentz force of magnetism. For micrometeoroids and small man made debris particles electromagnetic interactions may become important. The space environment is filled with charged particles, electrons and ions, that may be deposited on a 1 - 100 microns sized particle. The orbits of such charged particles have been modeled in earth orbit, with the dipole magnetic field superposed on the gravity field. An initial study of this problem has been conducted. Figures 1 illustrates a 600 second time frame of particles in a 300 kilometer altitude Earth orbit with a 5.7' inclination. The solid line is the pure Kepler problem. The dashed lines are the paths taken by various sized particles with a single positive charge of 1.6x10-'~ coulombs. The additional energy required to deflect these particles from a Kepler orbit comes from the deposition of charge at the initial stage in the calculation. From there the energy of the particle is conserved since both the gravitational and magnetic forces are conservative, i.e. $F d r = 0. The orbit of 1 micron sized particles has been computed and the results a r e shown in figures 2 through 5. The results of this numerical exercise in magneto-orbital dynamics a r e rather unexpected, but appear physically correct when studied. The particle was set in a 2000km orbit with a 5.7' inclination. Figure 2 displays how the magnetic field torques the orbital plane. Figure 3 then shows how the orbit is flipped over and shoved toward the north pole. This is analogous to the spin orbit interaction in the quantum atom. He r e the magnetic moments of the Earth's magnetic field and the orbit a r e parallel. The flip in the orbit is a result of the system's requirement to reach a lower magnetic energy by antiorienting the magnetic moments. The energy lost by reorienting the magneti

The two body dynamics of an orbiting particle is usually governed by Newton's laws of gravity and mechanics. Here the Kepler problem has been studied with the addition of the Lorentz force of magnetism. For micrometeoroids and small man made debris particles electromagnetic interactions may become important. The space environment is filled with charged particles, electrons and ions, that may be deposited on a 1 - 100 microns sized particle. The orbits of such charged particles have been modeled in earth orbit, with the dipole magnetic field superposed on the gravity field. An initial study of this problem has been conducted. Figures 1 illustrates a 600 second time frame of particles in a 300 kilometer altitude Earth orbit with a 5.7' inclination. The solid line is the pure Kepler problem. The dashed lines are the paths taken by various sized particles with a single positive charge of 1.6x10-'~ coulombs. The additional energy required to deflect these particles from a Kepler orbit comes from the deposition of charge at the initial stage in the calculation. From there the energy of the particle is conserved since both the gravitational and magnetic forces are conservative, i.e. $F d r = 0. The orbit of 1 micron sized particles has been computed and the results a r e shown in figures 2 through 5. The results of this numerical exercise in magneto-orbital dynamics a r e rather unexpected, but appear physically correct when studied. The particle was set in a 2000km orbit with a 5.7' inclination. Figure 2 displays how the magnetic field torques the orbital plane. Figure 3 then shows how the orbit is flipped over and shoved toward the north pole. This is analogous to the spin orbit interaction in the quantum atom. He r e the magnetic moments of the Earth's magnetic field and the orbit a r e parallel. The flip in the orbit is a result of the system's requirement to reach a lower magnetic energy by antiorienting the magnetic moments. The energy lost by