Yeah, that what THEY want you to think. Your steps behind. How many politicians do you think go through the process of getting elected to promote Democracy. How many politicians do you think go through the process of getting elected to Advance their Carrier / Power. Is our democratic system working when instead of discussing issues we categorize them into black or white before they are even presented to us, and have a democratic process of voting bad or evil. Then when we choose bad, the evil people are likely to point out all the bad things that happened when in power, so in retaliation we elect evil. Two sided politics never helped anyone but the "Agenda Setters".
People talk about Michael Moore is helping america by preaching the truth, How about Noam Champski. (See the Inconvenient Truth). He seems more learned.
Its clean burning, in the fact there are few hydrocarbons and junk like sulfur as exhaust.
The whole natural gas in ice thing, isn't that spectacular. Considering natural gas is probably easier to change no LNG (Liquefied Natural Gas) than it is to compress into a snowballs' ice lattice...... Something about high pressures and low temperatures that accomplish both.
Are we going to boil decomposing cow pies, and fill up a warehouse of with fake snow? I can't see this as a viable resource.
Although it would be a NICE science experiment to go to Prudhoe bay and light one of those ice fields on fire.
Below is an except.
Using Quantum Vortex Cores To Defeat
The Superparamagnetic Effect In Magnetic Storage
One could argue that few new types of data storage devices have been invented. Traditional data storage exists in rings rotating around a disc. First in the analogue realm with the advent of the record player. Then came the digital realm which gave symbolic meaning to magnetic polarities on hard disk drives. As humans pursue the path of miniaturization, we find that the stability of our newtonian devices are being affected by what is predicted with Quantum Theory. Designs exploiting the properties in the quantum realm must be accomplished. Recent development shows, that it is within our capability to measure and systematically alter the spin direction of a single atom, when contained in a Lanau structure. The Quantum Vortex Core refers to the magnetic field created perpendicular to the direction of spin. Quantum Vortex Cores retain their polarities, allowing us to advance in data storage.
A brief understanding of Hard Disc Drive (HDD) technology and its limitations need to be known before Quantum Vortex Core can be understood in its application. For the last 50 years the HDD has used a method called longitudinal magnetic recording. Circular tracks make rings around the radius of a platter containing magnetic bits oriented north or south to the direction the platter spins. A device called an actuator has an inductive coil on its tip/head which converts electrical pulses into momentary magnetic fields. A certain layer of materials on the platter retain their magnetic orientation set by the write head. As the platter spins, the write head is positioned over the next bit. This process is reversible, and the data can be read by monitoring the electrical pulses coming from the similarly designed read head when passing over changing magnetic fields.
HDD are designed to shield from external magnetic fields, since common external magnetic fields exceed the 'crystalline anisotropy energy' needed to purposefully retain the orientation of the bits. Heat also plagues the stability of the data retained when energy from ambient temperature reaches the 'crystalline anisotropy energy' level (Nguyen). Until recently, this energy level has been ignored since the magnetic bits were significantly large enough to need exceedingly high temperatures to affect their base state, from which they will not move. As we approach miniaturization the energy to reach the crystalline anisotropy energy level becomes less. The field energy stored in each bit around the platter, begin to re-orient their neighbor bits; when this happens it is said to have reached its superparamegnetic limit (Public Domain).
Since the opposites attract / likeness repel effect plague miniaturized HDD when the bits are laid end to end. It only seems reasonable to reorient in such a way which they do not interfere. If the bits were positioned perpendicular (standing up on the disc) rather than laying flat, one also increases the data density as well as limiting the superparamegnetic effect (Hitachi). Perpendicular storage seems reasonable, but proves difficult, and
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Yeah, that what THEY want you to think. Your steps behind.
How many politicians do you think go through the process of getting elected to promote Democracy.
How many politicians do you think go through the process of getting elected to Advance their Carrier / Power.
Is our democratic system working when instead of discussing issues we categorize them into black or white before they are even presented to us, and have a democratic process of voting bad or evil. Then when we choose bad, the evil people are likely to point out all the bad things that happened when in power, so in retaliation we elect evil. Two sided politics never helped anyone but the "Agenda Setters".
People talk about Michael Moore is helping america by preaching the truth,
How about Noam Champski. (See the Inconvenient Truth). He seems more learned.
Low differential temperatures between two heat resevoirs results in extremely low output efficiencies
I believe that SMTP is not encrypted. .cgi browswer uploader utility.
It would be easier to have an online form (somewhat encrypted), like a
Hey, if your really good, you could link some VBA scripting and have it automatically post the document to the cgi.
CH4 + 2O2 => CO2 + 2H2O + heat
... .. Something about high pressures and low temperatures that accomplish both.
Its clean burning, in the fact there are few hydrocarbons and junk like sulfur as exhaust.
The whole natural gas in ice thing, isn't that spectacular. Considering natural gas is probably easier to change no LNG (Liquefied Natural Gas) than it is to compress into a snowballs' ice lattice.
Are we going to boil decomposing cow pies, and fill up a warehouse of with fake snow? I can't see this as a viable resource.
Although it would be a NICE science experiment to go to Prudhoe bay and light one of those ice fields on fire.
First, I must say that get perpendicular animation by Hitachi is awesome. http://www.hitachigst.com/hdd/research/recording_h ead/pr/PerpendicularAnimation.html
To explain this topic a little better I am posting a recent paper I wrote. Its posted in PDF, under the creative commons liscense @ thinkfree.com
File http://www.thinkfree.com/filelink.tfo?filemasterno =551951&filekey=00odg0wy0z
Published http://www.thinkfree.com/common/view.tfo?method=vi ewPublish&uid=89152&fno=551951
Below is an except.
Using Quantum Vortex Cores To Defeat
The Superparamagnetic Effect In Magnetic Storage
One could argue that few new types of data storage devices have been invented. Traditional data storage exists in rings rotating around a disc. First in the analogue realm with the advent of the record player. Then came the digital realm which gave symbolic meaning to magnetic polarities on hard disk drives. As humans pursue the path of miniaturization, we find that the stability of our newtonian devices are being affected by what is predicted with Quantum Theory. Designs exploiting the properties in the quantum realm must be accomplished. Recent development shows, that it is within our capability to measure and systematically alter the spin direction of a single atom, when contained in a Lanau structure. The Quantum Vortex Core refers to the magnetic field created perpendicular to the direction of spin. Quantum Vortex Cores retain their polarities, allowing us to advance in data storage.
A brief understanding of Hard Disc Drive (HDD) technology and its limitations need to be known before Quantum Vortex Core can be understood in its application. For the last 50 years the HDD has used a method called longitudinal magnetic recording. Circular tracks make rings around the radius of a platter containing magnetic bits oriented north or south to the direction the platter spins. A device called an actuator has an inductive coil on its tip/head which converts electrical pulses into momentary magnetic fields. A certain layer of materials on the platter retain their magnetic orientation set by the write head. As the platter spins, the write head is positioned over the next bit. This process is reversible, and the data can be read by monitoring the electrical pulses coming from the similarly designed read head when passing over changing magnetic fields.
HDD are designed to shield from external magnetic fields, since common external magnetic fields exceed the 'crystalline anisotropy energy' needed to purposefully retain the orientation of the bits. Heat also plagues the stability of the data retained when energy from ambient temperature reaches the 'crystalline anisotropy energy' level (Nguyen). Until recently, this energy level has been ignored since the magnetic bits were significantly large enough to need exceedingly high temperatures to affect their base state, from which they will not move. As we approach miniaturization the energy to reach the crystalline anisotropy energy level becomes less. The field energy stored in each bit around the platter, begin to re-orient their neighbor bits; when this happens it is said to have reached its superparamegnetic limit (Public Domain).
Since the opposites attract / likeness repel effect plague miniaturized HDD when the bits are laid end to end. It only seems reasonable to reorient in such a way which they do not interfere. If the bits were positioned perpendicular (standing up on the disc) rather than laying flat, one also increases the data density as well as limiting the superparamegnetic effect (Hitachi). Perpendicular storage seems reasonable, but proves difficult, and