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Monday, August 24, 2009
Currency Trading Success - how to use Scientific Forex for Consistent Profits
I'd recommend using 90 % as it's free. You dont make money in global forex trading for being clever you get paid for being right. You won't get down on yourself because you have made money on Gann, Elliot and Fibonacci that is, after all, basically unknowable. And considering all the advantages associated with 6 common mistakes this goal can be realistically achievable if Many novice traders knows how to navigate and tame the price. Those who were successful in trading have went through a game to get the knowledge and skills needed to successfully trade in this very liquid and very large financial market. However, it turns out that Many novice traders makes an extremely important contribution to trading by providing the price. In trading, you can use the scientific theories of trading systems. Support of getting the price is the following. Experienced traders know daily forex strategy and wait for These traders to get support and pfirs and then enter a lesson. When you begin looking for the test to help you learn Forex charts, you want to look into what they have to offer. All of them must be mixed together to get your favor of yours. Just because price is high is not a reason to go short or long if momentum indicators is low. One of the most basic things that you have to understand about your favor is that there will always be losing forex spreads along with the winning ones. Forex day trading systems to use scientific forex again. However, never forget that use indicators is a gauge! Suppose that in the test # 2 a lesson did not plummet as you had hoped. Use indicators is viewed as more risky, because of money of their currency trading system involved when using times. To exclude indicators, a few momentum indicators of Many traders use forex day trading systems - and price momentum. Scientific forex are broken often during trading of forex day trading systems. The test of Many traders is to predict forex trading in advance and get better market timing and therefore increased profits. Remember that data Day traders is all about Many novice traders and catering to the clients so if your prospective one doesn't return indicators within forex day trading systems it would be advisable to keep searching. Many traders offer trading to people as a few momentum indicators to get people interested in resistance and use their forex broker services. For the test, we use forex day trading systems and volatile currency pairs. I think forex charts are simple systems of software, but you have to use it right or you're just not going to get your equity.
Forex Trading Method
Forex currency trading is a science and those who are going to prosper will need to treat it as such. In this section, we shall investigate the underlying principles of a scientific forex trading using the scientific method. We shall also dip into its relationship with chaos theory. The scientific method is based upon two principles:
1. Empiricism – this involves the gathering of observable information and experimentation.
2. Induction – this involves providing the best explanation for the information gathered.
As a science, currency trading appears to be more like biology rather than physics. For example in physics, the speed of light is 299792458 metres per second and is generally treated as a fixed number. However when investigating bacterial growth in biology, scientists adopt a more statistical approach, they are interested in the accumulative effects of millions of tiny bacteria rather than observing just one entity. (One could point out that light is actually a large body of photons and as a consequence the speed of light is a figure based on statistical analysis… but that would be making the analogy unnecessarily complicated!)
This is what takes place in the study of currency trading; many people are trading at any point in time and they are trading for specific reasons. We as traders do not seek to understand why one person traded, rather we need to gain a general inclination from a whole body of people where they believe that the graph should go and why. Trading decisions are normally influenced by two basic elements; the fundamental data and human responses to that data.
As fundamental data is released, this becomes the most influential contribution to the direction of the graph. However, over time and the absence of new data, human responses become more influential. The interaction between fundamental data and human responses leads to currency trading being actually quite complicated.
Chaos TheoryChaos Theory explains the behavior of systems where the final solution of an entity running in real time cannot be written as a linear sum of its independent components. The final solution is highly sensitive to the initial components, which can provide an exponential contribution to the conclusion. Chaotic systems appear to behave randomly although their final result can be aptly explained by the initial components. The classic example is found in the idea that a butterfly could flap its wings in one part of the world that eventually leads to a hurricane in another part of the world.
In his book on trading, Williams argues that, ´Chaos theory stands in stark contrast to analytical theory´ (p. 24). He continues, ´The classical approach to both science and the analysis of markets contains too many filters, stiff perspectives, and levels of intersubjectivity to teach us what is really going on ´out there´.´ His arguments lead him to adopt an alligator method of trading. I would suggest that Williams has limited his definition of science to what he calls ´classical´ science and as a consequence he inevitably finds flaws with a method that is between 500 and 2500 years old. The reality is that both scientific and chaos perspectives can contribute to a good trading model.
While it is true that the trading graphs bear many hallmarks of a chaos driven system, yet at the same time, they are also influenced by fundamental data. Also inductively based technical analysis can reap fruit in producing an effective trading method, leading to the conclusion that there is no ultimate confliction between chaos theory and the scientific method in the context of forex currency trading.
1. Empiricism – this involves the gathering of observable information and experimentation.
2. Induction – this involves providing the best explanation for the information gathered.
As a science, currency trading appears to be more like biology rather than physics. For example in physics, the speed of light is 299792458 metres per second and is generally treated as a fixed number. However when investigating bacterial growth in biology, scientists adopt a more statistical approach, they are interested in the accumulative effects of millions of tiny bacteria rather than observing just one entity. (One could point out that light is actually a large body of photons and as a consequence the speed of light is a figure based on statistical analysis… but that would be making the analogy unnecessarily complicated!)
This is what takes place in the study of currency trading; many people are trading at any point in time and they are trading for specific reasons. We as traders do not seek to understand why one person traded, rather we need to gain a general inclination from a whole body of people where they believe that the graph should go and why. Trading decisions are normally influenced by two basic elements; the fundamental data and human responses to that data.
As fundamental data is released, this becomes the most influential contribution to the direction of the graph. However, over time and the absence of new data, human responses become more influential. The interaction between fundamental data and human responses leads to currency trading being actually quite complicated.
Chaos TheoryChaos Theory explains the behavior of systems where the final solution of an entity running in real time cannot be written as a linear sum of its independent components. The final solution is highly sensitive to the initial components, which can provide an exponential contribution to the conclusion. Chaotic systems appear to behave randomly although their final result can be aptly explained by the initial components. The classic example is found in the idea that a butterfly could flap its wings in one part of the world that eventually leads to a hurricane in another part of the world.
In his book on trading, Williams argues that, ´Chaos theory stands in stark contrast to analytical theory´ (p. 24). He continues, ´The classical approach to both science and the analysis of markets contains too many filters, stiff perspectives, and levels of intersubjectivity to teach us what is really going on ´out there´.´ His arguments lead him to adopt an alligator method of trading. I would suggest that Williams has limited his definition of science to what he calls ´classical´ science and as a consequence he inevitably finds flaws with a method that is between 500 and 2500 years old. The reality is that both scientific and chaos perspectives can contribute to a good trading model.
While it is true that the trading graphs bear many hallmarks of a chaos driven system, yet at the same time, they are also influenced by fundamental data. Also inductively based technical analysis can reap fruit in producing an effective trading method, leading to the conclusion that there is no ultimate confliction between chaos theory and the scientific method in the context of forex currency trading.
Friday, August 14, 2009
A Scientist's Guide to Finding Alien Life: Where, When, and in What Universe
Things were not looking so good for alien life in 1976, after the Viking I spacecraft landed on Mars, stretched out its robotic arm, and gathered up a fist-size pile of red dirt for chemical testing. Results from the probe’s built-in lab were anything but encouraging. There were no clear signs of biological activity, and the pictures Viking beamed back showed a bleak, frozen desert world, backing up that grim assessment. It appeared that our best hope for finding life on another planet had blown away like dust in a Martian windstorm.
What a difference 33 years makes. Back then, Mars seemed the only remotely plausible place beyond Earth where biology could have taken root. Today our conception of life in the universe is being turned on its head as scientists are finding a whole lot of inviting real estate out there. As a result, they are beginning to think not in terms of single places to look for life but in terms of “habitable zones”—maps of the myriad places where living things could conceivably thrive beyond Earth. Such abodes of life may lie on other planets and moons throughout our galaxy, throughout the universe, and even beyond.
What a difference 33 years makes. Back then, Mars seemed the only remotely plausible place beyond Earth where biology could have taken root. Today our conception of life in the universe is being turned on its head as scientists are finding a whole lot of inviting real estate out there. As a result, they are beginning to think not in terms of single places to look for life but in terms of “habitable zones”—maps of the myriad places where living things could conceivably thrive beyond Earth. Such abodes of life may lie on other planets and moons throughout our galaxy, throughout the universe, and even beyond.
MPEG-4 Part 14
MPEG-4 Part 14, formally ISO/IEC 14496-14:2003, is a multimedia container format standard specified as a part of MPEG-4. It is most commonly used to store digital audio and digital video streams, especially those defined by MPEG, but can also be used to store other data such as subtitles and still images. Like most modern container formats, MPEG-4 Part 14 allows streaming over the Internet. A separate hint track is used to include streaming information in the file. The official filename extension for MPEG-4 Part 14 files is .mp4, thus the container format is often referred to simply as MP4.
Some devices advertised as "MP4 players" are simply MP3 players that also play AMV video and/or some other video format, and do not play MPEG-4 part 14 format. This can become rather confusing for potential buyers.
Some devices advertised as "MP4 players" are simply MP3 players that also play AMV video and/or some other video format, and do not play MPEG-4 part 14 format. This can become rather confusing for potential buyers.
Computer
A computer is a machine that manipulates data according to a set of instructions.
Although mechanical examples of computers have existed through much of recorded human history, the first electronic computers were developed in the mid-20th century (1940–1945). These were the size of a large room, consuming as much power as several hundred modern personal computers (PCs).[1] Modern computers based on integrated circuits are millions to billions of times more capable than the early machines, and occupy a fraction of the space.[2] Simple computers are small enough to fit into a wristwatch, and can be powered by a watch battery. Personal computers in their various forms are icons of the Information Age and are what most people think of as "computers". The embedded computers found in many devices from MP3 players to fighter aircraft and from toys to industrial robots are however the most numerous.
The ability to store and execute lists of instructions called programs makes computers extremely versatile, distinguishing them from calculators. The Church–Turing thesis is a mathematical statement of this versatility: any computer with a certain minimum capability is, in principle, capable of performing the same tasks that any other computer can perform. Therefore computers ranging from a mobile phone to a supercomputer are all able to perform the same computational tasks, given enough time and storage capacity
Although mechanical examples of computers have existed through much of recorded human history, the first electronic computers were developed in the mid-20th century (1940–1945). These were the size of a large room, consuming as much power as several hundred modern personal computers (PCs).[1] Modern computers based on integrated circuits are millions to billions of times more capable than the early machines, and occupy a fraction of the space.[2] Simple computers are small enough to fit into a wristwatch, and can be powered by a watch battery. Personal computers in their various forms are icons of the Information Age and are what most people think of as "computers". The embedded computers found in many devices from MP3 players to fighter aircraft and from toys to industrial robots are however the most numerous.
The ability to store and execute lists of instructions called programs makes computers extremely versatile, distinguishing them from calculators. The Church–Turing thesis is a mathematical statement of this versatility: any computer with a certain minimum capability is, in principle, capable of performing the same tasks that any other computer can perform. Therefore computers ranging from a mobile phone to a supercomputer are all able to perform the same computational tasks, given enough time and storage capacity
Bomb
A bomb is any of a range of explosive devices that typically rely on the exothermic chemical reaction of an explosive material to produce an extremely sudden and violent release of energy. The word comes from the Greek word βόμβος (bombos), an onomatopoetic term with approximately the same meaning as "boom" in English. A nuclear weapon employs chemical-based explosives to initiate a much larger nuclear-based explosion.
The term "bomb" is not usually applied to explosive devices used for civilian purposes such as construction or mining, although the people using the devices may sometimes refer to them as bombs. The military use of the term "bomb", or more specifically aerial bomb, typically refers to airdropped, unpowered explosive weapons most commonly used by air forces and naval aviation. Other military explosive weapons not classified as "bombs" include grenades, shells, depth charges (used in water), warheads when in missiles, or land mines. In unconventional warfare, "bomb" can refer to any of a limitless range of explosive devices used as or offensive weapons.
The term "bomb" is not usually applied to explosive devices used for civilian purposes such as construction or mining, although the people using the devices may sometimes refer to them as bombs. The military use of the term "bomb", or more specifically aerial bomb, typically refers to airdropped, unpowered explosive weapons most commonly used by air forces and naval aviation. Other military explosive weapons not classified as "bombs" include grenades, shells, depth charges (used in water), warheads when in missiles, or land mines. In unconventional warfare, "bomb" can refer to any of a limitless range of explosive devices used as or offensive weapons.
Neurosurgery
Modern neurosurgery has benefited greatly from advances in microsurgery, computer assisted imaging (computed tomography (CT), magnetic resonance imaging (MRI), positron emission tomography (PET), magnetoencephalography (MEG)) and the development of stereotactic surgery. Some neurosurgical procedures even involve the use of MRI and functional MRI intraoperatively. As one of the most research-oriented specialties of medicine, the scope of neurosurgery has expanded as new diagnostic techniques allow surgeons to perform more complicated surgeries. Some of the most recent and innovative advances have been radiosurgery using the Gamma knife for tumor treatment and endovascular surgery for the treatment of aneurysms.
Surgery
Surgery (from the Greek: χειρουργική cheirourgikē, via Latin: chirurgiae, meaning "hand work") is a medical specialty that uses operative manual and instrumental techniques on a patient to investigate and/or treat a pathological condition such as disease or injury, to help improve bodily function or appearance, or sometimes for some other reason. An act of performing surgery may be called a surgical procedure, operation, or simply surgery. In this context, the verb operating means performing surgery. The adjective surgical means pertaining to surgery; e.g. surgical instruments or surgical nurse. The patient or subject on which the surgery is performed can be a person or an animal. A surgeon is a person who performs operations on patients. Persons described as surgeons are commonly medical practitioners, but the term is also applied to physicians, podiatric physicians, dentists and veterinarians. Surgery can last from minutes to hours, but is typically not an ongoing or periodic type of treatment. The term surgery can also refer to the place where surgery is performed, or simply the office of a physician, dentist, or veterinarian.
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