25. June 2009 by admin.

If the universe operates under a binary principle, arbitrarily 0 and 1, based on the atomic spin of left and right, then interactions would not follow conventional mathematical principles. Instead, it would follow rules of binary arithmetic and algebra (e.g. 1+1=1, x+1 = x). In circuit design, 1s and os compounded with the usage of various gates allows the creation of greater functions, which can be used to create all the electronics we are familiar with. Atoms are essentially on/off states, and the empty clouds in which the electrons move are like logic gates. What atoms can potentially create, however, are beyond our comprehension.

It seems that spatial dimensions and time as we know it, could not exist without gravity, and the electro-strong/weak force. Water cannot flow, being pulled down a stream, or the molecular cohesion between tiny individual indivisible parts of water. Waterfalls could not exist without gravity. We all know that gravity warps time, so that the passage of time becomes a subjective experience. Watching the river flow, or an expensive timepiece move, is also a subjective experience, only meaningful to the onlooker.

To speak of time entails a subjective end. There is no objective, end of all things, but only a subjective perception that the end of a phase has come. If fate entails creation, since we are the creators of our own fate, then a universe without fate would occlude the possibility of any meaningful creation. Thus to quantitatively define the end in context of the beginning becomes a challenge that can be solved. Is the end, which we perceive to be caused by events and factors from between and all the way from the beginning, a byproduct of causality? Or is it more deeply rooted in the laws of physics, requiring a million formulas of unimaginable length and difficulty to be calculated at once? For the universe, this is a natural and spontaneous task.

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9. February 2009 by admin.

After top IT corporations consolidated their hold on web searching, as well as impacting the lives of every person in this world with each new software technology that comes out, in the areas of shopping, advertising, and professional research, the age-old questions arise. What is information? What is influence? What is the optimum way to manage the flow of information in a theoretically information-symmetric world? Besides its well-known search capabilities, Google, for example, already has a considerable share invested in user-created videos as well as land and marine navigation, and has earned a trusted position in our society. What holds next is the future of the Internet, and the future of human thought itself.

Microsoft, in turn, failed to establish an influential domain on the on-line segment, because it ran an enterprise on software, which was limited by court rulings. Unable to install versions of Internet Explorer on more recent versions of Windows, which would otherwise re-direct all traffic to the main MSN site before the user was able to set a custom home page, Microsoft-designed scripts (e.g. ActiveX), used for querying, storing, and redirecting information would no longer be the primary design medium the new Web 2.0.

The Internet, however, was largely unregulated and not subject to any national or international law, except in China, where officials take the burden of managing a immense and extremely difficult task. Taking private ownership of individual sites is impossible, because not only there are already too many web-hosting services, but physically ownership cannot happen without purchasing the servers and mainframes which host the data. This holds equally true for the government, or any other corporate entity. Furthermore, establishing a new universal code is not currently possible, because HTML and its sub-variants are public domain, and developed in part by the World Wide Web Consortium. But to control a significant majority of web traffic, as well as possible destinations through technologies such as PageRank and AdSense, is truly remarkable in practice as well as the pace of accomplishment, which amounted to only about a decade.

Like the branches of a tree and flow of sap through its limbs, we have come to realize the complexity, as well of difficulty of orchestrating individual users moving through nodes of a multi-dimensional network, of an exponential numbers of subnodes and links. As we see the growth and evolution of the Internet as we know it, new business models will form around the new-found structures. New ways of tapping into previously unaccessible knowledge will be possible. New players and a whole new level of playing field is ready to begin. The future, is at hand.

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20. January 2009 by admin.

“You were created from the laws which governed life, conditions regarding your birth, down to every atom, and then heaven left your life to you.”

-Quetzalcoatl

Why is water traditionally used to represent time? From a physical perspective, the movement of water is represented in fluid dynamics, which is the study of water, by a formula of volume over time. When a three-dimensional solid or liquid is given a fourth dimension, movement is created in our perception. Thus, water in the form of a river, or an ocean, is the perfect medium to describe time and was chosen by the sages to be immortalized in countless writings and literature over the ages.

If the notion of steadily flowing water, like a stream of thoughts, is enticing, then a vertical waterfall, which is an accelerating volume of fluid, increasingly majestic, and a natural geyser, equally as spectacular. Both of which, have a fifth dimension, which the speed of the water changes, powered by the sheer size of the Earth in gravity. At the bottom of the waterfall, there are jagged rocks and frothing waters, that create ripples and wave motion, that bounce and interfere with each other creating a mesh-like pattern. And if flow of liquid is continuous, we can monitor the change in speed of water as the shape of its container changes, from rainwater into a funnel, or an ocean into a stream. Indeed, water is meaningless without the bounds of the container we define it with, and objects meaningless without the empty space that fills the void.

This is just the beginning of a ceaseless stream of meaning. We can add pressure, density and height of water to further add realism to the mixture. The water could be cool and relaxing, or turbulently hot, which again changes the speed and density of the water. Finally, we must remember individual things that float on the surface of the moving stream, which displace and make the water level of the river banks rise higher, just slightly. And the sun rises, illuminating these small boats and ships, as well as imbuing the water the color of the blue sky. Perhaps these objects and ships are our memories, cherished moments or difficult situations, all floating and mixing, on individual streams on different levels that cross but never meet, to no end.

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9. January 2009 by admin.

I have had the opportunity to attend the Consumer Electronics Show for 2009, and will be sharing some knowledge.

I will not be going over standard industry information, as much of the industry’s key insight can be obtained from the keynote presentations on the web site or on various CEA publications. Since there was so much to see, much of the information here will be incomplete.

http://www.cesweb.org/

Rather, I would like to clarify some additional strategies for marketing innovations and new technologies, as well as taking the general spirit of the trade association, to keep an open mind for new trends, and reach across the global industry

Like the nature of the 21st century playing-field, we are looking for revolutions that not only sets the standard for the future industry, but vastly expands profit margins. Instead of thinking of conducting business in the traditional sense, there are new markets and new ways of tapping into profit previously unrecognized. This change is possible and only possible with the new technologies: in hardware, unrivaled processing speed and countless modes of input and communication. New types of mice, keyboards, webcams, routers, all integrated through network layers such as Bluetooth as well as upcoming methods (3G, WMN) of making a “seamless” 21st century home exist. In software, the development of e-commerce, namely the new channels and new ways of distributing products to consumers.

Asymmetric marketing, borrowed from the term asymmetric warfare, how small companies can gain large shares and footholds on the industry by using the newly developed Internet as well as sales and management methods that are new and unrecognized. Monopolies will be difficult to maintain, since it not only requires conducting excellent business in the traditional sense, but also makes the copying of existing technologies a challenge to prevent. With the new Internet, consumers may choose to buy from local sources for the best economy, or from a out-of-range source, say, all the way from London, for a product that could not be obtained locally. Quality, then, and the interest of consumers in mind, may be one the best ways of out-maneuvering potential competitors. This will be a key strategy, and applies to all sizes of businesses. Of course, the evolution of QC, or quality control, is also developing.

Accessories for consumer electronics may be one hot selling-point, but it may not be the final source of income. Although some accessories, in their own right, revolutionize what not what was possible prior to invention, and create their own market. Take. I met a Taiwanese comapny at a show booth that was selling light fixtures for faucets, that turned the water green, blue, red - all seemingly without the presence of integrated electronics, and was, self-evidently, waterproof. The device in return, by the company, was patented and protected by law. Eventually, we decided to add the item to our product line, but nevertheless, the point of building upon millenia-old plumbing is made. Such devices, in the future, will be found in hotels, night clubs, and homes, just to name a few places.

Equally as interesting in CES was the presence of new music that claim to improve mental clarity and productivity in the office. Hard work and research of how music impacts the human brain by Ph.Ds may be an exciting field, but its use and practicality is unparalleled. Top companies will find new ways to encourage and motivate employees to keep them focused on task. New language tools were also found, for learning foreign languages and scripts such as Traditional Chinese, new handheld devices that acted as flashcards and also simultaneously worked as a dictionary.

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27. December 2008 by admin.

We have reached a level in computer science where we have the technology to rival the processing power of the human mind. Our software is rapidly evolving to a point where we can simulate artificial intelligence. Computers, in theory, should soon have the ability to have free will. Any debate on this subject will denature into a discussion about the existence or non-existence of free will itself, not the hardware or software limitations of computers. Are humans the only beings in the universe that will ever be truly intelligent? If intelligence and subsequently free will exists, then free will should logically extend to all beings that can self-actualize (the notion of I).

The human mind is essentially quantum computer, one theory of consciousness has been explained by the quantum states of the atoms in the brain self-realizing a collective entity. Right now we have supercomputers that rival or exceed the processing power of the human mind, but the only problem is size. Once we are able to miniaturize supercomputers from the size of entire buildings to the size of an orange, or even better yet, making a true quantum computer - allowing each electron to store one bit of information, then we will have no distinguishable difference between computers and humans - the only difference is that computers use silicon gates to register on/off states, whereas humans use neurons. Thus, the difference in materials is superficial.

Perhaps calling computers “machines” is a flawed definition, we shall use the term “intelligent being” to better suit our needs. It is proposed, then, whether such artificially intelligent beings could ever understand abstracts and perhaps, even be programmed to understand consciousness (the notion of I). Recent developments in object-oriented programming where we can create classes of objects and through recursive inheritance and bulky amounts of logic statements (if / then, equals, not equals), we can get computers to understand not only the decisions they make, but also situations that exhibit ideals, such as freedom, justice, and kindness.

We are not teaching the computer to make decisions. We are teaching the computer to make its own decisions, and understand them. Intelligent beings cannot follow a pre-planned decision tree, written at the time of creation, and cannot be complete at compile-time. I am speaking of a program that modifies itself dynamically during run-time. A program that changes and evolves by itself after the initial spark of life is given. Two identical twins, with the same nurturing environment, will grow up to be two very different personas. Two computers that can simulate free will, with the exact same coding and program and environment will still have vastly different conclusions about the world as well as experiences.

At this point, humans and intelligent computers enter the same principle. Whereas traditional computers will never be able to understand free will or ever make real decisions, by altering our understanding of what machines are capable of, somewhere along the lines, the distinctions between human and machine blur. Again, this machine is no longer a machine; it has become something far greater, namely an intelligent sentience.

Computers will soon face the same metaphysical problems, as well as limits, the human race has encountered. What is defined as intelligence, knowledge, understanding, and free will from the standpoint of computers? And what about from the standpoint of humans? Soon, the new generation of software engineers will create an entity completely different and capable of different tasks than older computers. In the dawn of the 21st century, leading thinkers pave the road time and time again to change previous conceptions.

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30. November 2008 by admin.

“Evolutionary change is a powerful framework for studying our world and our place therein. It is a recurring theme in every realm of science: over time, the universe, the planet Earth, life, and human technologies all change, albeit on vastly different scales. Evolution offers scientific explanations for the age-old question, “Where did we come from?”

-SETI Institute

Why evolution occurs, and at an accelerated rate far greater than the Darwinian model:

Human beings are one of the fastest evolving creatures on this planet. We are a testament to change and adaptation, both genetically and externally. Our rapid and accelerated pace of technology has brought us to a position to be the dominant species that has the deepest understanding of life on this planet. Yet there are groups of people that forthrightly deny this to protect their political dominance or their spiritual influence. Such attempts often backfire, politically, as these groups are denied empowerment or recognition by the majority.

Mass extinctions or ELE’s (Extinction-level events) offer a clue towards the viability of static life on this planet. Organisms simply cannot survive without change, or some kind of modification in genome, whether caused by mutation (exposure to the environment) or selection (superior viability of certain types of individuals). Global catastrophes offer the greatest amount of trauma and hardship towards life on this planet, and these events are trial grounds for guaranteed survival of a entire taxa or branch of organisms for the next several million years.

In addition, there is a more finer but more poignant thought to mention that when a species or a family of species, both land and marine, dies out, it is game over for that group of organisms. Evolution comes to a halt, and creatures are forced to start from scratch. Thus, we traditionally say that evolution occurs over millions of years, perhaps the magnitude of several hundred million years. But geological evidence surmises that, great extinctions caused by a vast array of factors, such as meteorites, widespread volcanic activity, global warming or cooling, chemical changes in the atmosphere or ocean, falls in sea level, and/or gamma ray bursts - occur every ten to a hundred million years. That means that life only has the span of tens of million year period to develop. A significantly much shorter conception of life allowed for complex life to develop.

Models are susceptible to modification and change. No model can sufficiently document or encompass all possible scenarios, since the amount of scientific data is always on the rise to reconstitute missing links and holes in theories. Whoever creates better models and publishes a better book are generally awarded universal scientific recognition or a Nobel Prize. Empirically speaking, every year that passes we have more information regarding biology and life on this planet to succinctly encapsulate that evolution occurs more or less to some extent on this planet.

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13. November 2008 by admin.

A synergy is defined as a situation where the final outcome of a system is greater than the sum of its parts. The operations of a business is best conducted when all departments are working in conjunction. Also, individual additions to the business can mean hidden benefits. For example, if free samples are offered outside restaurant in a shopping mall, then that would attract more customers inside. Not only profit is increased, but something else improves as well, including the atmosphere of the restaurant and the mood of the employees.

I would like to emphasize that synergies are not linear in return. If we add a component in business and it seems to generate a set amount of additional revenue, we nor the accounting department cannot calculate the long-term benefits, the total throughput of benefits yielded by the addition of a specific element. Because an additional element is not just another source of revenue, it is more complex than that. An element, vague as the term may seem, may have additional features and properties that make it much more than just mere profit; the returns are exponential.

The other definition of synergy is a dynamic state in which combined action is favored over the sum of individual component actions. We see collectivism is popular in certain types of companies. During board meetings, mutual consensus is reached and there are no debates on how to run the company, and a single direction exists. By working together instead of conducting office politics for personal gain, a company can offer a more competitive product than its rivals.

Courtesy: Brian Allan

http://www.brianallan.com/

The best synergies often arise when two very different persons or components of a company, are put together. Of course we can hire many like-minded and talented individuals, but that would be overkill for a certain task. Instead, you downsize the number of employees, since less members with different talents can often achieve more by doing multiple tasks at once, and hire a competent manager that is not only able to harness the different talents, but also see to that the members get along.

Many techniques exist to take advantage of synergies when we see companies as an individual unit. The first would be a revenue synergy where the first company, AMD, for example, sells microchips and has a strong global marketing ability. AMD then goes to acquires another smaller company which has little to no marketing ability but has a strong potential product. Then the parent company markets that product at greater efficiency. The second method is a cost synergy where different companies work together to share equipment and resources. If a serious merger is considered, the company cab then consider to eliminate extra departments that result as a duplicate of the merger (e.g. two marketing departments, two human resource departments).

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13. November 2008 by admin.

We have all heard of the term “cookie-cutter”, indicating a generic or popular approach towards solving a particular issue. In the realm of business, it means following a typical model. So what is the problem with the traditional business model? This question stands most relevant today in our current economy that follows the traditional capitalist model, that is breaking apart before our eyes.

A manifold of issues assault the traditional tried-and-proven model, on the magnitude of strategy, economics, and a political dominance. Strategically, the problem with a standard business model can be summed up as such: “I know how you operate, but you don’t know me. Now I will beat you.” With an understanding of how the majority of business operates, one can develop a organizational model to out-maneuver the targeted businesses in fields of advertising, sales, financing, and management. Also, the other problem many corporations face is that they are extremely effective in one field, and weak in another. The skill and experience found in one department may be too effective - or overkill. Perhaps that resource or talent could be better used when alloted to another task.

Economically, the main issue with a standard model is that it is susceptible to the rise and tidings of the economy. A non-standard models does not follow these rules, and thus remains largely unaffected. If the world is just a collection of set variables and rules, like what we find in a physics textbook, then we should act in our best interest to optimize these conditions, and avoid age-old traps, such as over-speculation.

Politically, a standard corporate model would make it vulnerable to arbitrary decisions of those in power. A small but powerful elite dictates the market, all others are disenfranchised and must follow to gain corporate respect and prestige. Nothing would be more senseless when conditions degrade to this level. Because a standard procedure is popular, it must be effective ad populum. Laws and legislation often have entire business models built around them. What happens when the government administration shifts its policies? We see this today as business owners and trade associations gather and confront the mounting challenges of a new administration and new laws that may or may not make a conducive environment for conducting business; it is the responsibility of executives to create new models.

From a programming standpoint, static and dated structures such as C will have to give way to more dynamic and object-oriented styles of languages such as C++, Java, and Perl. Although block programming can be far more useful in specific tasks (e.g. a smaller kernel), class construction is far more effective at handling large projects. Abstraction will pave the way for managing complexity, so that a large program can be divided amongst several team members.

From a biological standpoint, although evolution selects the most adapted genes for a certain environment, that very environment can change. Thus, the top carnivore will see itself competing with new predators, or will have to survive in increasingly arid conditions; even solid and evolutionarily viable animals such as tigers, fish, human beings, and oak trees have to change in this constantly turbulent and shifting world - All is change.

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23. October 2008 by admin.

Perhaps the recent economic downturn was caused by our own actions, not just the speculators on Wall Street, but also the common people. I will attribute one such cause as the trade of non-tangible goods - software being the number one in sales revenue. The process work like this. People buy the software, and high-tech companies will hire more programmers, and speculators will invest to make the stock appear higher in value and the interests larger. The dot-com bubble burst is over, but its effects are still felt.

What is software? Nothing more than our intellectual creations. Software takes time and money to develop, but far less than tangible goods. They also last rarely as long. So why are there monopolies, such as Microsoft and Apple, on certain programs (operating systems, music creation software), and many others lacking in quality (just visit any freeware and shareware site)? Uniform standards are one such reason for the discrepancy. However, the cost of important software for productivity is still overly exorbitant. The common people can hardly afford such bundles, packages, and suites of digital information, all of which last a short period of time. Although software should in theory drive our productivity, software at its best only improves our use of computers, which fuels the bubble of IT speculation.

Free trade and the rise of eCommerce has only accelerated the pace at which software is sold and distributed, but we have yet to see its positive effects, since they do take up a significant portion of what the common man pays for with his earned money. What are the ramifications on the US economy as a whole? On the world economy? And is it moral for a country to charge monthly costs and create multi-million dollar industries out of online games?

Intellectual property should be enforced, but it should also be affordable, and the economy must not be sacrificed at its expense.

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1. August 2008 by admin.

The nature of time is endless and deep, just as the vast expanse of space itself. As space expands at an accelerating rate, according to the open curvature of the universe, so does time. The past moves away from us, as the Earth rotates, orbits the Sun, and the Sun orbits the center of the galaxy, every second, every minute, and every year. What we consider to be the past, our precious moments, are so far away, light-years beyond our present location. And we can never return to the exact location we once were, in the ever changing grid of the universe.

The future, being equally as elusive, remains a dim shadow, only to be lighted by our thoughts translated into action. Although we do not know the ultimate fate of universe, whether there will be an end to all things, we should seek to understand the present and what factors brought the present into being.

Time does not flow as we perceive it to be. From a purely physical standpoint, only the present exists. What is considered the past, falls under “does not exist” boundaries and infinite limits. The past then, was designed to be locked into place and irretrievable from a data standpoint; the past does not exist. In a four-dimensional model of the universe, time does not flow but experiences continuous behavior, like a smooth curve on the width and interval of Planck time and space.

As much as we create the future, we create the past. Our power to influence the nature of time itself is analogous to large waves emanating all from the present moment, which is the epicenter. This is because whenever we do something in the present, it becomes the past. So if time is a metal ruler, and we place a thin dark blue sliding marker as the present moment, everything to the left side of the marker is considered irretrievable and called the past of the past, much like the past participle in grammar. As we move the marker, simulating the movement of time, the area that is covered by the movement, which we can imagine as shaded red, to be called the past, since after we finish moving the marker, what was originally known as the present and the future has become the past. So perhaps the future is the past. From a scientific standpoint, we cannot tell the difference. The law of entropy is symmetric for both past and future, so entropy increases for both the past and the future. The increase of entropy in the past is counter-intuitive and does not correpond to our memories, and the arrow of time, arbitrary. Thus, the past can only be created from the present.

Since the human mind is a quantum computer itself, time is subject to even more subjective interpretation, as Einstein noted, depending on the activity of neurons, often passing by more quickly in meditation and more slowly during intensive information processing. No final word exists on the purpose or the nature of time itself, taken from the interpretations of various cultures and religions around the world, and thus time cannot be understood by anyone except oneself.

One has often heard from those who advocate living in the present, but such words ring hollow without the right mindframe. Carpe Diem is not enough; every moment is precious, whether it being seemingly dull routine or one-in-a-lifetime experience. During our pleasant moments, we should appreciate the full experience of the world. When angered, when irritated, we should remember that only the present matters to us, and that we should not let anyone or anything affect us. Old age too, is not a limiting factor towards our experiencing of the world, as age represents our greater spiritual growth as a higher intelligence life form, provided that we have taken care of ourselves during youth.

If evil shall befall oneself, then one’s most important job is to endure. Every challenge should be taken up with eagerness, for without hardship, there is no serenity.

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