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Value and importance of this information
Role of innovation
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Necessity may as well be the mother of invention, but it might truly be the reorganization of information that is the core of innovation. Reorganization and not organization simply because information is organized in order to invent and needs to be further reorganized in order to innovate. This brings us to the fact that interrelation between innovation and invention may be termed as either quasi-parasitic or commensal, simply as innovation is impossible without invention.
Innovation is the rudimentary act of making an invention or an idea better or more sophisticated and hence making the concept your own. For example Wi-Fi came up when someone wanted to make the internet connection between his device and the router wireless, simply because
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to make it more comprehensible or compatible with respect to the circumstance in question. Let’s take an example, listed below we have two sets of information with different consequences-
CASE 1-
1. Fire produces heat and light energy
2. Light evolves along with heat
3. Oxygen produces fire and assists burning
4. Fire is dangerous and cannot be used
5. Hence combustive gases cannot be used to produce light
6. Tungsten can be heated to high temperatures by passing an electrical current
7. In the absence of oxygen, tungsten when heated emits incandescent light
8. In the presence of oxygen tungsten burns and hence does not have a long functional life
9. Inert gasses help contain the tungsten filament and prevent burning
10. Inert gasses can be contained and so can the source of the incandescence
This is the set of information that might lead one to invent the tungsten light bulb or the halogen light.
CASE 2-
1. Fire produces heat and light
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The use of CFLs and inert gasses is eco-friendly
This is the set of information that might lead one to the invention of CFL bulbs
Hence one might say that the birth of the CFL bulb is a mere eco-friendly innovation to Thomas Edison’s tungsten filament bulb which was also born of Sir Humphrey Davis’ original oxygen lamp. All information has remained the same till bullet point 5, and a significant amount of the same information is used such as that of inert gasses. Further one can observe that in CASE 2 there is a need, which is to be more eco-friendly. This is a typical example of how reorganizing information is truly the essence of innovation.
Some may argue that reorganization takes place only when there is a need, and logically linking need may be the mother of innovation as well. This is sound logic and might actually be true. The fact still remains that reorganizing information in accordance to these needs serves as the core to innovation. Not the mother but rather the heart of innovation.
Another analogy to cement my stance is an innovation so familiar that we take it for granted and do not give it a second thought, the paper clip. This was invented from the need to hold sheets of paper together by twisting a piece of wire. From the fact that the sharp edges hurt, the shape was created. The reorganization of information as per the need to reduce the possibility of getting hurt changed the shape of the paper clip to what we know
The light bulb is the way we see in the dark, the way we find our way, the way we know when to go at a stoplight. How did Thomas Edison achieve this invention? Knowledge. Knowledge of electricity and the needs of those around him. In The Great Gatsby, Daisy Buchanan claims that she wants her daughter to be “a beautiful little fool.” In other words Daisy is saying that ignorance is bliss. Some others believe that knowledge is power. The advancement from candles to light bulbs changed the culture entirely. People could easily do the work they needed to after sunset, and it even led to more inventions. We need knowledge to advance, and for this reason powerful knowledge is more valid than blissful ignorance.
The incandescent lamp has been around since its beginning stages in the 19th century. The chapter titled “Incandescent lamps” in the book Revolution in Lamps:...
Philips made a strong push to developing new technologies starting in the 1950s and 1960s. Upon doing so, the company also wanted to translate these technologies into products while adapting, producing, and selling these products within individual national markets. During this time period, most of the companies in the electrical products market were bring formed and racing to diversify. However, Philips decided to stick with what they knew best. They made only light-bulbs. In doing so, their strong focus enabled the company to create significant innovations. Continuing on, Philips also became a leader in industrial research by creating physics and chemistry labs to address both production and scientific problems. The labs developed a tungsten metal filament bulb that brought great commercial success. Philips simple structure and significant innovations gave them the financial support they needed to compete in a time period where competitors were seeking major growth.
When Thomas Edison invented the light bulb in the late 1800’s people were too amazed by the fact that they could effectively light up the night to bother considering how much energy was required.1 As time has marched forward, the priorities and desires of mankind have evolved. With growing concerns over world energy reserves and power production, many around the world have searched for ways to reduce energy consumption. One of the explored ideas was the LED light bulb. Consuming far less energy than a traditional light bulb while enduring a longer period before expiring, the LED light bulb is an ideal replacement of the traditional bulb in regards to the preservation of energy. Another lighting idea that panned out was the florescent light bulb. These bulbs employ a different method of light production when compared to LED lights, but they have similar results of energy cost reduction and longevity. It may seem like a small thing to reduce the power consumed by a light bulb, but when all of the lights of the world are converted the benefits will add up to be something worth investing in.
Pogue, David. "New Reasons To Change Light Bulbs." The New York Times 21 Mar. 2013, New York ed.: B1. Print.
Ballast describes incandescent lamps as sealed bulbs which contain a filament and Argon gas. When current passes through the light bulb, the tungsten filament heats up and glows. This light bulb type is known to be cheap, small, and easy and fast to light. The major disadvantages of
Two schools of thought exist on the drivers of innovation: the market-based view and resource-based view of innovation. The market-based view of innovation is founded on the premise that innovative organisations attempt to exploit changing market conditions. Market conditions are said to provide the initial conditions that govern the direction and quantity of an organisations innovative activities. Tidd et al (2001) assert that innovative organisations are those that scan their environment to absorb and process information regarding potential innovation. The ability of the organisation to align its strategies with identified enablers and constraints in their environment are found to highly influence its competitive advantage (Barrett et al. 2001).
Innovation is an object that was successfully implemented in production and making a profit as a result of scientific research or discoveries made qualitatively different from previous counterpart. The term innovation and disruptive innovation are similar. The innovation process is associated with the creation, development and dissemination of innovations.
In 1879, after spending $40,000, and performing 1,200 experiments, he succeeded. He made a light bulb using carbonized filaments from cotton thread. Carbonized thread is ordinary cotton sewing thread that has been burned to an ash. The light bulb burned for two days. The electric light took the greatest amount of time and required the most complicated experiments of all his experiments.
Recognizing that the basic unit of innovation includes a network of people both inside and outside the company.
The invention of the incandescent light bulb has a history spanning as early as the
The background of fluorescent lighting started back in the 1927 when Frederick Meyers, Hans, Spanner and Edmund Germer, (who at the time were employees of a German firm located in Berlin), patented a fluorescent lamp (Potash 1). This was thought to be one of the best ideas at that time because of the way these were made; unlike others, fluorescent bulbs are coated on the inside to increase efficiency. When they were first invented, beryllium (a gray-white metallic element that is light, hard, brittle, and resists corrosion) was used as the coating for the bulbs (Parker 58), however beryllium turned out to be toxic and was replaced with safer fluorescent chemicals.
Innovation is very important to the long term success of an organization. Therefore, it is essential to understand what innovation is. The Business Dictionary defines innovation as “The process
Innovation may be defined as exploiting new ideas leading to the creation of a new product, process or service. It is not just the invention of a new idea that is important, but it is actually
Light bulb is one of the most influential inventions in the word. It makes us work more productive at night and helps us enjoy more activities at night. It significantly change people lives all over the world. The born of light bulb also helped us by making more inventions that related to light, such as phones, televisions, and computes. By using light bulb, we actually reduced the probability of having fire accidents because if we don’t have light bulb, we will use candles instead which can cause fire easily. There are a lot more benefits we get from light bulb, and all of these are credited to Thomas Alva Edison.