A blue LED light is bright and energy saving. It was very hard for researchers to make a blue LED light. A semiconductor is a solid substance that has the working power of something that's in-between a conductor and most types of metal.
A blue LED light produces a brighter light with a smaller effort. A semiconductor is a combination of a metal and a conductor that produces a conductivity between an insulator and most metals.
A semiconductor is any material which is able to equally conduct and insulate electricity.
LEDs are able to work when 2 semiconductors are given a certain voltage. In the process, photons are released, and when in agreement with the energy band gap a colored light is produced.
The creation of the blue LED has opened the possibility for human advancement. With the new diode's creation, a white LED light bulb is now possible by combing the red, green and blue LEDs. Due to the LED's supremacy over the common incandescent and fluorescent light bulb, new LED light bulbs will certainly become the new standard. The average life span of an LED light is 50,000 hours. This time is equivalent to the life of 42 incandescent bulbs. Not to mention, LEDs use only 6-8 watts, while incandescent use about 60 watts. There will be many applications for this new technology in the future. For one, LED lights will be available to places where electricity is limited. The discovery of the blue LED has shone a light on advancing as a society.
1.5 billion people around the world lack access too electricity, but now with the blue LED light more people will be able to access light in particular because the new blue LED is cheap because of its low powered requirements. A semiconductor is a solid chemical element or compound that can conduct electricity some of the time.
A blue LED light is a blue light beams and can be combined with red and green light to make white light which revolutionizes light and technology. This new blue light also uses less energy while creating a brighter light source. A semiconductor is a solid substance that has a conductivity between that of an insulator and that of most metals
The blue LED light opened up a whole new spectrum of advancements in technology. In addition to saving energy, it created the opportunity to make white lights which enhanced any form of screens that we use today. For example blue-ray is a result of the white LED light. The blue LED light works by using high-quality crystals of gallium nitride, a semiconductor for producing blue light. A semiconductor is a solid substance that has a conductivity between that of an insulator and that of most metals.
The blue LED light has a great potential impact for the technological advances in the future. It uses less energy,lasts a long time, and is very bright.In addition, there is not a lot of the power requirements making the blue LED light a little less costly compared to other lights. By combining the colors red, green, and now blue, a white like can be produced. A semiconductor is a solid substance that has a conductivity between that of an insulator and that of most metals.
The discovery of the blue LED light will help revolutionize the 21st century. Millions of people in the world lack light an electricity; luckily, the new LED light has a low power requirement. A simple solar powered lamp can have a bright LED light on it for up to 10 years. The blue LED light works by using high0quality gallium nitride crystals as the semiconductor. A semiconductor is any material that conducts electricity well, but not as good as most metals. This specific type of semiconductor bends the light waves to a certain wavelength that is blue. In addition, the blue, red, and green LED light can be combined to create a white LED light.
After reading the Nobel Prize article, I learned about LED light. A blue LED light as mentioned in the article, is a energy saving light that produces a brighter light with little effort. When you combine red, green, and blue LED light, it produces a white like light. This blue LED light lasts 10x as long as fluorescent light while it also is 100x as long as a incandescent bulb. Lastly, you may be wondering what a semiconductor is. A semiconductor is a firm substance that has a conductivity between that of an insulator and that of most metals. This is what the blue LED light is and how it is produced.
A blue LED light works from high-quality crystals of gallium nitride, which would be used as the semiconductor that creates the blue light. With the blue LED light, the future will be brighter. Blue LED lights, when mixed with red and green LED lights, can create white LED lights, which are long lasting and energy saving. In the future, we hopefully can depend on white LED lights as our main source of light since it benefits the world by saving energy and wouldn't be needed to be changed frequently since it's long lasting. A semiconductor is a substance, typically a solid substance, that has electrical conductivity of something between an insulator and most metals.
The blue LED light is a definite way to brighten our future. It is a light that will produce much more light with a lot less effort and pollution, and when it is combined with red and green LED lights, we will have white lights. They are much longer lasting and energy efficient, meaning that many more people will be able to benefit from a better and cheaper light source. A semiconductor is a material that has conductivity between a conductor and an insulator.
The blue LED is, according to the article,"A bright and energy-saving white light resource." Three scientists found a way to produce blue light beams from semiconductors. Semiconductors are made from material that is not a good conductor of electricity, nor a good insulator. This new LED holds great promises for increasing the quality of life for over 1.5 billion people who lack access to electricty grids. LED's are based upon the same substance that our computers, phones, and electronics carry. When an electrical field is applied, positive and negative charges meet in the middle layer and combine to produce photons of light. The color of light depends on the type of semiconductor. This is how the scientists were able to get a blue color.
A LED light is produced with the help of semiconductors. Semiconductors conduct electricity depending on the type of material, mixture, and size. In the case of blue LED lights, the semiconductor was made using indium gallium nitride.
The blue LED is environmentally friendly, energy saving, and is a durable alternative to older light sources. Therefore, its potential impact is that it will dethrone the common incandescent bulb and begin its reign as the leading source of light.
The invention of the blue LED light is breaking the barrier for a whole new scale of technological discoveries. LED lights generate a more intense and brighter light without requiring as much power. Therefore, this makes the lights energy-efficient and more accessible to those without. The blue LED was also the missing puzzle piece in producing white light. It was created by using high-quality crystals of gallium nitride as the semiconductor. A semiconductor is material that has both qualities of both conductors and insulators.
The invention of the blue LED light is the beginning of the future of lighting technology. The blue LED light is energy efficient, brighter, and lasts longer than fluorescent and incandescent light bulbs. The discovery of the blue LED lights has led to the creation of white light. Without the blue LED light this would have never been possible since white light requires blue, green, and red LED light. Moreover, the creation of this LED light is due to high-quality crystals of gallium nitride. To create an LED light a "sandwich of semiconductors", as the article describes it, is needed. When an electric field is applied to these semiconductors, positive and negative charges meet in the middle and create light. The semiconductors are what create the color of the light being produced. When the semiconductors are crystals of gallium nitride the light that is emitted becomes blue. A semiconductor is a material whose electrical conductivity is between conductors and insulators.
The blue LED light has a bright future ahead of it. A blue LED produces a blue beam of light, which if combined with red and green beams will eventually create white light. This new discovery will be more energy efficient and produce a brighter light and last longer compared to other lights. The blue LED is a revolutionary discovery and will impact the environment and the lives of many in a positive way. A semi-conductor is a material with conductivity obtained between a conductor and an insulator.
The blue LED light will technologically advance our world. In general terms, it produces a bright blue beam of light with very little energy. If it is combined with the already discovered red and green beams, then all together, they will make white light. According to the article, "The color of the light produced depends on the type of semiconductor." Light-emitting diodes are very small and consist of sandwiches of semiconducting materials. Negative and positive charges meet in the middle layer and combine to produce photons of light, when an electric field is applied. They are energy efficient, they will last longer than incandescent bulbs. This discovery of blue LED light could be the stepping stone to a variety of many new discoveries in the future. A semiconductor is an element that conducts electricity under certain conditions, but under different conditions it doesn't conduct electricity. Therefore it is a good medium for the control of electrical current.
The blue LED light once nonexistent on planet Earth, has now been made. This is because scientists have now perfected the growth of gallium nitride, a semiconductor used for producing blue light and is also used in bright-light emitting diodes. Different semiconductors produce different color lights, so this stresses the importance of the gallium nitride. If this blue light were to be combined with the red and green lights, this would create white light. This new breakthrough will achieve according to the article, "great promise for increasing the quality of life for over 1.5 billion people around the world who lack access to electricity grids". The light works by containing diodes with semiconductors that will create light when an electrical field is applied. Semiconductors are solid substances that have a conductivity between an insulator and most metals.
A semiconductor is a solid substance that can transmit electricity. The blue LED light contains high-quality crystals of gallium nitride, a semiconductor that can produce blue light. Also, the blue LED light is environmental.
The creation of blue LED lights opens many possibilities for new ideas. For one, their low energy requirements make them extremely energy-efficient and not as harmful to the environment. The blue light can also be combined with green and red light to produce white light, which is even more efficient. The blue light is produced by gallium. A semiconductor is a solid substance that has a conductivity between that of an insulator and that of most metals.
Blue LED lights are lights that are more efficient then normal lights, and last longer. By mixing Blue, Red, and Green LED lights, we will be able to create white LED lights. Semiconductors are a combination between conductors and metals, that create conductivity between different metals.
The blue LED light was very hard to create. It was needed to combine with the red and green light to make a white light. This light is a lot more energy efficient and is the wave of the future. A semiconductor is a solid substance that has a conductivity between that of an insulator and that of most metals, either due to the addition of an impurity or because of temperature effects.
The impact of the LED light will revolutionize the light bulb is because it saves energy, and also it's cheaper than other lights they also last longer so you wont have to buy more lights in the house. It works by taking negative and positive charges and combining them into photons which in turn makes light. A semiconductor is a insulator between most metals due to temperature or a impurity.
the Led light has a huge impact because it helps people who do not have electricity afford it. the blue LED light is efficient because it lasts a long time and that makes it cheap also. A semiconductor is a solid substance that has a conductivity between that of an insulator and that of most metals, either due to the addition of an impurity or because of temperature effects.
The impact of the blue LED light will have great significance in the future. The hard work the three scientists put into the experiment has caused the creation of a whole new industry. The key to the LED lights came from high-quality crystals of gallium nitride, a semiconductor for producing blue light. The blue light lasts longer than any other light but still has a way to save energy creating a healthier future. A semiconductor is a solid substance that has a conductivity between that of an insulator and that of most metals.
Kudos to everyone for properly using the Caps Lock Key when typing LED! (I'm a poet, and I didn't even know it!) Btw - I agree with everything that everyone else has said already. :)
The blue LED is a brighter and more powerful light but can be made with less materials and fewer effort. This is important because people around the world who need the light can obtain it easier and quicker. The high-quality gallium nitride crystals are what produce the actual light itself. These crystals are the semiconductors in this case. The semiconductors is a material with conductivity in between conductors and insulators.
A blue LED light is bright and energy saving. It was very hard for researchers to make a blue LED light. A semiconductor is a solid substance that has the working power of something that's in-between a conductor and most types of metal.
ReplyDeleteA blue LED light produces a brighter light with a smaller effort. A semiconductor is a combination of a metal and a conductor that produces a conductivity between an insulator and most metals.
ReplyDeleteA semiconductor is any material which is able to equally conduct and insulate electricity.
ReplyDeleteLEDs are able to work when 2 semiconductors are given a certain voltage. In the process, photons are released, and when in agreement with the energy band gap a colored light is produced.
The creation of the blue LED has opened the possibility for human advancement. With the new diode's creation, a white LED light bulb is now possible by combing the red, green and blue LEDs. Due to the LED's supremacy over the common incandescent and fluorescent light bulb, new LED light bulbs will certainly become the new standard. The average life span of an LED light is 50,000 hours. This time is equivalent to the life of 42 incandescent bulbs. Not to mention, LEDs use only 6-8 watts, while incandescent use about 60 watts. There will be many applications for this new technology in the future. For one, LED lights will be available to places where electricity is limited. The discovery of the blue LED has shone a light on advancing as a society.
1.5 billion people around the world lack access too electricity, but now with the blue LED light more people will be able to access light in particular because the new blue LED is cheap because of its low powered requirements. A semiconductor is a solid chemical element or compound that can conduct electricity some of the time.
ReplyDeleteA blue LED light is a blue light beams and can be combined with red and green light to make white light which revolutionizes light and technology. This new blue light also uses less energy while creating a brighter light source. A semiconductor is a solid substance that has a conductivity between that of an insulator and that of most metals
ReplyDeleteThe blue LED light opened up a whole new spectrum of advancements in technology. In addition to saving energy, it created the opportunity to make white lights which enhanced any form of screens that we use today. For example blue-ray is a result of the white LED light. The blue LED light works by using high-quality crystals of gallium nitride, a semiconductor for producing blue light. A semiconductor is a solid substance that has a conductivity between that of an insulator and that of most metals.
ReplyDeleteThe blue LED light has a great potential impact for the technological advances in the future. It uses less energy,lasts a long time, and is very bright.In addition, there is not a lot of the power requirements making the blue LED light a little less costly compared to other lights. By combining the colors red, green, and now blue, a white like can be produced. A semiconductor is a solid substance that has a conductivity between that of an insulator and that of most metals.
ReplyDeleteThe discovery of the blue LED light will help revolutionize the 21st century. Millions of people in the world lack light an electricity; luckily, the new LED light has a low power requirement. A simple solar powered lamp can have a bright LED light on it for up to 10 years. The blue LED light works by using high0quality gallium nitride crystals as the semiconductor. A semiconductor is any material that conducts electricity well, but not as good as most metals. This specific type of semiconductor bends the light waves to a certain wavelength that is blue. In addition, the blue, red, and green LED light can be combined to create a white LED light.
ReplyDeleteAfter reading the Nobel Prize article, I learned about LED light. A blue LED light as mentioned in the article, is a energy saving light that produces a brighter light with little effort. When you combine red, green, and blue LED light, it produces a white like light. This blue LED light lasts 10x as long as fluorescent light while it also is 100x as long as a incandescent bulb. Lastly, you may be wondering what a semiconductor is. A semiconductor is a firm substance that has a conductivity between that of an insulator and that of most metals. This is what the blue LED light is and how it is produced.
ReplyDeleteA blue LED light works from high-quality crystals of gallium nitride, which would be used as the semiconductor that creates the blue light. With the blue LED light, the future will be brighter. Blue LED lights, when mixed with red and green LED lights, can create white LED lights, which are long lasting and energy saving. In the future, we hopefully can depend on white LED lights as our main source of light since it benefits the world by saving energy and wouldn't be needed to be changed frequently since it's long lasting. A semiconductor is a substance, typically a solid substance, that has electrical conductivity of something between an insulator and most metals.
ReplyDeleteThe blue LED light is a definite way to brighten our future. It is a light that will produce much more light with a lot less effort and pollution, and when it is combined with red and green LED lights, we will have white lights. They are much longer lasting and energy efficient, meaning that many more people will be able to benefit from a better and cheaper light source. A semiconductor is a material that has conductivity between a conductor and an insulator.
ReplyDeleteThe blue LED is, according to the article,"A bright and energy-saving white light resource." Three scientists found a way to produce blue light beams from semiconductors. Semiconductors are made from material that is not a good conductor of electricity, nor a good insulator. This new LED holds great promises for increasing the quality of life for over 1.5 billion people who lack access to electricty grids. LED's are based upon the same substance that our computers, phones, and electronics carry. When an electrical field is applied, positive and negative charges meet in the middle layer and combine to produce photons of light. The color of light depends on the type of semiconductor. This is how the scientists were able to get a blue color.
ReplyDeleteA LED light is produced with the help of semiconductors. Semiconductors conduct electricity depending on the type of material, mixture, and size. In the case of blue LED lights, the semiconductor was made using indium gallium nitride.
ReplyDeleteThe blue LED is environmentally friendly, energy saving, and is a durable alternative to older light sources. Therefore, its potential impact is that it will dethrone the common incandescent bulb and begin its reign as the leading source of light.
The invention of the blue LED light is breaking the barrier for a whole new scale of technological discoveries. LED lights generate a more intense and brighter light without requiring as much power. Therefore, this makes the lights energy-efficient and more accessible to those without. The blue LED was also the missing puzzle piece in producing white light. It was created by using high-quality crystals of gallium nitride as the semiconductor. A semiconductor is material that has both qualities of both conductors and insulators.
ReplyDeleteThe invention of the blue LED light is the beginning of the future of lighting technology. The blue LED light is energy efficient, brighter, and lasts longer than fluorescent and incandescent light bulbs. The discovery of the blue LED lights has led to the creation of white light. Without the blue LED light this would have never been possible since white light requires blue, green, and red LED light. Moreover, the creation of this LED light is due to high-quality crystals of gallium nitride. To create an LED light a "sandwich of semiconductors", as the article describes it, is needed. When an electric field is applied to these semiconductors, positive and negative charges meet in the middle and create light. The semiconductors are what create the color of the light being produced. When the semiconductors are crystals of gallium nitride the light that is emitted becomes blue. A semiconductor is a material whose electrical conductivity is between conductors and insulators.
ReplyDeleteThe blue LED light has a bright future ahead of it. A blue LED produces a blue beam of light, which if combined with red and green beams will eventually create white light. This new discovery will be more energy efficient and produce a brighter light and last longer compared to other lights. The blue LED is a revolutionary discovery and will impact the environment and the lives of many in a positive way. A semi-conductor is a material with conductivity obtained between a conductor and an insulator.
ReplyDeleteThe blue LED light will technologically advance our world. In general terms, it produces a bright blue beam of light with very little energy. If it is combined with the already discovered red and green beams, then all together, they will make white light. According to the article, "The color of the light produced depends on the type of semiconductor." Light-emitting diodes are very small and consist of sandwiches of semiconducting materials. Negative and positive charges meet in the middle layer and combine to produce photons of light, when an electric field is applied. They are energy efficient, they will last longer than incandescent bulbs. This discovery of blue LED light could be the stepping stone to a variety of many new discoveries in the future. A semiconductor is an element that conducts electricity under certain conditions, but under different conditions it doesn't conduct electricity. Therefore it is a good medium for the control of electrical current.
ReplyDeleteThe blue LED light once nonexistent on planet Earth, has now been made. This is because scientists have now perfected the growth of gallium nitride, a semiconductor used for producing blue light and is also used in bright-light emitting diodes. Different semiconductors produce different color lights, so this stresses the importance of the gallium nitride. If this blue light were to be combined with the red and green lights, this would create white light. This new breakthrough will achieve according to the article, "great promise for increasing the quality of life for over 1.5 billion people around the world who lack access to electricity grids". The light works by containing diodes with semiconductors that will create light when an electrical field is applied. Semiconductors are solid substances that have a conductivity between an insulator and most metals.
ReplyDeleteA semiconductor is a solid substance that can transmit electricity. The blue LED light contains high-quality crystals of gallium nitride, a semiconductor that can produce blue light. Also, the blue LED light is environmental.
ReplyDeleteThe creation of blue LED lights opens many possibilities for new ideas. For one, their low energy requirements make them extremely energy-efficient and not as harmful to the environment. The blue light can also be combined with green and red light to produce white light, which is even more efficient. The blue light is produced by gallium. A semiconductor is a solid substance that has a conductivity between that of an insulator and that of most metals.
ReplyDeleteBlue LED lights are lights that are more efficient then normal lights, and last longer. By mixing Blue, Red, and Green LED lights, we will be able to create white LED lights. Semiconductors are a combination between conductors and metals, that create conductivity between different metals.
ReplyDeleteThe blue LED light was very hard to create. It was needed to combine with the red and green light to make a white light. This light is a lot more energy efficient and is the wave of the future. A semiconductor is a solid substance that has a conductivity between that of an insulator and that of most metals, either due to the addition of an impurity or because of temperature effects.
ReplyDeleteThe impact of the LED light will revolutionize the light bulb is because it saves energy, and also it's cheaper than other lights they also last longer so you wont have to buy more lights in the house. It works by taking negative and positive charges and combining them into photons which in turn makes light. A semiconductor is a insulator between most metals due to temperature or a impurity.
ReplyDeletethe Led light has a huge impact because it helps people who do not have electricity afford it. the blue LED light is efficient because it lasts a long time and that makes it cheap also. A semiconductor is a solid substance that has a conductivity between that of an insulator and that of most metals, either due to the addition of an impurity or because of temperature effects.
ReplyDeleteThe impact of the blue LED light will have great significance in the future. The hard work the three scientists put into the experiment has caused the creation of a whole new industry. The key to the LED lights came from high-quality crystals of gallium nitride, a semiconductor for producing blue light. The blue light lasts longer than any other light but still has a way to save energy creating a healthier future. A semiconductor is a solid substance that has a conductivity between that of an insulator and that of most metals.
ReplyDeleteKudos to everyone for properly using the Caps Lock Key when typing LED! (I'm a poet, and I didn't even know it!) Btw - I agree with everything that everyone else has said already. :)
ReplyDeleteThe blue LED is a brighter and more powerful light but can be made with less materials and fewer effort. This is important because people around the world who need the light can obtain it easier and quicker. The high-quality gallium nitride crystals are what produce the actual light itself. These crystals are the semiconductors in this case. The semiconductors is a material with conductivity in between conductors and insulators.
ReplyDelete