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The Milky Way
The Milky Way
Our Solar System is over 250 A.U. in diameter, a huge size on human scales, but it is beyond tiny when compared to the wider Universe. Our Solar System is not travelling through Space alone, instead it is part of a much larger collection of billions of stars, dust and gas that is held together by Gravity, known as the Milky Way.
Our Solar System is over 250 A.U. in diameter, a huge size on human scales, but it is beyond tiny when compared to the wider Universe. Our Solar System is not travelling through Space alone, instead it is part of a much larger collection of billions of stars, dust and gas that is held together by Gravity, known as the Milky Way.
Our Star (the Sun) is one of 400 Billion stars in our Galaxy. The Milky Way is a Barred Spiral type Galaxy approximately 100,000 light years across.
Our Star (the Sun) is one of 400 Billion stars in our Galaxy. The Milky Way is a Barred Spiral type Galaxy approximately 100,000 light years across.
The Milky Way Galaxy as seen from Earth (from within the Galaxy)
The Milky Way Galaxy as seen from Earth (from within the Galaxy)
The Milky Way as would be seen if we could travel 1 million Light Years away
The Milky Way as would be seen if we could travel 1 million Light Years away
Beyond the Milky Way
Beyond the Milky Way
Even the size of the Galaxy is tiny when compared to the rest of the Universe.
Even the size of the Galaxy is tiny when compared to the rest of the Universe.
Robotic Telescope Imaging
Robotic Telescope Imaging
The National School Observatory, created by Liverpool John Moore's University, provides UK schools with access to a professional 2-meter-wide robotic telescope primarily designed for scientific research.
The National School Observatory, created by Liverpool John Moore's University, provides UK schools with access to a professional 2-meter-wide robotic telescope primarily designed for scientific research.
Through the NSO website, school students are able to request observations by a telescope worth millions of dollars, producing images that show the Universe in exquisite detail. The following images were all taken by S1 to S6 students in Mr Wilkinson's classes:-
Through the NSO website, school students are able to request observations by a telescope worth millions of dollars, producing images that show the Universe in exquisite detail. The following images were all taken by S1 to S6 students in Mr Wilkinson's classes:-
S Wilkinson. PhysicsScotland / Faulkes Telescope Project
Eagle Nebula
Eagle Nebula
Taken by an S4 Class
Taken by an S4 Class
S Wilkinson. PhysicsScotland / Faulkes Telescope Project
Dumbbell Nebula
Dumbbell Nebula
Taken by an S2 Class
Taken by an S2 Class
S Wilkinson. PhysicsScotland / Faulkes Telescope Project
Trifid Nebula
Trifid Nebula
Taken by an S6 Class
Taken by an S6 Class
But images from research telescopes are not simply pretty photos, but contain large quantities of valuable scientific data. Scientists use the gathered light to learn everything they can about the Universe.
But images from research telescopes are not simply pretty photos, but contain large quantities of valuable scientific data. Scientists use the gathered light to learn everything they can about the Universe.
To stop valuable data being lost, unlike a digital camera, the images received by the telescope have not been processed in any way. This means that Scientists have to process the images themselves.
To stop valuable data being lost, unlike a digital camera, the images received by the telescope have not been processed in any way. This means that Scientists have to process the images themselves.
S Wilkinson. PhysicsScotland / Faulkes Telescope Project
Raw Data
Raw Data
S Wilkinson. PhysicsScotland / Faulkes Telescope Project
Processed Image
Processed Image
The processed image is in black and white. This is because the telescope can only image in one colour (one Wavelength of light) at a time. So how does a colour image get made ?
The processed image is in black and white. This is because the telescope can only image in one colour (one Wavelength of light) at a time. So how does a colour image get made ?
S Wilkinson. PhysicsScotland
All colours can be made by mixing together Red, Blue and Green Light.
All colours can be made by mixing together Red, Blue and Green Light.
Our eyes work in the same way to create a colour image. There are two types of light detecting cell in our eyes, Rods (which detect brightness) and Cones (which detect colour) .
Our eyes work in the same way to create a colour image. There are two types of light detecting cell in our eyes, Rods (which detect brightness) and Cones (which detect colour) .
Our eyes have three types of Cones, one to detect red light, one to detect blue light and one to detect green light.
Our eyes have three types of Cones, one to detect red light, one to detect blue light and one to detect green light.
By combining the signals for each of these Cones, a full colour image is created by the brain. The same process can be used to make full colour Astronomical Images:-
By combining the signals for each of these Cones, a full colour image is created by the brain. The same process can be used to make full colour Astronomical Images:-
S Wilkinson. PhysicsScotland / Faulkes Telescope Project
Red Image
Red Image
S Wilkinson. PhysicsScotland / Faulkes Telescope Project
Green Image
Green Image
S Wilkinson. PhysicsScotland / Faulkes Telescope Project
Blue Image
Blue Image
S Wilkinson. PhysicsScotland / Faulkes Telescope Project
Three Colour Image
Three Colour Image
By stacking the 3 different colour images on top of each other, a full colour image can be made.
By stacking the 3 different colour images on top of each other, a full colour image can be made.
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