Tuesday, 16 February 2016

Noticing Patterns - From Construction of Ancient Monuments to Classifying Galaxies

Of things that the human brain can still do so much better than computers, it is in being able to recognise patterns and inconsistencies in data, something that people with Asperger's Syndrome can excel in, including in software scripts. This is why the amateur can still make significant contributions to science, particularly astronomy.

Stonehenge viewed from the direction of the Midwinter Solstice
The ability of the human brain to observe and recognise patterns goes back many thousands of years together with the nature to keep the mind both active and occupied, which is evident in the construction of ancient monuments, including Stonehenge. Though Stonehenge’s function is still largely unknown, it is commonly accepted that it served  as a solar calendar. What is also highly likely is that its construction originated from observation of patterns in the movement of the Sun. Over time, another aspect of the human mind would lead us to find out why such patterns occur, one often commonly found in people with Asperger’s Syndrome, curiosity. 

It can be an easy assumption for one to make that the further known reaches of the universe at inter-galactic level, the technology needed to go so far is only available to professional astronomers working in observatories. Though technology required to collect and process astronomical data is largely the realm of professionals who have access to the equipment needed, analysing and classifying data, including noticing patterns is where the amateur astronomy enthusiast can not only still make a significant contribution the further into Deep Space we explore. In astronomy, an advantage that the amateur can sometimes have is that he or she has freedom from the often rigid nature of professional frameworks and classification systems. In this way public participation can be an invaluable resource to scientific research.

Hubble's Turning Fork, system by Galaxy Zoo used for classifying galaxies
At an introduction to Sunderland Astronomical Society’s public open evening, Graham Darke, a long-time member of the society, explained why with Galaxy Zoo. Galaxy Zoo is an online citizen science project that gives the public access to astronomical data obtained from the world’s largest telescopes from the ground based observatories of La Palma in the Canary Islands and Gemini South in Chile’s Atacama Desert to those in orbit including the Hubble Space Telescope. In his introductory talk, Darke explained that as well as the human mind being better at recognising patterns than computers, members of the public often have the spare time to analyse it than the professionals who are busy collecting the dataWith the huge amounts of data on other galaxies throughout the universe being collected, it had initially been thought that to analyse, classify and catalogue so many galaxies would take many years, but courtesy of Galaxy Zoo, more than 50 million galaxies have been classified by over 150,000 people since the project was launched in 2007.

Within the universe that observable to humankind with current technology, there is estimated to be over one hundred billion galaxies, which are enormously variable in shape, size and composition and yet also similar, ranging from large spiral-shaped galaxies like Andromeda and smaller irregular shaped galaxies like the Magellanic Clouds, satellite galaxies of the Milky Way. Much can be learned about galaxies from their shapes, including the possibility that larger galaxies formed due to a merging of two or more smaller galaxies. Also interesting are the surroundings of galaxies, including their gravitational fields and radio waves and X-rays emitted from their centre. Public participation through Galaxy Zoo further has opened up humankind to an ever-expanding universe, including the recent discovery of gravitational waves, caused by merging black holes. 

Heelstone, Stonehenge. Just behind it there is an arrow
show the direction of the Midwinter Solstice
Meanwhile, present-day visitors to Stonehenge marvel at how it was constructed without modern technology, not just in being able to move such large and heavy stones, but also the accuracy of the alignment of the stones are in accordance with the the Sun's position in the sky during different seasons. Traditionally a favourite site for Summer Solstice celebrations, the original purpose of Stonehenge may rather have been to mark the Midwinter Solstice as there is a 'sunstone', or 'heelstone', placed in the direction of where the Sun would appear at the Midwinter Solstice. Whereas in the present day, most of us have access to conveniences to keep us occupied when we feel 'bored' such as smartphones, iPads or indeed Galaxy Zoo, apart from hunting, chanting and telling stories, our Neolithic ancestors would have had little else to do to keep themselves occupied, but to make a game of tracking and recording the positions of the Sun in the sky from sunrise to sunset and the Moon and stars during the night. Without present-day light pollution, they would have been able to see so many more stars on a clear winter's night. So like mass participation in classifying galaxies, 5,000 years ago, it could possibly have been the participation by many prehistoric sky watchers that enabled the construction of Stonehenge.

It is well-known that being able to recognise patterns through eye for detail as well as working to set set of rules and classifications is where aspects of Asperger's Syndrome can present strengths. Going beyond this, a curious mind, through wanting to find out reasons for why such patterns occur opens us up to new theories and possibilities, including being able to notice interdependent existences, including our own. as with all life, we depend on Earth and the Sun for our existence, yet also exist independently. But to exist independently, it helps to be able to make the Sun's strength our own, including for agricultural purposes (when to plant and harvest crops) as Stonehenge was very possibly used for. Together with the other planets, Earth and the Sun depend on each other for their existence, yet also exist independently. Further afield, the Sun is depends on the Milky Way for its existence, while the Milky May depends on the Local Group of Galaxies and the Local Group of Galaxies depends on the larger Virgo Cluster for one another's existence and their place in the universe. Yet within one another's interdependent existence, they also exist independently, their independence being enabled by interdependence.  

When applying the ability to recognise and interpret patterns together with curiosity, these factors can become one, thus enabling us to expand our awareness. With our awareness expanded, we can then notice that time and space merge into one from within 5,000 years since the construction of Stonehenge to within billions of years during the formation of the Solar System and further beyond that, the formation and evolution of galaxies of all shapes and sizes.

Galaxy Zoo, including information on how to participate in classification of galaxies, can be access at www.galaxyzoo.org  

More about Sunderland Astronomical Society can be found at www.sunderlandastro.com

To find out how to participate in astronomy locally elsewhere in the UK, you can find your astronomical society at the following link www.fedastro.org.uk 


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