Allan. 18. Future physician scientist.

Welcome to my blog. Science, music, oddities, ramblings, art, and whatever else I decide to post on here.

Additionally, I am a member of the team at HOLY MOLECULES, BATMAN! Feel free to check us out using the link below in this sidebar.

Feel free to message me either through the CONTACT link below or via email at Alnator@aol.com.

Let's explore the universe together.

ENTP - "Inventor". Enthusiastic interest in everything and always sensitive to possibilities. Non-conformist and innovative. 3.2% of the total population.

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Sunday, January 29, 2012
Monday, January 23, 2012
From solstice to solstice, this six month long exposure compresses time  from the 21st of June till the 21st of December, 2011, into a single  point of view. Dubbed a solargraph, the unconventional picture was  recorded with a pinhole camera made from a drink can lined with a piece  of photographic paper. Fixed to a single spot for the entire exposure,  the simple camera continuously records the Sun’s path each day as a  glowing trail burned into the photosensitive paper. In this case, the  spot was chosen to look out over the domes and radio telescope of the  University of Hertfordshire’s Bayfordbury Observatory. Dark gaps in the  daily arcs are caused by cloud cover, whereas continuous bright tracks  record glorious spells of sunny weather. Of course, in June, the Sun  trails begin higher at the northern hemisphere’s summer solstice. The  trails sink lower in the sky as December’s winter solstice approaches.  Last year’s autumn was one of the balmiest on record in the UK, as the  many bright arcs in the lower part of this picture testify.

From solstice to solstice, this six month long exposure compresses time from the 21st of June till the 21st of December, 2011, into a single point of view. Dubbed a solargraph, the unconventional picture was recorded with a pinhole camera made from a drink can lined with a piece of photographic paper. Fixed to a single spot for the entire exposure, the simple camera continuously records the Sun’s path each day as a glowing trail burned into the photosensitive paper. In this case, the spot was chosen to look out over the domes and radio telescope of the University of Hertfordshire’s Bayfordbury Observatory. Dark gaps in the daily arcs are caused by cloud cover, whereas continuous bright tracks record glorious spells of sunny weather. Of course, in June, the Sun trails begin higher at the northern hemisphere’s summer solstice. The trails sink lower in the sky as December’s winter solstice approaches. Last year’s autumn was one of the balmiest on record in the UK, as the many bright arcs in the lower part of this picture testify.

Wednesday, August 17, 2011
Wednesday, August 10, 2011
Wednesday, August 3, 2011
Friday, July 29, 2011
Thursday, July 28, 2011
Tuesday, July 19, 2011

A compilation video by NOAA monitoring the sun over a few weeks.