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Monday, 8 September 2014

The Solar-Powered Personal Plane

You'd probably love a personal jet, but what about a solar-powered personal plane? This could be the future of transport - Fly Citycopter. At a maximum speed of 193 kilometres (120mph) per hour you could go from London to Paris in under two hours. The designer,  Eduardo Galvani thinks it will help ease pressures on public transport and general inner-city congestion. Although it's only just a design concept currently, the hope is the plans will inspire major players in the transport industry and maybe become the face of inter-city travel.



Friday, 5 September 2014

An update...

Sorry for the delay in posting, through major scheduling problems, we've got there! Since I last posted a lot has happened, with the Young Scientists Journal a lot of very exciting new things are coming very soon (in the next couple of months). I've also just started Sixth Form, doing Biology, Chemistry, Maths and GPR, so keep an eye out!

Friday, 1 August 2014

What Altitude Can You See the Curvature of Earth?

From Felix Baumgartner's daredevil skydive to teddy bears we've sent into space we're all familiar with the Earth's characteristic curvature. 100km from the Earth's surface is usually taken as where space begins - but Felix's jump was at around 24 miles (39 km), well under the height that space is considered to begin. So the answer is - no one really knows! Although passengers on board Concorde did see the curvature of Earth at altitudes of about 60,000ft. Although this gives a pretty clear indication of the figures, this can be distorted by plane windows for example. Because of this debate, research has taken place to determine the real figures. After much deliberation the real altitude is around 35,000 ft  - so next time you take a plane ride see if you can see the curvature of Earth! 







Follow the rest of my #SummerofScience and me on Twitter @Sci_Sparks. Don’t forget to download my charity eBook, Science Bites: A Short Tour of the Universe HERE. 

#SummerofScience 

Thursday, 31 July 2014

What would happen if an asteroid hit our Moon?

Most asteroids are small and slow enough that they just hit the Moon to create a new crater. Even the largest asteroid, Ceres - with  a diameter of 975km (605 miles) wouldn't cause lasting damage. On the other hand, it would cause a spectacular explosion that would be visible from Earth! To remotely displace or break up the moon, it would take an object of roughly the same size  - which won't happen!





http://www.amazon.co.uk/Science-Bites-Short-Tour-Universe-ebook/dp/B00LHOXRO4

Follow the rest of my #SummerofScience and me on Twitter @Sci_Sparks. Don’t forget to download my charity eBook, Science Bites: A Short Tour of the Universe HERE. 

#SummerofScience 

Wednesday, 30 July 2014

Why do we get used to smells?

The city people out there, might wonder why the heck farmers get used to that "countryside" smell. Although our nervous system has evolved to become progressively less sensitive to a stimulus (in this case a smell). This enables us to concentrate more on the new sights/smells that might pose more of a "danger" to us. We also have what's called an olfactory memory that discards smells that we've experienced recently - so you don't notice the smell of your house when you come back from work, but it smells different when you come back from your holiday!

Follow the rest of my #SummerofScience and me on Twitter @Sci_Sparks. Don’t forget to download my charity eBook, Science Bites: A Short Tour of the Universe HERE.

#SummerofScience  

Tuesday, 29 July 2014

Our 21st Century World

We now see the world through different eyes. Whether it's global warming and the Europe-wide thunderstorms or the middle-eastern crisis. Whatever it is... we can't help but look at our world through different eyes. So today, I thought as part of the Summer of Science I'd put a collection of my favorite pictures of Earth together. 








And no, this picture hasn't been photoshopped!! 




JAXA astronaut Aki Hoshide takes a self-portrait during Expedition 32 in September 2012. "Visible in this outworldly assemblage is the Sun, the Earth, two portions of a robotic arm, an astronaut's spacesuit, the deep darkness of space, and the unusual camera taking the picture," NASA wrote. Credit: NASA
Just for good measure - one of the coolest astronaut selfies!


Follow the rest of my #SummerofScience and me on Twitter @Sci_Sparks. Don’t forget to download my charity eBook, Science Bites: A Short Tour of the Universe
HERE. 

Monday, 28 July 2014

Science through the eyes of a 16 year old

I went to the Big Bang Fair Eastern, presenting my project - communicating the science of space and space travel. Although I didn't win anything, I came back to the amazing news that my eBook that I'd made free for the day had reached the top 100 in free science books. By the end of the night my eBook reached number 3 on free science books!

I absolutely love science communication - but many teenagers are put off by what they're taught in science lessons. I reckon this is partly due to the fact revision for the GCSE's always seems to become learning huge lists of bullet point information. To a lot of teenagers - they often don't know or understand the point of what they learn.

So what can be done?? In my opinion it's about getting teenagers and school aged children to see beyond the classroom which what I've tried to address with my eBook, Science Bites. I've covered many topics that you do in school up until GCSE level - I've then adapted them to make it fun for people of all ages to read, you can download my eBook here - http://www.amazon.co.uk/Science-Bites-Short-Tour-Universe-ebook/dp/B00LHOXRO4. 

Follow the rest of my #SummerofScience and me on Twitter @Sci_Sparks. Don’t forget to download my charity eBook, Science Bites: A Short Tour of the Universe HERE. 

Saturday, 26 July 2014

How do we know what the Milky Way looks like?

You're right, it's really difficult to deduce the shape of the Milky Way, the main reason of course being that we're in it! On the other hand, astronomers can map the distribution of the stars and motion of them really easily. This research indicates that we're orbiting a 'central bulge' , this means the planets and stars are distributed along a thin plane. The most convincing evidence for the structure of the Milky Way comes from the studies of gas clouds - here they measure the velocities and positions of these clouds. So although we know we have spiral clouds - we have no idea how many spiral arms there are!







Follow the rest of my #SummerofScience and me on Twitter @Sci_Sparks. Don’t forget to download my charity eBook, Science Bites: A Short Tour of the Universe HERE.