Monday 6 June 2016

Mars in 3 days?

Welcome back! , thanks for tuning in with the the TMC.

In my last post I talked about how Photonic Propulsion could revolutionize the way we
sail through space.  Today I am going to explain more on this topic , perhaps I am a little late but to be honest it took me time to fully understand this topic. 

Okay, so landing on Mars within 3 days of leaving  may seem like a fantasy but with Photonic Propulsion it's as easy as reading this post!xD , I have already explained what is photonic propulsion. Now I am gonna explain about how this mechanism works and accelerates spaceships through the spacesea.  But let me explain the word  "spacesea" , spacesea is nothing but the curvature of the space-time , it appears a sea and is most relevant with photonic propulsion because it is based on the use of space-sail.

Okay , now you would be wondering what makes this mechanism so fuel and cost efficient and still gives the speed we couldn't even think of ! , well it's simple engineering , innovation and obviously the "human brain", the thing which drives all these things inside it.
This mechanism harnesses the momentum of photons to accelerate the spaceships( only those with a spacesail) to velocity of very high magnitude( nearly 1/4th the speed of light), the photons will be emitted through a highly powerful and concentrated laser which would be powered by the sun.

And then our journey to Mars in 3 days will begin and not even mars but with this speed we could reach the edge* of the solar system within a few weeks , the same distance was covered by our fastest spacecraft Voyager-1 in around 33 years of it's launch. 

This topic is so vast that that but my friend I have to end this here, if you have any questions ask them in the comment section below!

Thank you for spending your valuable time and don't forget to subscribe to my blog!

By purpose I have not added any picture in this post. 

written By:-
Aviral Srivastava
Find me on Instagram : avirals_22
email me at : aviralsrivastava12@gmail.com