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I felt that this article was particularly well written because of how conversational the author was with the reader. The conversational aspect allows the scientific aspect of the article to be better understood, in a way. The use of a video was also allowed for a better understanding of the physics.

I was thinking about doing this one! I curled for a couple of winters, and always wondered about the weirdly illogical physics of curling stones. Unfortunately, the nearest curling club is 3 hours away in Knoxville...

The Journal of Theoretical Physics and Cryptography is devoted to the rapid publication of fundamental research papers on all fields of theoretical physics and cryptography. All contributions shall be rigorously refereed and selecting on the basis of quality and originality of the work as well as the breadth of interest to readers.

The article makes a clear argument with supporting facts, all while being easily accessible to people that are unfamiliar with the field and remaining entertaining

I like the way this is written because the author makes it a fun read. It is not a long boring article about the writing process of her story, but rather it breaks down her process into steps. Moreover, her writing is entertaining, which grasped my interest more so than many other posts. 

This article concerning the science behind poker and its categorization as either skill or luck is particularly well written in that it draws its audience in by presenting a recent event that concerned poker, and then proceeding to present information on the history of poker as well as the statistics that support its argument.  Furthermore, the author establishes credibility throughout her post by referencing credible studies done. Her voice throughout the post continues to be entertaining, keeping the reader's attention for the entirety of her post.

Our brains are wired such that we automatically cancel out things that are not changing around us, in a process called adaptation. I really like this article because it not only gives a lot of interesting information about the brain, but it also hooks the reader effectively by providing physical, relatable examples of how our brains tune stuff out. I quickly found myself drawn into the article and interested to learn more.

Quantum computing has teased us with its potential for some time, but we won't be seeing qubits in our laptops anytime soon. However, science has also sought to leverage quantum physics in cryptography, and a recent breakthrough will allow for quantum encryption over fiber optic cables already in use.

The "uncrackable codes" made by exploiting the branch of physics called quantum mechanics no longer require the use of special "dark fibres" and have been sent down kilometres of standard broadband fibre.

Quote: What you are looking at is one of the many undersea cables that carries inside it, to put it simply, the magic of the Internet. This particular cable, which runs aground on the coast of Florida, has been tapped by the NSA according to Paglen's research. Paglen, an artist who has been documenting the physical footprint of surveillance for years, got scuba-certified in order to go diving "at several locations off the coast of Florida," he says, to find and photograph the cables.