The invention of the automotive vehicle has shown life-changing effects on several levels, especially in urban landscapes. This automotive revolution led to the reshaping of cities and their infrastructure centricity. Now, as we live in the fourth industrial revolution, cities are driving the transition to the age of autonomous transportation and will be transformed by it.

This article was inspired by the TEDtalk Dr. Natasha Taylor- a healthcare simulation disrupter- did at Coventry University.

Technological devices are becoming more abundant in people’s lives for many reasons, from personal, learning, and business-related reasons. These technological devices have now been involved in healthcare, such as wearables devices.

As science and technology help each other advance, we can notice that the study of living organisms, sheds light on principles that are fruitfully adopted to develop additional robot abilities and to facilitate more efficient accomplishment of tasks, such as the principles applied to soft robotics.

Starting with the prefix of the word (epi) which is generated from a Greek origin meaning over and above, epigenetics is the study of the inherited changes in gene function, caused mainly by environmental factors, without any change happening to the DNA sequence.

A friend of mine, let us call him Emad, graduated as a Mechanical Engineer. Shortly after graduation, he decided that he has no interest in his field of study and instead, began a self-learning journey.

In the early 2000’s the human genome project was discovered, which opened the eyes of scientists to a new era of medical practice, which is precision medicine. A ‘’one-size-fits-all’’ approach which was dominant is successful...

I will start this post with a small confession: If it weren't for Phi Science, I would be a regular college graduate, seeing the world and science from a narrow, mono-perspective.