My personal blog about emerging technologies and their impact on the human condition. I like genetics, nanotechnology, and robotics. I'm a software developer by profession.
Mom's getting better.
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She called me a ninja this morning. In and out of the house in the blink of an eye. Her sense of humour is back and so is her will to get better.
In this essay, I would like to describe my thought process leading to my future career choice. I want to be a biorobotics engineer. The decision to choose biorobotics as a career was not made overnight, but months of contemplating on key points, ultimately helping me conclude that this is the profession I want to dedicate my life to. These points include my interests in robotics and biology as I developed into a young adult, the definition of biorobotics and key area that attracted me to the field, and the unlimited opportunity in what I hope to achieve in a career as a biorobotics engineer. First, growing up, I was fascinated by robots. My father, an electrical engineer, bought me toys such Transformers, and immersed me in books about robots such as the Maxx Steele series; my affection for robots continued as a teenager with mecha-based Japanese anime, such as the series Evangelion . From elementary to highschool, I was also very interested in biology, I loved the study of ba...
For any of my friends or acquaintances who have held a brief conversation with me over the past year, I may or may not have brought up the idea of the Singularity and its possible implications on the present and future timeline. For about a year, I've let it dictate my decision making in terms of pursuing a higher level of academics and definite career change. Some may have considered my views as a little off tangent and kinda loopy but with this post I'll attempt to clarify my views and explain why I'm so interested in it - and possibly why you should be interested in it too. So, first of all, what is The Singularity (shortened form of the "Technological Singularity")? Wikipedia defines it as "a theoretical moment in time when artificial intelligence will have progressed to the point of a greater-than-human intelligence that will 'radically change human civilization, and perhaps even human nature itself.'" Fair enough, but that sounds a littl...
Genetics is viewed as a promising technology in the future of medicine. By studying our genes, the fundamental blueprint of organisms, we could potentially develop a diverse array of therapies used to treat human disorders and critical diseases such as cancer. At present, pharmaceutical treatments by way of blockbuster drugs, or drugs developed as a one size fits all, are adopted as one of the more effective alternatives in medicine. This approach may change as advancements in genetics research increase our understanding of diseases at the molecular level and will potentially pave way for a more personalized options in curing patients. An example of applied genetics is in gene therapy. Gene therapy is defined as the use of DNA as a pharmaceutical agent to supplement or repair genes within an individual's cell. The mechanisms of the treatment is fairly complex, but in simple form, modified retroviruses are used to hack a cell's DNA production in vitro, which then produce a pa...
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