Through this élite program, I have actively attended seminars and lectures, most of which were organized as students giving reports. Such a teaching-like experience empowered me to explain ideas in a courteous and timely manner. Moreover, digging in those interesting books like Real Analysis (Elias M. Stein & Rami Shakarchi), Probability Theory and Examples (Durrett R.) motivated me to look into diverse fields within mathematics. I was amazed that some seemingly unrelated subjects could be abstracted into a unified theory and many theories that was intimating once to me became special example in more advanced
Initially, I thought symmetry was just a simple function of geometry e.g. reflection only, taught in mathematics since primary school. I didn’t know it was an important form in art and architecture till I enrolled onto this course. It was very enlightening to see how symmetry can be furthered explored and how the mathematics involved can be further deepened, e.g. figuring out space groups and planes and axes or unit cells.
Future of Robotic Technology in Neurosurgery In the expanding medical field, surgeries have become increasingly computerized as innovative technology are performing medical procedures independently. Researchers are beginning to develop new forms of surgical technology which would allow surgeons to improve their overall precision and efficiency in the operating room, having an overall positive effect in the future. Not only will these robotic technology be successful in surgery, but they will be effective in diagnosing neurological diseases and disorders. Unfortunately, technology is falling behind, although researchers still predict when the technology will be into effect. Overall, these technologies used in surgery will have a powerful effect
From my early childhood up until now, one of my most remarkable characteristics has been my curiosity to learn. I have always had a keen interest for learning about new ideas and this; combined with my inner desire to reach a degree of excellence in any work I undertake, enable me to acquire significant knowledge on various aspects of science and technology. During my early years in school, I was introduced to ‘BASIC’ language and on how computers can be used and programmed. From then on, I became fascinated with computers and their programming. The curiosity to know more about computers motivated me into getting certified in computer courses when I was only in the 9th grade.
In one of simply five process standards, they state “Instructional programs from pre- kindergarten through grade 12 should enable all students to organize and consolidate their mathematical thinking through communication, and communicate their mathematical thinking coherently and clearly to peers, teachers, and others ...” (PSSM, 2000, p. 348). in spite of the National Council of Teachers of Mathematics’ thrust to prepare students to commune mathematics clearly, it is quite a challenge because of the lack of oral usage by mathematical teachers. For example, majority of schools in Jordan begin English Language Teaching by the age of 10-11 and certainly this has major affects on learning how to communicate and comprehend mathematical equations presented in English. Whereas, in many private schools in Jordan mathematics is taught in both languages, English and Arabic, where there is a great emphasis placed on reading and listening skills, leaving aural-oral communication skills out of the picture. Moreover, according to Wood(2012), it is frequently assumed students learning mathematics will automatically pick up on and “absorb” the discourse used to explain it, and thus, be able to commune the mathematical concepts and ideas being learned.
Therefore, maths is more of a mind game. This has been one of the many reasons for my ever-augmenting interest in the subject. My passion for playing with numbers led me into competitions, allowing me to use my mathematical skills in areas independence of academics. In an inter-house Math Olympiad held at school, I, along with three of peers, saw my house being crowned triumphant and myself being awarded with a gold medal. Along with this, I took part in the Kangaroo Maths Competition and my passion for maths led me into becoming a part of the World Math Day contest twice, once in the eighth grade and the second during my A1 year.
In middle school that was when I started to love math because of my eighth grade math teacher. He was very devoted in his job to make a positive impact on his students by teaching and guiding our young minds with his knowledge in math. I have my strengths and I also have my weaknesses in math topics. Algebra is one of the easiest subjects that I was taught. I felt that I was able to grasp the concepts instantly and I easily understood new strategies as soon as they were taught to me.
All through high school and college, I have been constantly amazed by chemical reactions, especially those taking place in the body. Learning equilibria helps me to understand better the homeostasis in our body. Physics too is a pleasant subject that has makes me a better analytical and critical thinker. Though some parts of it can be difficult at times, it has given me the opportunity to understand the mechanics of life in a new light. While mathematics in itself is complex, it has taught me to look carefully at every tiny detail as each could play a huge role in solving a much larger problem.
Since the beginning of time, math has always been a part of our lives. Through counting, recording data, and a whole lot more. It’s now something that has been made professional and incorporated in our education system. At an early age, children learn the basics of math and at every age, the math level being taught increases. The highest level of math is studied at college.
In one year, I earned myself a title of Microsoft Office Words, PowerPoint, Excel and Outlook Specialists by Microsoft Corporation United States. I participated in multiple computer related competitions both nationally and internationally. One of my best achievements was a distinction for the International Assessments and Competition for Schools. Basic knowledge and mental strength ready, I decided to further my studies in Computer Science because Computer science is an intriguing discipline, conjoining both theory and practice. It requires thinking both in abstract terms and in concrete terms.