Essay Writer

Computers have been a part of my life since I was a young child. Growing up, I was quickly drawn to the potential of the technological world and I began experimenting with computers from a very early age. I eventually put together my own computer with second-hand parts from my local electronics store. It was first computer building project, and it opened a world of possibilities for me—from gaming to networking and programming.

In my teenage years, I began to explore the more advanced aspects of computer science and transitioned to coding and systems design. I began to appreciate the application of theory to practical application and the creativity required to create new systems. As I entered high school, I realized that I wanted to pursue a career in computer science and firmly planned to do this by attending an Ivy League college.

To prepare for college studies and to gain experience in the field of computer science, I took part in several internships and summer programs at such places as Microsoft and Symantec. My experience as an intern exposed me to the very technical details of computer programming and software development, giving me opportunities to test and experiment with the coding involved. This experience was invaluable in providing me with the basic skills to develop applications. Additionally, during this time I also took part in several online courses on data structures and algorithms and studied a range of topics in mathematics, such as calculus and statistics. These courses have built a strong knowledge base for my transition to college-level studies.

I understand that studying and pursuing a career in computer science at an Ivy League school is no mean feat. However, I believe I possess the qualities and experience to make a successful student in this highly competitive environment. I believe that my natural aptitude and passion for the sciences, combined with my thorough academic preparation, will enable me to grasp complex theories and apply them in practice. Furthermore, my passion for technology and ambition to succeed in this field of study are sure to drive me to exceed expectations.

My primary reasons for applying to an Ivy League school, and in particular to study computer science, are to gain the opportunity to be a part of the cutting-edge innovators of the future, to contribute to the development of complex technologies and to further hone my skills under the guidance of some of the world’s greatest computer scientists.

As a student of computer science, I believe I have to potential to excel in this field and to become a valuable asset to the university. My creative and analytical skills, combined with my passion, drive and discipline, make me a suitable candidate for admittance. I am confident I have much to contribute to an Ivy League college in the field of computer science and I am excited for the opportunity to reach my full potential.

When thinking of animals, many people imagine large and majestic creatures like elephants, whales, and lions. However, the animal kingdom is vast, and it also consists of some of the tiniest organisms. These organisms, labeled as the smallest animals, may be small in size but are just as fascinating and vital to our ecosystem.

One of the smallest animals in the world is the fairyfly, a tiny parasitic wasp that measures only 0.14 millimeters in length. Can you imagine a creature so small that it could easily sit on the tip of a pin? Fairyflies are insects that possess delicate wings, an exoskeleton, and various unique adaptations that allow them to survive in their microscopic world. They typically lay their eggs inside the eggs of other insects, ensuring their young a protected environment and a readily available source of food. Despite their small size, these minuscule wasps play a crucial role in controlling insect populations, making them indispensable in maintaining the balance of our ecosystem.

Another example of a tiny animal is the Paedocypris progenetica, a species of fish found in the peat swamps of Indonesia. Measuring approximately 8 millimeters, this fish is so small that it has been dubbed the world's smallest vertebrate. It possesses extraordinary adaptations such as specialized pelvic bones that allow it to jump out of water and cling to the leaves of plants. These features not only protect the species from predation but also give them an advantage in their search for food. Additionally, the Paedocypris progenetica showcases remarkable reproductive strategies. It reaches sexual maturity at a mere four months of age, demonstrates an extended period of parental care, and reproduces through internal fertilization. The study of these tiny fish offers crucial insights into the evolution and survival strategies of vertebrates.

The microscopic tardigrades, also known as water bears, are another exceptional example of small animals that captivate scientists and nature enthusiasts alike. These eight-legged creatures are no larger than a sesame seed and can be found inhabiting a wide range of aquatic environments, including lake sediments, ponds, and even your home's gutters. Tardigrades are renowned for their incredible resilience and survival skills. They can survive extreme conditions such as freezing temperatures, boiling heat, and even the vacuum of space. By entering a state called cryptobiosis, in which their metabolism slows down to an almost imperceptible rate, they can withstand harsh conditions that would be deadly to most other living organisms. Understanding the mechanisms behind these remarkable abilities has piqued the interest of researchers and opened up possibilities for new discoveries in the field of biotechnology and medicine.

In conclusion, the world of small animals is full of marvels and mysteries. Despite their tiny size, the fairyfly, Paedocypris progenetica, and tardigrades play vital roles in maintaining ecological balance and serve as sources of inspiration for scientific research. These organisms remind us that size is not always an indication of importance, and they serve as a reminder that every creature, no matter how small, has a significant role to play in the intricate web of life.