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STEM Interdisciplinary Undergraduate Research Symposium 2024: Physical Sciences

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Physical Sciences

Physical Sciences
Real-time Visualization Of Electric Fields Can the Use of Low-cost 3D Scanning Technology Efficiently Produce Images for Paleontology Absorption Spectroscopy
Vladimir Fonte Natalie Giraldo Valeria Mosquera

Vladimir Fonte is a second-year student at Miami Dade College, Hialeah Campus, studying Computer Science. As a Cuban immigrant who came to the United States during his childhood, Vladimir has a profound appreciation for education and is passionate about his studies. He has over 100 hours of experience tutoring students in math and programming. Committed to helping others by sharing his knowledge, Vladimir has positively impacted his peers and solidified his own understanding of these subjects. He aspires to continue his research in computer science, aiming to contribute to the field through innovative solutions and advancements.

Currently a second-year student at Miami Dade College, North Campus, Natalie Giraldo participates in the STEM research program while pursuing an AA in geology. She aims to secure a master's degree and a Ph.D. in paleontology. From a young age, Natalie was captivated by dinosaurs and their presence throughout history, leading to a deep love for paleontology that shaped her career path. During her first few semesters, Natalie had the pleasure of working alongside and being mentored by Professor Kuhn in her geology courses and workshops. With Professor Kuhn's guidance, she built an academic and extracurricular resume, which helped her secure volunteer opportunities in her major. One such opportunity involved working at her dream university’s museum and conducting hands-on research in the laboratory. As her enthusiasm for the subject grew, she decided to participate in the STEM Research Program with Professor Kuhn, focusing on 3D scanning fossils.

Currently a second-year student at Miami Dade College, North Campus, Natalie Giraldo participates in the STEM research program while pursuing an AA in geology. She aims to secure a master's degree and a Ph.D. in paleontology. From a young age, Natalie was captivated by dinosaurs and their presence throughout history, leading to a deep love for paleontology that shaped her career path. During her first few semesters, Natalie had the pleasure of working alongside and being mentored by Professor Kuhn in her geology courses and workshops. With Professor Kuhn's guidance, she built an academic and extracurricular resume, which helped her secure volunteer opportunities in her major. One such opportunity involved working at her dream university’s museum and conducting hands-on research in the laboratory. As her enthusiasm for the subject grew, she decided to participate in the STEM Research Program with Professor Kuhn, focusing on 3D scanning fossils.

     
The Application of Low-Cost 3D Scanners for Short-Term Documentation of Fossils Tsallis Entropy And The Use Of Mechanical Statistics In The Study Of Earthquakes In Chile  
 
D’Angello Polifroni Alex Vazquez  

D’Angello Polifroni is a second-year geology student at Miami Dade College working towards an Associate of Arts degree. He has experience in the role of geology by participating in multiple workshops and has been on multiple geological outings. His goal is to pursue a Ph.D. in geology so he can become a head field researcher in paleontological dig sites. He has a keen interest in the field of paleontology and desires to be able to contribute something to the world of paleontology.

A Second-year student at Miami Dade College pursuing a Mechanical Engineer bachelor's degree, currently working at the construction of the New MSC cruise terminal at Port of Miami as a Logistic manager.  Worked as an engineering consultant with Feeding South Florida. 1st Place physics research presentation at the 8th Annual Student Interdisciplinary Symposium.  Being an active participant in the STEM program at Miami Dade College researching with Dr. R.A.M Celorio new forms of programming Tsallis entropy as a new form of detecting earthquakes formation.

 

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