Fusion is a process that occurs when atomic nuclei come together to form a heavier nucleus. This phenomenon is responsible for the immense energy released by stars and is the driving force behind the nuclear reactions that power the sun. Fusion is an incredibly promising source of energy that has the potential to revolutionize the way we produce electricity.
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In the decades since the first experimental fusion reactors were built in the 1950s and 1960s, researchers have continued to work on developing practical, reliable, and cost-effective fusion reactors. Numerous different reactor designs have been proposed and tested. In my current research I focus on inertial electrostatic confinement (IEC), multi-grid IEC, and the periodically oscillating plasma sphere (POPS) concept
My current research group is headed by our principle investigator Professor of Physics and Electrical/Computer Engineering, Dr. Erik Sanchez. We focus on increasing the level of neutron emission from our fusion reactors at Portland State University and also providing smaller and less expensive reactors. This goal requires a diverse team of individuals each working collaboratively and contributing their unique perspectives.
As a member of a fusion lab group at Portland State University, my needs are multifaceted. As mentioned, one of my primary objectives is to conduct research that aims to produce more neutrinos, which requires access to specialized equipment and instrumentation. Additionally, I am working on building a PEM Fuel cell to refine deuterium gas, which demands a laboratory environment that is well-equipped and well-maintained. In order to succeed in these pursuits, I require the support of a dedicated team of fellow researchers as well as access to the latest technologies and resources in the field of nuclear fusion. At Portland State University, I have found a welcoming and supportive community that has helped me to achieve my research goals and make meaningful contributions to the field.
This addresses a social responsibility within the community and a founding life principle of mine, the principle to serve. On a Macro level I serve humanity by contributing to a form of energy which will revolutionize the world. On a microlevel I serve my immediate community by helping my research group through providing knowledge I have accrued over the years. This can look as the form of mentorship and education to my peers or using my time and knowledge to achieve tasks for my fellow teammates
As a member of a fusion lab group at Portland State University, my needs are multifaceted. As mentioned, one of my primary objectives is to conduct research that aims to produce more neutrinos, which requires access to specialized equipment and instrumentation. Additionally, I am working on building a PEM Fuel cell to refine deuterium gas, which demands a laboratory environment that is well-equipped and well-maintained. In order to succeed in these pursuits, I require the support of a dedicated team of fellow researchers as well as access to the latest technologies and resources in the field of nuclear fusion. At Portland State University, I have found a welcoming and supportive community that has helped me to achieve my research goals and make meaningful contributions to the field.
This addresses a social responsibility within the community and a founding life principle of mine, the principle to serve. On a Macro level I serve humanity by contributing to a form of energy which will revolutionize the world. On a microlevel I serve my immediate community by helping my research group through providing knowledge I have accrued over the years. This can look as the form of mentorship and education to my peers or using my time and knowledge to achieve tasks for my fellow teammates
Reflection
Studying fusion reactors at Portland State University has been a truly enlightening experience for me. I've gained a much deeper understanding of the science behind nuclear fusion, including the challenges involved in harnessing this powerful source of energy. The most rewarding part of this process for me was getting to work closely with my peers and professors, all of whom shared a passion for this exciting field of study.
Going forward, I plan to continue exploring the field of fusion energy and its potential to transform the way we power our world. Whether through further academic study or by seeking out opportunities to work in the field, I'm excited to be a part of this important and rapidly-evolving area of research.
Going forward, I plan to continue exploring the field of fusion energy and its potential to transform the way we power our world. Whether through further academic study or by seeking out opportunities to work in the field, I'm excited to be a part of this important and rapidly-evolving area of research.