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The Color R.E.D.

July 26, 2010 | News, People, Student Life, Students | No Comments

RED: Respect, Equality, & Diversity
RED: Respect, Equality, & Diversity

by Sydney Combs, Academy Avatar

Currently, the Gatton Academy has housed students from ninety-five out of the one hundred and twenty counties from across the Commonwealth. With such an extensive reach across the state, the resulting student body has never failed to be anything but diverse.

From the city boys to the country girls, we have them. From the non-religious to future pastors, we have them. From the vegetarians, Pastafarians, modest, bold, and computer whizzes to poets, adventurers, and professional sleepers, the Academy has them all. With such a highly diverse student body, some may wonder how the Gatton Academy maintains such a cohesive and supportive community of students. To the surprise of some individuals, the answer is much simpler than the previously imagined brain control and magic. No, the key to our pseudo-family relationship lies solely in the color RED.

RED, for those who are unaware, is the Gatton Academy’s creed of Respect, Equality, and Diversity. It states that as a member of the Gatton Academy community, one must follow an honor code to, “[…] respect the rights, opinions, property, and dignity of all persons. […] embrace diversity and discourage bigotry. […] demonstrate concern for others and their feelings. […] treat everyone with respect and equality.”

Even though this may like an unobtainable utopia to some, for the most part, students at the Gatton Academy respect the creed and each other. Beth Nethaway (Logan, ’10) and the Academy’s first practicing wiccan states, “RED is a great policy not in that diversity causes diversity or that you have to be diverse to be respected, to me it means that you can be different, yet equal.” To her, she feels like she can be exactly who she is without feeling pressured to be someone she’s not. This is what RED is all about.

With the Academy housing such a high concentration of potential future leaders, there is no lack of effort that goes into guiding students to become people who are able to accept one another and their differences.

Melissa Schultz, the Academy’s Assistant Coordinator of Residence Life, has been doing a series based on diversity and how we as students, teens, intellectuals, future business leaders, and productive members in society should view and handle people who are different than us. The topic was a major thread for the weekly Academy Seminar.

When asked why it was important for Academy students to become versed in the art of acceptance, Schultz answered that, “It is extremely important that students learn about each other, their differences, and embrace these differences not only because it is a great opportunity for students to learn something about people different than themselves, but it is key to learning something new about themselves. These types of multicultural interactions will continue on in their lives, be it in a college environment or in the workplace and they will need skills to interact with diverse groups of people.”

As Schultz states here, the values RED teaches students does not only apply to the Academy, but will be used and valued throughout life.

Respect, Equality, and Diversity are principles that the Gatton Academy holds in high regards. Whether it comes to a person with a different skin color or an opinion different than yours, everyone deserves to be treated fairly and embraced for who they are. Fortunately for all the unique individuals at the Academy, all one hundred and twenty of us, these values are kept and there is little need to feel self-conscious around friends.

As Schultz so eloquently phrases it, “I think the students at Gatton see the Academy as their home, and everyone wants a home where they feel accepted. Part of this acceptance is welcoming and accepting differences.” So we welcome you to our RED house.

Derek Fox
Derek Fox

A big opportunity came along for Derek Fox (Campbell, ’11) this summer.

Working with Dr. Jeffrey Ward at Northern Kentucky University’s Applied Science and Technology Center in Fort Thomas, KY, the opportunity arose for Fox to join a research project that is looking for ways to optimize energy usage through the Integral Analytics company’s Demand Response Pricer project. Fox is applying math and computer science techniques to contribute possible solutions to a part of a growing public discussion on energy consumption. An outline of the project that Fox is contributing to is available online at http://www.integralanalytics.com/drpricer.php.

Fox is the recipient of one of eleven Research Internship Grants that the Gatton Academy awarded this summer. These grants fund students between their junior and senior years to perform summer research projects.

Fox recently took the time to update us on how his summer experience is going by answering a few questions and sending in a photo:

1. Tell us a little about the project or program in which you are participating this summer that the Research Internship Grant is funding.

This summer I am conducting research with Dr. Jeff Ward, focusing on the optimization of algorithmic searches in a real-world scenario concerning Integral Analytics Demand Response Pricing systems. This research will assist utility companies in making faster, smarter decisions for the new-coming Demand Response Programs, such as Smart Grids.

2. What is the part of the summer experience you are enjoying most?

The most enjoyable part of my summer experience is having the opportunity to examine some of the most intricate algorithms, which most students don’t experience until they are approaching a graduate program. I wake up every day knowing that the research I am conducting will make an impact on the future of utility companies.

3. How is this different from the way you think most high school students spend their summers?

During the summer, most high school students spend their time working at a local fast food restaurant or hanging out with friends. They are living for the day, not looking ahead to the future. Research gives me the experience I will need to help obtain a respectable job and make my college application stand out.

4. Will you be using this research experience as a launching point for any particular applications, competitions, or scholarships?

I will be using my research experience to enter competitions such as the Siemens Competition as well as the Intel Science Talent Search. I also plan on submitting my research experience when applying for the Science, Mathematics and Research for Transformation (SMART) Scholarship.

5. How does this research experience or internship fit into your educational and professional goals?

I plan on Majoring, Mastering, and acquiring my Ph. D. in Computer Science. My dream job is to become a professor of computer science, where I can conduct research of my own. This experience allows me to look into the future examining the types of things I will be doing. This opportunity has allowed me to examine some of the most intricate algorithms, which most students wouldn’t have even encountered, let alone worked with, until they were nearing their graduate program. This opportunity has allowed me to be a step ahead of the competition in completing my goals.

6. What are you looking forward to the most about your second year at the Academy?

The most exciting thing about returning to the Academy is hard to say. I look forward to enhancing my algorithmic skill in Computer Science III, where most of the course will be over discrete logic. I have also planned with my roommate and suite-mates to have a Computer Science suite, as we are all fairly competent programmers. I definitely look forward to working on out-of-the-classroom projects in order to enhance our experience as a team.

Rohith Palli
Rohith Palli

Both a Gatton Academy alumnus and incoming student were honored as national finalists at the 2010 Future Business Leaders of America (FBLA) National Leadership Conference held July 14-17, 2010, in Nashville, Tenn.

Rohith Palli (Fayette, ’10) placed third in the Business Calculations category.

David Sekora (Simpson, ’12) placed fourth in the Business Math category.

Thomas Choate (Warren, ’10) and Stephen King (Carlisle, ’10) also represented the Academy at the National Conference.

In order to qualify for the conference, students competed in over 50 different business related events at the state level and the top winners were chosen to represent their states at the National Conference. With nearly 8,000 FBLA members from across the country in attendance, delegates faced off against some of nation’s most promising future leaders.

FBLA-PBL is the largest business career student organization in the world. The high school division has 215,000 members, while the postsecondary division reaches over 11,000 college students. Over 11,000 advisers round out the group. Exclusive membership and career recognition programs are designed for each division to provide additional personal and chapter development opportunities.

Stephanie Davis, a former Academy residential counselor and current WKU graduate student, serves as the chapter’s sponsor. Davis was pleased with the chapter’s commitment throughout the past year.

“Our students continue to show that hard work pays off,” Davis said. “Rohith’s placement at Nationals sets a new record for Academy FBLA achievement. We have had an excellent year and I’m continually proud of our Academy FBLA.”

Part of the Gatton Academy’s mission is to train students to think entrepreneurially while becoming the Commonwealth’s future leader. Davis believes those skills contribute their future roles in STEM fields. Palli explained that the two fields of study are extremely complimentary.

“The Academy emphasizes STEM fields, in which many students are among the best at what they do,” he said. “In order to promote real growth and change in a field, business acumen and entrepreneurship are necessary.”

Next year, Palli will study mathematics as well as the history and philosophy of science at the University of Pittsburgh. Palli plans to pursue a future career in medicine.

“I’m very excited for all the research and growth opportunities there,” Palli said.

The FBLA concept was developed in 1937 by Dr. Hamden L. Forkner of Columbia University. The first high school chapter was chartered in Johnson City, Tennessee on February 3, 1942. In 1958, the first PBL collegiate chapter was chartered in Iowa. The Professional Division, originally the Alumni Division, began in 1979. Joining FBLA-PBL in 1994 was the FBLA-Middle Level for students in grades 5-9.

For more information, contact Corey Alderdice at (270) 745-6565.

Ben Howard
Ben Howard

While most Gatton Academy students are spending time away from WKU’s campus this summer, Benjamin Howard (Rowan, ‘11) is still walking up the Hill each morning.

As a rising high school senior, Howard is performing mathematical and biological modeling research with Dr. Richard Schugart of WKU’s Department of Mathematics and Computer Science.

Howard was one of eleven students from the Gatton Academy’s Class of 2011 who received a Research Internship Grant from the Academy for this summer. The Research Internship Grants are available to Gatton Academy students in the summer between their junior and senior years to support students during summer research experiences.

Howard’s research builds upon a mathematical model that Dr. Schugart formulated. Ben is examining five differential equations that are a part of Schugart’s model and is analyzing the sub-model by conducting a steady-state analysis on it, estimating parameters within it, and using Mathematica to conduct simulations of the model.

Howard recently paused for a few minutes to answer questions about his summer research is going.

1. Tell us a little about the project or program in which you are participating this summer that the Research Internship Grant is funding.

I am helping Dr. Schugart with a wound healing project. We are using mathematical models (equations) in order to try and predict if a wound will heal completely, heal partially, or not heal at all. Some of the different variables that we are using in our models are bacteria, macrophages, neutrophils, and oxygen.

2. What is the part of the summer experience you are enjoying most?

The part that I am enjoying the most is actually getting to participate in a real life application of mathematics.

3. How is this different from the way you think most high school students spend their summers?

Most of my friends are spending their summer hanging out with each other, practicing whatever extra-curricular they like the most, working a job at a fast food restaurant, or doing GSP. While all of this is perfectly fine, none of it compares to being on your own for 8 or 9 weeks waking up every morning knowing that your task that day is performing mathematics. I don’t mean 50 algebra problems or 10 calc

problems. I mean research that could potentially benefit people’s lives.

4. Will you be using this research experience as a launching point for any particular applications, competitions, or scholarships?

I’m planning on presenting at a math and biology seminar in Tennessee in the fall, applying for the Siemens competition, and possibly presenting at WKU in the spring.

5. How does this research experience or internship fit into your educational and professional goals?

I am planning on going into the medical field in the future. Since this research is dealing with wound healing it could benefit me when I apply to medical school in a few years.

6. What are you looking forward to the most about your second year at the Academy?

I am looking forward to spending time with my friends. The bonds made at the Academy truly are incredible. I am also looking forward to taking more sciences and getting away from the math a little. While I do like math, science is my favorite subject. I can’t wait to see what the upper level sciences have to offer.

David McChesney
David McChesney

David McChesney (Boyle, ’11) is currently wrapping up an eight week summer research experience at the University of Kentucky’s Agriculture Science Center North. McChesney has been performing full-time research since the summer break began in mid-May with Dr. Seth DeBolt from UK’s Department of Horticulture.

DeBolt said that McChesney’s project seeks to explain how regulation of cellulose synthase occurs by phophorylation in the primary cell wall, opening the door to discovery of processes that may regulate the dynamics of assembly, turnover, activation or stoichiometry of this important yet difficult to study protein.

McChesney received a Gatton Academy Research Internship Grant, which is a grant available to Gatton Academy students in the summer between their junior and senior years to support students during research experiences.

David recently took a break from his research to answer some questions about how his summer experience has been going:

1. Tell us a little about the project or program in which you are participating this summer that the Research Internship Grant is funding.

I am assisting the DeBolt lab in sequencing an important part of the DNA of plants including Sorghum, and the Arabidopsis plant, a common weed that is being investigated as an alternative to corn as a biofuel. We are working on identifying the parts of the DNA that allow the most amount of cellulose to grow, therefore increasing the amount of biofuel that can be produced per plant.

2. What is the part of the summer experience you are enjoying most?

I think that it is really neat that I can be a part of the search for alternative fuels. There is great potential for the results that we get. I can’t help but think that there is the chance that we will have an answer to help the energy crisis.

3. How is this different from the way you think most high school students spend their summers?

I know that if I were not doing research I would be probably be bored wasting my time at home or spending time with friends. It’s helpful to have something to look forward to every day, and I enjoy staying busy.

4. Will you be using this research experience as a launching point for any particular applications, competitions, or scholarships?

I would like to enter my results into the Siemens Competition, and this is an excellent opportunity to be searching for a potential job in the future.

5. How does this research experience or internship fit into your educational and professional goals?

It is really neat to be able to apply everything that I have learned in class to a real world experience. It is nice to be able to understand exactly what everyone is talking about, and I am sure that I will get excellent recommendations for college, since I have been in a college/work environment.

6. What are you looking forward to the most about your second year at the Academy?

I’m excited about going on in science and math and being able to take a wider variety of courses. It will be nice to get out of the general education classes.

Courtney Howard
Courtney Howard

Courtney Howard (Hardin, ‘11) recently returned from the 2nd Annual Science Education Alliance Symposium at the Janelia Farm campus of the Howard Hughes Medical Institute (HHMI) in Ashburn, Virginia. There, she presented her research work and the research work of the inaugural class of WKU’s HHMI’s Science Education Alliance National Genomics Research Initiative course.

After a full-year experience in the nationally-sponsored research program that is overseen at WKU by Drs. Rodney King and Claire Rinehart from WKU’s Department of Biology, Howard was asked by her instructors to represent WKU, since it was her virus that was completely sequenced and annotated.

Last fall semester, Howard isolated a novel bacterial virus from a soil sample she collected from her home in Radcliff, KY, naming the virus “Backyardigan” after a television show she used to watch as a kid.

Dr. King described the research work Howard undertook during the fall semester after this initial collection. “She grew large numbers of the virus in the lab and examined its structure using an electron microscope. She then isolated the DNA from the virus and characterized it by cutting it with special enzymes called restriction endonucleases. The pattern of DNA fragments generated from this treatment was then examined and compared to other viruses isolated by her classmates and by other NGRI participants located throughout the country. Courtney’s viral DNA preparation passed rigorous quality control tests and it was chosen to have its DNA sequence determined,” he said.

During the spring semester, the WKU Genome Discovery class identified all the genes contained in the DNA sequence of the virus.

Howard is already looking forward to what may happen next. “I had a wonderful experience at the conference. It renewed my interest in research. As a matter of fact Dr. Rinehart and I are currently discussing ways to extend my phage research. Listening to the presentations opened our eyes to other possibilities and things we can do to learn more about my phage,” she said.

The slides from Howard’s talk, titled 007: A Lysin to Kill in my Backyardigan, are available at the following weblink: http://www.hhmi.org/seawiki/download/attachments/11993294/23_WEKU.pdf

For more information, contact Derick Strode at (270) 745-6565.

Torey Gilkison
Torey Gilkison

Victoria “Torey” Gilkison (Anderson County, ‘11) is spending the summer before her senior year near the water, but not in the same way most teens do.

As a rising high school senior, she is performing research with aquatic plants at the Kentucky Department of Fish and Wildlife Resources Center for Mollusk Conservation in Frankfort, KY under the direction of Dr. Monte McGregor, a biologist and researcher there.

Gilkison was one of eleven students from the Gatton Academy’s class of 2011 who received a Research Internship Grant from the Academy for this summer. The Research Internship Grants are available to Gatton Academy students in the summer between their junior and senior years to support students during summer research experiences.

Gilkison’s summer research builds upon the botanical research she did with Dr. Albert Meier of WKU’s Department of Biology during her first year at the Academy. Torey recently took some time away from her summer research with Dr. McGregor to answer some questions.

1. Tell us a little about the project or program in which you are participating this summer that the Research Internship Grant is funding.

I am designing and building three separate aquaponic systems as a basis for my research. An aquaponic system is a way to use plant filtration to help improve the water quality for other organisms, in my case mussels, to live in. On top of noting the effect of the plant growth or presence on the mussel I will also be testing an all organic fertilizer to a regular fertilizer to see if this affects the mussel growth in any way.

2. What is the part of the summer experience you are enjoying most?

The part that I am most excited about this summer is the fact that I get to take part in hands-on research that could help Dr. McGregor in his research later on. I am also enjoying learning about all the different aquatic organisms including mussels and plants. There may be a point this summer when I will be able to go out into the field and assist Dr. McGregor in gathering plant or mussel species for his research.

3. How is this different from the way you think most high school students spend their summers?

Most high school students either spend their time at home or out with their friends, they don’t get the opportunity to participate in research. Research is something that benefits a person for the rest of their life because it develops problem-solving skills. So the fact that I get to partake in research really prepares me for work that I am going to be doing in the future.

4. Will you be using this research experience as a launching point for any particular applications, competitions, or scholarships?

I am going to use my research work to enter into the Siemens Competition.

5. How does this research experience or internship fit into your educational and professional goals?

I hope to major in Botany. By doing this research it allows me to work with plants and to get a hands-on feel for whether this is really the area I want to be working in or not.

6. What are you looking forward to the most about your second year at the Academy?

I am looking forward to taking more specific classes that will get me closer to my major in Botany and choosing classes that will benefit me specifically for where I want to be in life.

Tina Stottman
Tina Stottman

This summer, rising Gatton Academy senior Tina Stottman (’11, Bullitt County) is spending ten weeks exploring a research interest.  Working full time at the University of Kentucky’s Spinal Cord and Brain Injury Research Center with Dr. Kathryn Saatman, Stottman is studying experimental models of traumatic brain injury using rodent models of brain trauma to investigate cellular mechanisms of damage to neurons in the brain and evaluating treatments aimed at lessening cell damage.

Stottman received a Gatton Academy Research Internship Grant, which is a grant available to Gatton Academy students in the summer between their junior and senior years to support students during research experiences.

Stottman learned about the opportunity at the Spinal Cord and Brain Injury Research Center from 2010 Gatton Academy graduate Emily Hall, who spent the summer of 2009 working in Dr. Saatman’s lab.  Emily too will return to Dr. Saatman’s lab this summer along with Justin Jatczak, also a recent graduate from the Gatton Academy’s class of 2010.  The three Gatton Academy students will work alongside University of Kentucky scientists and researchers for the summer, gaining valuable laboratory and research skills.

Tina recently took a break from her research to answer some questions about how her summer experience was going so far.

1. Tell us a little about the project or program in which you are participating this summer that the Research Internship Grant is funding.

This summer I’ve been working in the Spinal Cord and Brain Injury Research Lab. Our lab focuses on different aspects of brain cell death and axonal damage caused by traumatic injuries. We perform surgeries on mice in order to learn about what occurs in the brain after head trauma. So far, my tasks have included things such as cutting and mounting brain tissue, staining tissue to detect brain cell degeneration, and learning about the procedures performed on the mice.

2. What is the part of the summer experience you are enjoying most?

I’ve really enjoyed working in a lab setting. This past year, I only had one course that required a lab, so at first I wasn’t sure if I’d be able to keep up with everyone during research. Luckily, the people that I work with have been great at explaining different techniques and answering all of my questions. I’m doing something that I’ve never done before, so every day is a chance to learn something new! Now that I’ve been here for almost two weeks, I’ve actually come to love working on research in the lab, and the work day always seems to fly by.

3. How is this different from the way you think most high school students spend their summers?

Whenever I was at my home high school, summer was a time for me to just sit back and relax. For the most part, I can’t say that I did anything productive with my break. This summer, the situation is completely different. Every day, I get to spend time researching what I’m most passionate about. I’m walking away from this with an experience that will make me a competitive college applicant. Living on my own in Lexington has also helped me prepare myself for life after graduation, and as an added bonus, the people that I work with are amazing! How many high school students can say that they spent their summer getting paid to do what they love every single day?

4. Will you be using this research experience as a launching point for any particular applications, competitions, or scholarships?

Currently, I’m still looking for competitions and scholarships to enter with my research. I’ve had a few setbacks because I’m working with live vertebrae. I’m going to continue my search, and hopefully I’ll find some great competitions to enter this fall!

5. How does this research experience or internship fit into your educational and professional goals?

I haven’t chosen a specific career or major yet, so this research experience has given me a lot of insight into the physiology and neurosurgery field. Working in the lab will give me a head start for future research experiences during and after college. It will also look great on my college applications. Right now, I’m just trying to find a specific area to focus on, and this research experience is definitely leading me in the right direction.

6. What are you looking forward to the most about your second year at the Academy?

More than anything, I’m looking forward to meeting all of the new juniors. Last year, as I’m sure it is every year, we all formed a little family. I was sad to see the class of 2010 leave us, but I know that we’ll always share the bonds that we’ve made over the past year. I can’t wait to see what this new group of students will bring to the Academy. I met quite a few of them on interview day, and they all seem to be such amazing people with a wide variety of personalities and interests. I know that this new addition to our family will make it another great year to remember!