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MANHATTAN -- When it comes to inspiration, one 1xbet best casino website graduate student will be receiving it from several of the greatest minds in the world.

Elizabeth 1xbet best casino website , a doctoral student in chemistry from Kansas City, Kan., has been chosen to participate in the 63rd Lindau Nobel Laureate Meeting in Lindau, Germany. The meeting, which runs June 30 to July 5, pairs promising future researchers with the world's foremost experts in 1xbet best casino website . She's Kansas State University's fourth Lindau Scholar.

Throughout the weeklong meeting, 1xbet best casino website will interact and network with 36 Nobel laureates and 624 undergraduate and graduate chemistry students. The students will attend various lectures and informal discussion by the Nobel laureates, who will discuss their work, the state of science and more, in an effort to inspire the young researchers.

"It's really humbling," 1xbet best casino website said. "I know it sounds trite, but hearing that the world's leading scholars who have made substantial contributions to the world are going to take time to inspire me and the other young participants makes me do a lot of soul-searching. It's difficult to believe that I really am going to be a part of this meeting and learn from Nobel laureates."

1xbet best casino website was invited to participate in the meeting following a multistage, international selection process against thousands of young researchers.

"Elizabeth is the most tenacious student I have ever met," said Paul E. Smith, Kansas State University professor of chemistry and 1xbet best casino website 's adviser. "She expects a great deal of her self and this drive results in her being able to absorb huge amounts of information covering a wide variety of topics. I believe it is her depth of knowledge, productivity and desire that made her such an attractive applicant."

1xbet best casino website works with Smith on computational and theoretical chemistry. They use high-performance computers to simulate real-world systems. These simulations allow them to explore the systems in extraordinary detail by providing spatiotemporal resolution that often exceeds what is available from experiments.

1xbet best casino website observes and calculates the trajectories of atoms and molecules in these digital experiments. She uses the results to explore how molecular-level interactions produce thermodynamic properties of specific systems and vice versa. Additionally, she and her group also have spent time working to refine the intermolecular interactions in their simulations so the results better align with experiments.

"For example, a computer doesn't know what a water molecule is or how it should interact with other molecules," 1xbet best casino website said. "The computer is only going to do what we tell it based on the information we give it. That can lead to some interesting but fictional results if the computer simulations don't account for reality. If the simulation does not reflect the real world, then nobody is benefiting from the results."

1xbet best casino website has published her research in the scientific journals Physical Chemistry Chemical Physics, Journal of Chemical Physics, Proteins, Advances in Chemical Physics and Fluid Phase Equilibrium, and has co-authored a book chapter. She is a 1xbet best casino website and other biomedical enginee and was a National Science Foundation GK-12 fellow from 2010-2011.

Following graduation and postdoctoral research, 1xbet best casino website would like to become a professor and conduct research with biological applications.

Since 1951, Nobel laureates in 1xbet best casino website , physics and physiology/medicine have annually convened in Lindau to meet with and inspire young researchers.

1xbet best casino website is the fourth Kansas State University student selected to participate in the Lindau Nobel Laureate Meetings. Previous participants are Mark Smith, physics, in 2006; Jayne Christen, biochemistry, in 2009; and Nora Johnson, physics, in 2012.