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Interdisciplinary Communication: Precision vs Understanding
Joseph Ekstrom
Areas of Interest: Terminology management, network and systems management, distributed computing, system modeling and architecture, system development, information assurance, penetration testing and IT curriculum and development
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Conserved Pathways Involved in Regulating Central Metabolism
Julianne Grose
Areas of Interest: Regulation of metabolism in response to the availability of nutrients and other factors affecting growth, the study of PAS kinase, control of NAD and NADP levels within the cell
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Teaching Leadership in Teaching and Mentoring
Denise M. Halverson, Alonzo Cook, and Mike Diede
Leadership topics and the reasons to implement leadership practices in teaching and mentoring.
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Gene Regulatory Networks in the Developing Heart
Jonathon T. Hill
Areas of Interest: understanding how genes are regulated during heart formation; bioinformatics and bench biology to study how gene expression is controlled during this process
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Influence of Aspect Ratio on Heat and Mass Transfer
Brian D. Iverson
Areas of Interest: Enhanced convective transport; Microfabrication of sensors and actuators; Absorptive surfaces for solar energy collection; Power systems for renewable energy
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Education Research in the Life Sciences
Jamie Jensen
Areas of Interest: The development and transferability of scientific reasoning skills; appropriate assessment techniques; effective strategies for constructivist teaching in the STEM classroom; strategies to enhance STEM retention
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Nuclear Power, Nuclear Safety, and Nuclear Reactor Design
Matthew Memmott
Areas of Interest: Enhancing the passive safety of both current and advanced nuclear reactor technology while improving the economics, fuel utilization, and grid adaptability of current plants
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Speed/Research Networking
Conrad Monson, Kristen Kellems, and JoAnn Ann Petrie
This is the fourth Speed Networking Event. One goal: faculty hear about research across the university. A second goal: foster collaborative/multidisciplinary/interdisciplinary research opportunities. A third goal: network.
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FLOW Lab: FLight, Optimization, and Wind Lab
Andrew Ning
Areas of Interest: Multidisciplinary Optimization; Wind Energy; Aircraft Design; Aerodynamics; Aeroelasticity; Uncertainty Quantification; Computational Methods
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3D Printed Microfluids
Gregory P. Nordin
Areas of Interest: 3D printed microfluidics, biological and chemical sensors, nanophotonics and integrated optics, micro- and nanofabrication, MEMS, and microfluidics
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Drug Delivery
William Pitt
We can deliver drugs to cell cytosol; we can deliver plasmids; overcoming multi-drug resistance of cells; and, MRI Imaging of metastatic cancer sites
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Affirmative Action and Human Capital Investment: Evidence from a Randomized Field Experiment
Joseph Price
Areas of Interest: Family structure; Field experiments in schools; Healthy eating; Habit formation; Parental time investments
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Everything You Thought You Knew...
Robert Richardson
The uses of specific statistical model assumptions and their correct or inappropriate results.
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Heterogeneous Catalysis, Conversion of Biofuels and CO2
Kara Stowers
Areas of Interest: Inorganic Heterogeneous Catalysis, Organic Chemistry with Carbon Dioxide, Physical Chemistry and Surface Science
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Molecular Pathways of Beta-cell Function and Proliferation
Jeffery S. Tessem
Areas of Interest: Delineating the molecular pathways that increase β-cell proliferation; enhance glucose stimulated insulin secretion; protection against β-cell death; effects of maternal environment, aging and nutrients on functional β-cell mass
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Computational Creativity: Machines as Colleagues
Dan A. Ventura
The philosophy, science and engineering of computational systems which, by taking on particular responsibilities, exhibit behaviors that unbiased observers would deem to be creative.
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Helper T-cell Role in Immunity to Infection
Scott Weber
Areas of Interest: Immunology; Host-pathogen interactions; Molecular Biology; Mechanisms of T Cell Activation and Memory Cell Formation; High Affinity T cell Receptors
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Probabilistic Programming: Beyond Graphical Models
David Wingate
Areas of Interest: Probabilistic programming, machine learning, signal processing, robotics, medical imaging, probabilistic inference, reinforcement learning
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Ultra-Low-Power Neural Amplifiers
Shiuh-hua Wood Chiang
Differences between conventional neural amplifiers and noise-cancelling neural amplifiers, and the application of implantable neural-recording devices
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Tissue Engineering and Regenerative Medicine
Alonzo Cook
Areas of Interest: Biomedical Engineering; Cardiovascular repair; Stem Cells; Neuroscience; Vision; Renal Function; Orthopedics
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Bayesian Nonparametric Density Estimation
David B. Dahl
Research Interests: Bayesian nonparametrics; Model-based clustering; Random partition models; protein structure prediction; bioinformatics; and, statistical computing.
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Measuring Molecular Size, Shape, & Mass with Fourier Transform Mass Spectrometry
David Dearden
Areas of Interest:
Fourier transform mass spectrometry; Ion mobility; Molecular
recognition; Supramolecular chemistry, especially of
cucurbit[n]urils; Molecular machines
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BYU Speed Networking
Mike Diede
Areas of Interest: Teaching Model: Lower leg; and, Concussion and Diagnostic Accuracy
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Research Interests of Kevin Franke
Kevin Franke
Research interests: Geotechnical Earthquake Engineering and Unmanned Aerial Vehicles
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Leadership in Mentoring
Denise M. Halverson
What is leadership and why implement leadership practices in mentoring.
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