This article is a review summarizing the significant roles of Notch signaling in individual cardiac cell types. It covers the bioengineering systems of microfluidics, hydrogel, spheroid, and 3D bioprinting and provides insights into ancillary supports of bioengineering systems, varied types of cardiovascular cells, and advanced characterization approaches in further refining Notch signaling in cardiovascular development, disease, and regeneration.

Flyer for UNT's Constitution Day event for 2021 which highlights the calls for election reform being renewed around the country. The event was a moderated panel presentation with speakers Jan (Janice) Johnson, Co-President of the League of Women Voters of Denton; Linnie McAdams, Co-President of the League of Women Voters of Denton; and Dr. Matthew Wilson, Associate Professor of Political Science, Southern Methodist University; and moderated by Dr. Rafe Major, University of North Texas.

Video recording of UNT's Constitution Day event for 2021 which highlights the calls for election reform being renewed around the country. The event was a moderated panel presentation with speakers Jan (Janice) Johnson, Co-President of the League of Women Voters of Denton; Linnie McAdams, Co-President of the League of Women Voters of Denton; and Dr. Matthew Wilson, Associate Professor of Political Science, Southern Methodist University; and moderated by Dr. Rafe Major, University of North Texas.

Article demonstrating a thermally tunable acoustic beam splitter using a poly(vinyl alcohol) poly(N-isopropylacrylamide) hydrogel (PVA-pNIPAM). The nature of PVA-pNIPAM hydrogel offers exceptional temperature-dependent physical properties due to its phase transition around its lower critical solution temperature. The acoustic impedance of the hydrogel can be tuned below, above, or matched to that of water by changing the environmental temperature. An acoustic wave propagating in water can be split into transmitted and reflected components by the PVA-pNIPAM hydrogel slab on varying its angle of incidence. The intensity ratio between the reflected and the transmitted componence can be adjusted by tuning the temperature of the medium. The acoustic beam can be entirely reflected at a temperature corresponding to the matched impedance between hydrogel and water. The beam-splitting behavior was observed for acoustic waves from both a monochromatic wave and broadband pulse source. In addition, the phase of beam split pulses can be reversed by selecting the hydrogel’s operating temperature.

Article studying 2D twisted moiré photonic crystals without physical rotation and simulating their photonic band gaps in photonic crystals formed at different twisted angles, different gradient levels, and different dielectric filling factors.

Data management plan for the grant awarded to the University of North Texas Talent Search Program. UNT TRIO Talent Search is a federal grant program that assists students in enrolling in and graduating from post-secondary educational institutions. TRIO Talent Search accepts students in 6th-12th grades and provides information on careers and school success skills, SAT/ACT/TSI test prep and registration, assistance with college admissions, financial aid, and scholarship applications. Students also visit local colleges and universities. This grant includes additional funds for job shadowing and mentoring, and for summer STEM programs. The program is funded to serve 899 students at Denton High School, Gainesville High School, Gainesville Junior High School, Ryan High School, and Strickland Middle School.

Data management plan for the grant "University of North Texas HEB Talent Search." This grant serves low income students in the Hurst-Euless-Bedford School district by providing educational assistance such as tutoring, academic skill workshops, individualized mentoring, college tours, and assistance with FAFSA to help attain their educational goals.