Mus2 dallas7/28/2023 ![]() ![]() May be repeated for credit (10 semester credit hours maximum). ![]() MUSI 2124 Musical Ensemble I (1 semester credit hour) May include vocal, orchestra, strings, winds, chamber music, etc. ![]() MUSI 2120 Wind Ensemble I (1 semester credit hour) Introductory studies in wind music of all style periods. May be repeated for credit (9 semester credit hours maximum). This performing group, in conjunction with Student Life and Student Activities, will provide music for a variety of events on campus throughout the year. MUSI 2113 Pep Band (1 semester credit hour) The UT Dallas Pep Band (or Spirit Band) includes winds, brass and percussion. MUSI 2112 Guitar Ensemble I (1 semester credit hour) A beginning-level performing ensemble. Focuses on developing practical musical skills through oral, aural, and written experiences with rhythms, melodies, intervals, scales, chords, and music notation. MUSI 1313 Fundamentals of Music (3 semester credit hours) Introduction to the elements and organization of music, including analysis and discussion of representative works. Methods of analytical and aesthetic appreciation will be applied to musical examples, with corollaries in literature, history, theater, and the visual arts. As the four-year program progresses, officials anticipate it’ll be divided into two equal phases: one focused on experimentation, modeling and scaling studies in support of the production of 10 GeV muons and a second focused on scalable accelerator design generation for at least 100 GeV, the release states.MUSI 1306 ( MUSI 1306) Understanding Music (3 semester credit hours) An introduction to the elements and basic forms of music, with particular emphasis on the composer's creative process and the listener's participation. The SAM.gov notice indicated that a BAA could be released as soon as this month. Registration will close July 29 or when all the available slots are filled. 5, would follow the release of an anticipated broad agency announcement, according to the SAM.gov notice. “Our goal is to develop a new, terrestrial muon source that doesn’t require large accelerators and allows us to create directional beams of muons at relevant energies, from 10s to 100s of GeVs - to either image or characterize materials,” Wrobel added. Given those requirements, large physics research facilities are the primary source of terrestrially developed muons, per the release. Only two main avenues for producing or harnessing muons currently exist, according to DARPA, and adding to those options is challenging because of the need for a high-energy, giga-electronvolt (GeV) particle source. “MuS2 will lay the groundwork needed to examine the feasibility of developing compact and transportable muon sources,” Mark Wrobel, MuS2 program manager in DARPA’s Defense Sciences Office, said in the release. Officials hope to see between 1 million and 100 million muons created through the undertaking, a notice posted to SAM.gov late last week shows. The program aims to develop a new source of muons - subatomic particles similar to electrons that “can travel easily through dozens to hundreds of meters of water, solid rock, or soil” at high energy, according to DARPA’s release. The examples were included in a recent agency press release announcing a forthcoming proposers day, intended to get officials from academia, government and industry familiar with the Muons for Science and Security effort, called MuS2. The Defense Advanced Research Projects Agency is looking to kick-start a program to generate enhanced imaging capabilities that could scan entire buildings from the outside or map underground tunnels beneath Earth’s surface.
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