Open house night Phi sig roomHosted by: Panhellenic CouncilAdditional Information can be found at: https://mlc.uccs.edu/event/11065290

Open house room for Phi SigHosted by: Panhellenic CouncilAdditional Information can be found at: https://mlc.uccs.edu/event/11065292

open house day of formal recruitment pi phi roomHosted by: Panhellenic CouncilAdditional Information can be found at: https://mlc.uccs.edu/event/11161052

Open house room for pi phi for fall recruitmentHosted by: Panhellenic CouncilAdditional Information can be found at: https://mlc.uccs.edu/event/11161663

A place where students bring other students to grow in our understanding of who God is, who He says we are, and how that impacts our lives. Each week you will hear how God is at work in the lives of other students, music led by our band, and Biblical teaching from one of our Cru staff members. We like to laugh, have a good time, and think deeply about God, our lives, and the world around us. We love seeing new faces, so the door is always open and you’re invited! We also serve a free dinner beforehand at 7pm.* *Subject to change.Hosted by: CruAdditional Information can be found at: https://mlc.uccs.edu/event/11280525

Emmy Noether has had a profound impact on physics, beginning with her work on the failure of conservation of energy in Einstein’s General Theory of Relativity. She was invited to work on this problem by David Hilbert and Hermann Weyl, and she published her results in 1918. It was not until the 1950s that her work on local symmetry groups again caught attention, with the rise of gauge theories in QED and QCD. Almost nowhere are her two theories discussed in this context, with a passing reference to global symmetries and conservation laws (which failed in GR), and then moving along to local gauge symmetries without reference to her second theorem. This talk will address her two theorems directly and show how the second theorem is deeply embedded in the Standard Model’s local symmetries.Hosted by: Department of Physics & Energy Science, UCCS Physics ClubAdditional Information can be found at: https://mlc.uccs.edu/event/11349116