and 
CU Wizards Professors Susan Marie Hendrickson and Steven Brown present “The Chemistry of Magic!” Chemistry is a treat that explains favorite magical tricks! Join CU Wizards for colorful, lively demonstrations that will be as educational as they are FUN! This show is especially great for kids and parents of all ages.
Abstract: Many of the new molecules discovered in astrophysical objects are totally outlandish by traditional perspectives: long linear unsaturated carbon chains, metals in surprising charge states, and strained ring structures have all challenged chemists to think beyond terrestrial conventions in explaining how these molecules form and react, and where they fit into the overall cycle of planetary and stellar evolution.
Abstract: Low-density parity-check (LDPC) codes play an important role in everyday electronic devices, and in quantum error correction where “good” quan
This event will feature engaging presentations from our JILA members, offering insights into their passions and hobbies. It’s a fantastic opportunity to learn from one another and foster collaboration within the JILA community.
We have a fantastic speaker line-up for you this year, so please see below for a preview of what subjects we'll be covering:
Abstract: Words of Richard Feynman “What I cannot create, I do not understand” inspire r
Abstract: Superfluid helium-4 at millikelvin temperatures is an ideal ac
Abstract: Duality connects seemingly different theories and their phases, and when a theory remains unchanged under duality, it is self-dual.
Abstract: Space weather involves studying both the radiation from events like flares as well as the particles accelerated in the form of stellar energetic particle (SEP) events and coronal mass ejections (CMEs).
Abstract: The guided transmission of optical waves is essential for modern applications in communication, information processing, and energy systems. Traditionally, light guiding in structures like optical fibers has been predominantly achieved through total internal reflection. In periodic structures, a range of other physical mechanisms can also facilitate optical wave transport.
Abstract: Empirical evidence for a gap between the computational powers of classical and quantum computers has been provided by experiments that sample the output distributions of two-dimensional quantum circuits. Many attempts to close this gap have utilized classical simulations based on tensor network techniques, and their limitations shed light on the improvements to quantum hardware required to frustrate classical simulability.
Abstract: The Emirates Mars Mission (EMM) began its science phase on May 23, 2021, and has been making major contributions to the exploration of Mars' atmosphere on a global scale. From its weather-satellite-like orbit with a period of 55 hours, the Hope Probe uses its infrared, visible, and ultraviolet remote sensing instruments to measure the characteristics of the atmosphere extending from the surface all the way to the edge of space.
Abstract: Biogenic emissions contribute significantly to the composition and chemistry of the troposphere, with vegetation being the main source of volatile alkenes. For example, isoprene is emitted by plants during photosynthesis and is one of the most abundant organic compounds released into the atmosphere: around 500 Tg of isoprene is emitted annually and forms the largest fraction of non-methane hydrocarbon emissions. The dominant mechanisms for the atmospheric removal of alkenes are reactions with the OH radical and ozone.
Abstract: The 1+1 dimensional gauge theories have served as useful models of quark confinement.