Alexis Morris

Alexis is primarily interested in probing the properties of ultracold Bose gases. Bosons are a class of particles, such as hydrogen and rubidium-87 atoms, that behave in very peculiar ways when they are cooled close to absolute zero (-273 degrees Celsius). For example, under the right conditions, bosons clump together and form what is essentially one giant atom---one that is visible to the naked eye! In very specific circumstances, it is hoped that these Bose gases can act as a quantum computer, however this remains to be experimentally demonstrated. With the help of computer simulations, Alexis is attempting to guide experimentalists towards this goal. Instructor Profile Alexis joined the department of Mathematics, Physics and Engineering in the Fall of 2009. Alexis is passionate about | Cryospheric studies and observations | Astro and Planetary Science

Alexis Morris is Associate Professor at Mount Royal University and is affiliated with Faculty of Science and Technology, Chemistry and Physics. Collected research and teaching information includes Alexis is primarily interested in probing the properties of ultracold Bose gases. Bosons are a class of particles, such as hydrogen and rubidium-87 atoms, that behave in very peculiar ways when they are cooled close to absolute zero (-273 degrees Celsius). For example, under the right conditions, bosons clump together and form what is essentially one giant atom---one that is visible to the naked eye! In very specific circumstances, it is hoped that these Bose gases can act as a quantum computer, however this remains to be experimentally demonstrated. With the help of computer simulations, Alexis is attempting to guide experimentalists towards this goal. Instructor Profile Alexis joined the department of Mathematics, Physics and Engineering in the Fall of 2009. Alexis is passionate about; Cryospheric studies and observations; Astro and Planetary Science. This summary considered all 3 collected sources.