Dylan Young - Profile and Journalist Details
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Dylan Young
Verified
Freelance Contributor, Freelance
Morristown, Johnson City
Beats
College FootballWashington Husky Football Recruiting
Useless controversies
Content
Continuous recoil-driven lasing and cavity frequency pinning with laser-cooled atoms - Nature Physics
By Vera Schafer, Zhijing Niu, Dylan Young, Eric Song, Helmut Ritsch| Nature Verified AbstractLaser-cooled gases of atoms interacting with the field of an optical cavity are a versatile tool for quantum sensing and the simulation of quantum systems. These systems can exhibit phenomena such as self-organization phase transitions, lasing mechanisms, squeezed states and protection of quantum coherence. However, investigations of these phenomena typically occur in a discontinuous manner due to the need to reload atomic ensembles.
By Dylan Young| Walla Walla Union-Bulletin Verified I am an 8th grader at Garrison Middle school. Despite the fact that our cooks are lovely and hard working. Most students can agree that our current school lunch is subpar and even grotesque at times. We think that the new school lunches this change could impact the students satisfaction as well as overall excitement for learning and school in general.
Continuous recoil-driven lasing and cavity frequency pinning with laser-cooled atoms - Nature Physics
By Vera Schafer, Zhijing Niu, Dylan Young, Eric Song, Helmut Ritsch| Nature Verified AbstractLaser-cooled gases of atoms interacting with the field of an optical cavity are a versatile tool for quantum sensing and the simulation of quantum systems. These systems can exhibit phenomena such as self-organization phase transitions, lasing mechanisms, squeezed states and protection of quantum coherence. However, investigations of these phenomena typically occur in a discontinuous manner due to the need to reload atomic ensembles.
Company Info
Freelance
Freelancer.com is the largest freelancing and crowdsourcing marketplace in the world, connecting over 81 million employers and freelancers across more than 247 countries. Founded in 2009 and based in Sydney, Australia, the platform allows employers to post jobs while freelancers can bid on these projects. It is publicly traded on the Australian Securities Exchange under the ticker ASX:FLN. The platform supports a variety of work categories, including software development, writing, design, and marketing. Freelancer.com also offers contests for creative work, where employers can award prize money to winning entries. Users can choose from different membership plans, including free and paid subscriptions, which provide various benefits. The mobile app enhances project management and communication for users on the go. With a diverse customer base that includes individuals, small businesses, and large enterprises, Freelancer.com plays a significant role in the global online economy.
De Pere, Wisconsin, United States