Gravity lab professional#

In 1991, AntiGravity emerged to become America's premier aerial acrobatic entertainment and suspension fitness company. In an effort to fill the gap, Christopher created AntiGravity as a hybrid of: artistic sports, performing arts, circus acrobatics, aerials, contemporary dance and hip hop, to embody a philosophy that nurtures creativity and emphasizes the joy of movement. While performing, Christopher discovered that acrobatics, which inspired his artistry as a child, had disappeared from contemporary entertainment and the cultural landscape in America.

Gravity lab professional#

He then moved to New York City and began his professional career on Broadway, Television and Film where he originated pop culture iconic characters such as MTV's Moon Man and the Original Teenage Mutant Ninja Turtle Donatello.

While at the University of Utah Christopher was discovered by Academy Award nominee Herb Ross who cast him in the Kevin Bacon/Sara Jessica Parker dance blockbuster, Footloose. As a pioneer in the field of aerial and acrobatic arts in America, Christopher's innovations have inspired the current aerial, parkour and acrobatic cultural explosion in America and across the globe. We are also grateful for financial support provided by the Cal Poly Humboldt College of Natural Resources and Sciences, Sponsored Programs Foundation, and Research Corporation grant CC6839.Īny opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.Entertainment and fitness visionary Christopher Harrison is a producer/director/Tony Award winning aerial choreographer and fitness expert a former world-class gymnastics specialist and Broadway dancer. The material on this site is based upon work supported by the National Science Foundation grants PHY-1065697, PHY-1306783, PHY-1606988, PHY-1708024, and PHY-1908502. The lab has published peer-reviewed work in undergraduate research journals and we have several publications currently in the pipeline! Support Students and faculty who work in the gravity lab have given more than 35 presentations at regional and national meetings, including those of the American Physical Society, National Conference on Undergraduate Research, and the Pacific Coast Gravity Meeting, to name a few. 'A modified Michelson interferometer to measure sub-milliradian changes in angle,' C.K. Recently published peer-reviewed article with undergraduate authors: Students Put Einstein Theory to Toughest Test Yet.Hands-On Research Attracts Students to Gravity Lab.Gravity Lab researcher Holly Leopardi named Outstanding Student of the Year.Gravity Lab Students Honored for a Top Presentation at IdeaFest.Chasing Particles at the World’s Largest Lab.These dimensions will necessarily alter the Newtonian inverse-square law on distance scales similar to that of the size of these extra dimensions. String theory promises a possible resolution of this issue at the cost of introducing new spatial dimensions (Arkani-Hamed, et al.). Gravity and quantum mechanics are fundamentally inconsistent in the current frameworks of the Standard Model and General Relativity. Here at Humboldt, we are creating a laboratory to investigate the subtle properties of this familiar force of nature. Rosario De Rosa of the University of Naples Federico II (Italy).Īfter over 300 years of experimentation, the true nature and implications of gravity are not fully understood. Luciano Di Fiore of the INFN (Italian Institute of Nuclear Physics) and Dr. Development of the LAG experiment to test gravity at short distances in collaboration with Dr.Development of a new experiment to measure the gravitational constant with Professor Ricardo Decca at Indiana University-Purdue University of Indianapolis (IUPUI).This group’s leaders won the 2021 Breakthrough Prize in Fundamental Physics. Torsion Pendulum tests of gravity with the Eöt-Wash group at the University of Washington.Measurement of the Newtonian Gravitational Constant, G.Investigation of the mechanism behind Dark Energy.Short-range tests of Newton's 1/r² law and the Weak Equivalence Principle.