#WHAT IS CCCP PROJECT PLUS#
As of now, for our CCCP Scholars 2022-2023 cohort, we are tentatively offering SITE Plus and Power 2 the Transfer Webinars. As we are planning for Spring and Summer, we may be able to offer more in-person programs. In that spirit, the CCCP staff continues to provide our services mainly online during Winter 2022 with a few in-person opportunities. Our commitment remains your academic preparation and your well-being as part of the larger arc of justice and equity.
#WHAT IS CCCP PROJECT HOW TO#
As we are all learning how to be our best selves during this pandemic, we realize how, now more than ever, our work needs to persist. We understand that COVID-19 has changed the ways in which we go about our daily lives. We hope this finds you and your loved ones well, safe and healthy. As a land grant institution, we pay our respects to Honuukvetam (Ancestors), ‘Ahiihirom (Elders) and ‘eyoohiinkem (our relatives/relations) past, present and emerging. Channel Islands) and are grateful to have the opportunity to work for the taraaxatom (indigenous peoples) in this place.
Babul, A.The Center for Community College Partnerships (CCCP) at UCLA acknowledge the Tongva peoples as the traditional land caretakers of Tovaangar (Los Angeles basin, So. For those who like to look at pretty pictures, we have created a gallery of CFH12k images and a gallery of MegaCam images. More details about the sample can be found here. Many, although not all, of the clusters have modern (Chandra or XMM-Newton) X-ray data. This sample was subsequently extended with observations using Megacam of clusters with ASCA temperatures larger than 5keV. The sample: The project started with the analysis of massive clusters observed with the CFH12k camera. Furthermore, other research angles necessarily involved additional researchers across the globe. Jonathan Sievers CITA, University of TorontoĪs time progressed, people moved from Canada.
Henk Hoekstra (PI) Leiden Observatory/University of VictoriaĪndisheh Mahdavi San Francisco State University The team: The CCCP started out as a relatively modest project, involving the list of core-researchers listed below: In addition detailed comparison with simulations and X-ray observations will enable us to study the physical origins of these relations and their scatter, thus improving our knowledge of cluster formation, including their central galaxies. Comparison with existing X-ray and SZ data, as well as the optical properties allows us to calibrate the various mass-tracer relations, which is important for planned large cluster abundance studies. We have obtained deep imaging data from the Canada-France-Hawaii Telescope (CFHT) which we use to determine the cluster mass directly using weak gravitational lensing. The CCCP remedies this problem using a sample of 50 massive X-ray selected clusters of galaxies. Previous studies were hampered by inhomogeneous data sets and small samples. The Canadian Cluster Comparison Project (CCCP) is a study of a large sample of X-ray selected clusters with the aim of examining the relationship between baryonic tracers of cluster mass and to probe the cluster-to-cluster variation in the thermal properties of the hot intracluster medium (ICM).