[timeout:300][out:json];
(
node(around:1000,37.41840,-122.20100)["amenity"="research_institute"][~"^(addr:housenumber|.*name.*)$"~".",i];
way(around:1000,37.41840,-122.20100)["amenity"="research_institute"][~"^(addr:housenumber|.*name.*)$"~".",i];
rel(around:1000,37.41840,-122.20100)["amenity"="research_institute"][~"^(addr:housenumber|.*name.*)$"~".",i];
node(around:1000,37.41840,-122.20100)[amenity=university][~"^(addr:housenumber|.*name.*)$"~".",i];
way(around:1000,37.41840,-122.20100)[amenity=university][~"^(addr:housenumber|.*name.*)$"~".",i];
rel(around:1000,37.41840,-122.20100)[amenity=university][~"^(addr:housenumber|.*name.*)$"~".",i];
node(around:1000,37.41840,-122.20100)[building=commercial][~"^(addr:housenumber|.*name.*)$"~".",i];
way(around:1000,37.41840,-122.20100)[building=commercial][~"^(addr:housenumber|.*name.*)$"~".",i];
rel(around:1000,37.41840,-122.20100)[building=commercial][~"^(addr:housenumber|.*name.*)$"~".",i];
node(around:1000,37.41840,-122.20100)[building=university][~"^(addr:housenumber|.*name.*)$"~".",i];
way(around:1000,37.41840,-122.20100)[building=university][~"^(addr:housenumber|.*name.*)$"~".",i];
rel(around:1000,37.41840,-122.20100)[building=university][~"^(addr:housenumber|.*name.*)$"~".",i];
node(around:1000,37.41840,-122.20100)[landuse=industrial][name];
way(around:1000,37.41840,-122.20100)[landuse=industrial][name];
rel(around:1000,37.41840,-122.20100)[landuse=industrial][name];
rel(around:1000,37.41840,-122.20100)[site=university][~"^(addr:housenumber|.*name.*)$"~".",i];
rel(around:1000,37.41840,-122.20100)[type=site][~"^(addr:housenumber|.*name.*)$"~".",i];
);
out center tags;
The Stanford Synchrotron Radiation Lightsource (formerly Stanford Synchrotron Radiation Laboratory), a division of SLAC National Accelerator Laboratory, is operated by Stanford University for the Department of Energy. SSRL is a National User Facility which provides synchrotron radiation, a name given to electromagnetic radiation in the x-ray, ultraviolet, visible and infrared realms produced by electrons circulating in a storage ring (Stanford Positron Electron Asymmetric Ring - SPEAR) at nearly the speed of light. The extremely bright light that is produced can be used to investigate various forms of matter ranging from objects of atomic and molecular size to man-made materials with unusual properties. The obtained information and knowledge is of great value to society, with impact in areas such as the environment, future technologies, health, biology, basic research, and education.[1]
El Stanford Synchrotron Radiation Lightsource[n. 1] ('Fuente de luz de radiación sincrotrón de Stanford'), también conocido por sus siglas en inglés SSRL, es una fuente de radiación sincrotrón de varias energías para investigaciones científicas de importancia para la producción de energía, protección del medio ambiente, nanotecnología, medicina y nuevos materiales.[2]
no matches found
| research institute (Q31855) | amenity=research_institute |