RM
+
Arthur McDonald Canadian astrophysicist illustration
RF
+
Infographic illustration depicting the contents of the universe The largest components are dark energy (68) and dark matter (27) which have yet to
RF
+
Composition of the universe pie chart illustration
RF
+
Neutrino detector interior illustration
RM
+
Server room IceCube observatory
RM
+
Digital optical module South Pole
RM
+
Digital optical module being lowered South Pole
RM
+
Supernova neutrino detector
RM
+
Dark matter detector
ED
+
Art McDonald (born 1943) speaking about the science of the Sudbury Neutrino Observatory (SNO) at CERNs (European Organization for Nuclear Research) m
RM
+
Lead for neutrino detector shield
RM
+
Photomultiplier tube
RM
+
Neutrino detector
RM
+
LSD antineutrino telescope
RM
+
IceCube Neutrino Observatory illustration
RM
+
Neutron star structure Artwork of the neutron star at the centre of the Cassiopeia A supernova remnant A neutron star forms when the core of a dying
RM
+
IceCube neutrino observatory Two terminals marking the location of digital optical modules at the IceCube observatory IceCube is an international hi
RM
+
IceCube neutrino observatory Equipment at the IceCube observatory IceCube is an international high-energy neutrino observatory installed in the ice
RM
+
IceCube neutrino observatory Rows of digital optical modules waiting to be put in place at the IceCube observatory IceCube is an international high-
RM
+
IceCube neutrino detector Computer artwork of the neutrino detector array at the IceCube observatory IceCube is an international high-energy neutrin
RM
+
Neutrino detection research
RM
+
Super-Kamiokande proton detector computer artwork Super-Kamiokande (Super-K) is a Japanese neutrino observatory that was designed to research proton
RM
+
Mountains in Abruzzo National Park central Italy This area known as Campo Imperatore or Emperors Fields lies above the Gran Sasso Laboratories w
RM
+
Earth and neutrino detection event illustration The interaction of a neutrino with the oxygen atom (red) in a water ice molecule (right) has produce
RM
+
Earth and neutrino detection event illustration The interaction of a neutrino with the oxygen atom (red) in a water ice molecule (right) has produce
RM
+
Earth and neutrino detection event illustration The interaction of a neutrino with the oxygen atom (red) in a water ice molecule (right) has produce
RM
+
Earth and neutrino detection event illustration The interaction of a neutrino with the oxygen atom (red) in a water ice molecule (right) has produce
RM
+
IceCube Neutrino Observatory illustration IceCube (completed 2010) is an international high-energy neutrino observatory in the ice below the Amundse
RM
+
IceCube Neutrino Observatory illustration IceCube (completed 2010) is an international high-energy neutrino observatory in the ice below the Amundse
RM
+
IceCube Neutrino Observatory illustration IceCube (completed 2010) is an international high-energy neutrino observatory in the ice below the Amundse
RM
+
Neutrino detector illustration Neutrinos are elementary particles that are very difficult to detect and study Neutrino detection observatories are
RM
+
Perseus galaxy cluster satellite image
RM
+
Blazar gamma ray activity Fermi Gamma-ray Space Telescope (FGST) image This image shows the sky in gamma rays with energies greater than 1 billion e
RM
+
Gamma ray and neutrino event detection illustration Supermassive black hole (top right) emitting gamma rays and neutrinos that were detected in Sept
RM
+
IceCube neutrino detection event follow-up illustration IceCube (completed 2010) is an international high-energy neutrino observatory in the ice bel
RM
+
IceCube neutrino detection event illustration The interaction of a neutrino with an ice molecule (red) has produced a secondary particle a muon (ri
RM
+
IceCube Neutrino Observatory illustration IceCube (completed 2010) is an international high-energy neutrino observatory in the ice below the Amundse
RM
+
IceCube Neutrino Observatory illustration IceCube (completed 2010) is an international high-energy neutrino observatory in the ice below the Amundse
RM
+
Fermi Gamma-ray Space Telescope in orbit computer artwork This space observatory was formerly known as the Gamma-ray Large Area Space Telescope or
39
0
https://www.afloimages.com/search/neutrino%20observatory.html