Employees of the Institute of Nuclear Physics assemble equipment at the construction site of the Siberian Ring Source of Photons (SKIF) center for collective use near the Koltsovo science town in Novosibirsk region, Russia. SKIF will consist of 30 experimental stations, including 14 to use the emission from plug-in devices and 16 will be placed on beams of bending magnets. The stations will aim at deciphering biopolymers' structure, mechanisms of functioning of living organisms, the transmission of hereditary information, and the mechanism of action of drugs, as well as at creating new materials, studying rapid processes, etc. SKIF will be the world's first generation 4+ source of synchronized emission operating in the 3 GeV energy range.28.06.2024#8717968
Employees of the Institute of Nuclear Physics assemble equipment at the construction site of the Siberian Ring Source of Photons (SKIF) center for collective use near the Koltsovo science town in Novosibirsk region, Russia. SKIF will consist of 30 experimental stations, including 14 to use the emission from plug-in devices and 16 will be placed on beams of bending magnets. The stations will aim at deciphering biopolymers' structure, mechanisms of functioning of living organisms, the transmission of hereditary information, and the mechanism of action of drugs, as well as at creating new materials, studying rapid processes, etc. SKIF will be the world's first generation 4+ source of synchronized emission operating in the 3 GeV energy range.28.06.2024#8717964
Employees of the Institute of Nuclear Physics assemble equipment at the construction site of the Siberian Ring Source of Photons (SKIF) center for collective use near the Koltsovo science town in Novosibirsk region, Russia. SKIF will consist of 30 experimental stations, including 14 to use the emission from plug-in devices and 16 will be placed on beams of bending magnets. The stations will aim at deciphering biopolymers' structure, mechanisms of functioning of living organisms, the transmission of hereditary information, and the mechanism of action of drugs, as well as at creating new materials, studying rapid processes, etc. SKIF will be the world's first generation 4+ source of synchronized emission operating in the 3 GeV energy range.28.06.2024#8717962
An aerial view shows the construction site of facilities of the Siberian Ring Source of Photons (SKIF) center for collective use near the Koltsovo science town in Novosibirsk region, Russia. SKIF will consist of 30 experimental stations, including 14 to use the emission from plug-in devices and 16 will be placed on beams of bending magnets. The stations will aim at deciphering biopolymers' structure, mechanisms of functioning of living organisms, the transmission of hereditary information, and the mechanism of action of drugs, as well as at creating new materials, studying rapid processes, etc. SKIF will be the world's first generation 4+ source of synchronized emission operating in the 3 GeV energy range.28.06.2024#8717961
Employees of the Institute of Nuclear Physics assemble equipment at the construction site of the Siberian Ring Source of Photons (SKIF) center for collective use near the Koltsovo science town in Novosibirsk region, Russia. SKIF will consist of 30 experimental stations, including 14 to use the emission from plug-in devices and 16 will be placed on beams of bending magnets. The stations will aim at deciphering biopolymers' structure, mechanisms of functioning of living organisms, the transmission of hereditary information, and the mechanism of action of drugs, as well as at creating new materials, studying rapid processes, etc. SKIF will be the world's first generation 4+ source of synchronized emission operating in the 3 GeV energy range.28.06.2024#8717957
Russian Presidential Envoy to the Siberian Federal District Anatoly Seryshev and Budker Institute of Nuclear Physics Director Pavel Logachev visit the construction site of the Siberian Ring Source of Photons (SKIF) center for collective use near the Koltsovo science town in Novosibirsk region, Russia. SKIF will consist of 30 experimental stations, including 14 to use the emission from plug-in devices and 16 will be placed on beams of bending magnets. The stations will aim at deciphering biopolymers' structure, mechanisms of functioning of living organisms, the transmission of hereditary information, and the mechanism of action of drugs, as well as at creating new materials, studying rapid processes, etc. SKIF will be the world's first generation 4+ source of synchronized emission operating in the 3 GeV energy range.28.06.2024#8717956
Employees of the Institute of Nuclear Physics assemble equipment at the construction site of the Siberian Ring Source of Photons (SKIF) center for collective use near the Koltsovo science town in Novosibirsk region, Russia. SKIF will consist of 30 experimental stations, including 14 to use the emission from plug-in devices and 16 will be placed on beams of bending magnets. The stations will aim at deciphering biopolymers' structure, mechanisms of functioning of living organisms, the transmission of hereditary information, and the mechanism of action of drugs, as well as at creating new materials, studying rapid processes, etc. SKIF will be the world's first generation 4+ source of synchronized emission operating in the 3 GeV energy range.28.06.2024#8717955
An aerial view shows the construction site of facilities of the Siberian Ring Source of Photons (SKIF) center for collective use near the Koltsovo science town in Novosibirsk region, Russia. SKIF will consist of 30 experimental stations, including 14 to use the emission from plug-in devices and 16 will be placed on beams of bending magnets. The stations will aim at deciphering biopolymers' structure, mechanisms of functioning of living organisms, the transmission of hereditary information, and the mechanism of action of drugs, as well as at creating new materials, studying rapid processes, etc. SKIF will be the world's first generation 4+ source of synchronized emission operating in the 3 GeV energy range.28.06.2024#8717954
Employees of the Institute of Nuclear Physics assemble equipment at the construction site of the Siberian Ring Source of Photons (SKIF) center for collective use near the Koltsovo science town in Novosibirsk region, Russia. SKIF will consist of 30 experimental stations, including 14 to use the emission from plug-in devices and 16 will be placed on beams of bending magnets. The stations will aim at deciphering biopolymers' structure, mechanisms of functioning of living organisms, the transmission of hereditary information, and the mechanism of action of drugs, as well as at creating new materials, studying rapid processes, etc. SKIF will be the world's first generation 4+ source of synchronized emission operating in the 3 GeV energy range.28.06.2024#8717953
Russian Presidential Envoy to the Siberian Federal District Anatoly Seryshev visits the construction site of the Siberian Ring Source of Photons (SKIF) center for collective use near the Koltsovo science town in Novosibirsk region, Russia. SKIF will consist of 30 experimental stations, including 14 to use the emission from plug-in devices and 16 will be placed on beams of bending magnets. The stations will aim at deciphering biopolymers' structure, mechanisms of functioning of living organisms, the transmission of hereditary information, and the mechanism of action of drugs, as well as at creating new materials, studying rapid processes, etc. SKIF will be the world's first generation 4+ source of synchronized emission operating in the 3 GeV energy range.28.06.2024#8717952
Employees of the Institute of Nuclear Physics assemble equipment at the construction site of the Siberian Ring Source of Photons (SKIF) center for collective use near the Koltsovo science town in Novosibirsk region, Russia. SKIF will consist of 30 experimental stations, including 14 to use the emission from plug-in devices and 16 will be placed on beams of bending magnets. The stations will aim at deciphering biopolymers' structure, mechanisms of functioning of living organisms, the transmission of hereditary information, and the mechanism of action of drugs, as well as at creating new materials, studying rapid processes, etc. SKIF will be the world's first generation 4+ source of synchronized emission operating in the 3 GeV energy range.28.06.2024#8717950
An aerial view shows the construction site of facilities of the Siberian Ring Source of Photons (SKIF) center for collective use near the Koltsovo science town in Novosibirsk region, Russia. SKIF will consist of 30 experimental stations, including 14 to use the emission from plug-in devices and 16 will be placed on beams of bending magnets. The stations will aim at deciphering biopolymers' structure, mechanisms of functioning of living organisms, the transmission of hereditary information, and the mechanism of action of drugs, as well as at creating new materials, studying rapid processes, etc. SKIF will be the world's first generation 4+ source of synchronized emission operating in the 3 GeV energy range.28.06.2024#8717948
Employees of the Institute of Nuclear Physics assemble equipment at the construction site of the Siberian Ring Source of Photons (SKIF) center for collective use near the Koltsovo science town in Novosibirsk region, Russia. SKIF will consist of 30 experimental stations, including 14 to use the emission from plug-in devices and 16 will be placed on beams of bending magnets. The stations will aim at deciphering biopolymers' structure, mechanisms of functioning of living organisms, the transmission of hereditary information, and the mechanism of action of drugs, as well as at creating new materials, studying rapid processes, etc. SKIF will be the world's first generation 4+ source of synchronized emission operating in the 3 GeV energy range.28.06.2024#8717946
An aerial view shows the construction site of facilities of the Siberian Ring Source of Photons (SKIF) center for collective use near the Koltsovo science town in Novosibirsk region, Russia. SKIF will consist of 30 experimental stations, including 14 to use the emission from plug-in devices and 16 will be placed on beams of bending magnets. The stations will aim at deciphering biopolymers' structure, mechanisms of functioning of living organisms, the transmission of hereditary information, and the mechanism of action of drugs, as well as at creating new materials, studying rapid processes, etc. SKIF will be the world's first generation 4+ source of synchronized emission operating in the 3 GeV energy range.28.06.2024#8717945
Employees of the Institute of Nuclear Physics assemble equipment at the construction site of the Siberian Ring Source of Photons (SKIF) center for collective use near the Koltsovo science town in Novosibirsk region, Russia. SKIF will consist of 30 experimental stations, including 14 to use the emission from plug-in devices and 16 will be placed on beams of bending magnets. The stations will aim at deciphering biopolymers' structure, mechanisms of functioning of living organisms, the transmission of hereditary information, and the mechanism of action of drugs, as well as at creating new materials, studying rapid processes, etc. SKIF will be the world's first generation 4+ source of synchronized emission operating in the 3 GeV energy range.28.06.2024#8717944
Employees of the Institute of Nuclear Physics assemble equipment at the construction site of the Siberian Ring Source of Photons (SKIF) center for collective use near the Koltsovo science town in Novosibirsk region, Russia. SKIF will consist of 30 experimental stations, including 14 to use the emission from plug-in devices and 16 will be placed on beams of bending magnets. The stations will aim at deciphering biopolymers' structure, mechanisms of functioning of living organisms, the transmission of hereditary information, and the mechanism of action of drugs, as well as at creating new materials, studying rapid processes, etc. SKIF will be the world's first generation 4+ source of synchronized emission operating in the 3 GeV energy range.28.06.2024#8717943
Employees of the Institute of Nuclear Physics assemble equipment at the construction site of the Siberian Ring Source of Photons (SKIF) center for collective use near the Koltsovo science town in Novosibirsk region, Russia. SKIF will consist of 30 experimental stations, including 14 to use the emission from plug-in devices and 16 will be placed on beams of bending magnets. The stations will aim at deciphering biopolymers' structure, mechanisms of functioning of living organisms, the transmission of hereditary information, and the mechanism of action of drugs, as well as at creating new materials, studying rapid processes, etc. SKIF will be the world's first generation 4+ source of synchronized emission operating in the 3 GeV energy range.28.06.2024#8717940