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Akademgorodok: A Meeting Point

... which gathered laboratory and department heads and administration, while young researchers met at sectional councils. The latter focused, as a rule, on issues within thematic areas, such as accelerator physics, plasma physics, elementary particles, or synchrotron radiation. Budker always said that he needed to see the eyes of the young and understand the response of young researchers to his words. At these councils Andrei Mikhailovich often “preached sermons.” He walked around the table and spoke,...

Modified: 23.04.2018
Institute of Nuclear Physics , Budker , particle accelerators , the Round Table , synchrotron radiation
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Twenty Billion Positrons in One Shot!

... future. Nevertheless, commissioning the VEPP‑5 injection complex makes it possible to boost the performance of the existing accelerators and, hence, expands the research capabilities in a very important area, i. e., the research applications of synchrotron radiation, which is now the «microscope» of modern science. According to Cand. Sci. (Phys. – ​Math.) Anton Nikolenko, Senior Researcher at the BINP Synchrotron Radiation Laboratory, «Our synchrotron radiation is a powerful research ...

Modified: 23.04.2018
Institute of Nuclear Physics , Large Hadron Collider , CERN , SB RAS , Preinjector Complex , VEPP-5 , beam , synchrotron radiation
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SR at the INP: Formula of Success

... accelerators’ limiting energy has revolutionized the theory of elementary particles and intranuclear interactions, and one can hardly overestimate the importance of this invention for science and technology The Epoch of Acceleration At first, synchrotron radiation, which is emitted by charged particles moving with relativistic velocities in the magnetic field of accelerators, seemed an unfortunate by-product of the accelerating process because it meant large energy losses that had to be compensated....

Modified: 23.04.2018
synchrotron radiation , VEPP-3 , VEPP-4 , wiggler , undulator , SR , supernova , Crab Nebula
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Cosmos and Flame

The COSMOS synchrotron radiation station was built in 2007 in cooperation with the State Optical Institute (St. Petersburg). The first work at the station was the calibration of Space Solar Patrol, i. e., a set of space-based spectrometers designed at this institute....

Modified: 23.04.2018
cosmos , flame , synchrotron radiation , satellite , beam
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Akademgorodok: A Meeting Point

... which gathered laboratory and department heads and administration, while young researchers met at sectional councils. The latter focused, as a rule, on issues within thematic areas, such as accelerator physics, plasma physics, elementary particles, or synchrotron radiation. Budker always said that he needed to see the eyes of the young and understand the response of young researchers to his words. At these councils Andrei Mikhailovich often “preached sermons.” He walked around the table and spoke,...

Modified: 27.10.2017
Institute of Nuclear Physics , Budker , particle accelerators , the Round Table , synchrotron radiation
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Akademgorodok of the 1960s: “Fathers” and “Sons”

... by changing of the gap was implemented for the first time in the world. Several years later, there emerged hybrid undulators on permanent magnets. Now, both the variable gap and the hybrid construction of undulators are universally accepted and used in all synchrotron radiation sources. The original long undulator of the the optical klystron on the VEPP‑3 storage ring, which was made in 1988, was so good that it was used more than 20 years at Russian and US facilities. It allowed us to obtain radiation ...

Modified: 27.10.2017
free electron lasers , charged particle accelerators , synchrotron radiation
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Twenty Billion Positrons in One Shot!

... the future. Nevertheless, commissioning the VEPP-5 injection complex makes it possible to boost the performance of the existing accelerators and, hence, expands the research capabilities in a very important area, i.e., the research applications of  synchrotron radiation , which is now the "microscope" of modern science. According to Cand. Sci. (Phys.-Math.)  Anton Nikolenko , Senior Researcher at the BINP Synchrotron Radiation Laboratory, "Our synchrotron radiation is a powerful ...

Modified: 14.01.2016
BINP , Large Hadron Collider , injection complex , VEPP-5 , beam , synchrotron radiation
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Clubs or Coffin Handles?

The high penetration ability of X-ray radiation gives researchers a unique opportunity to study objects without destroying them; therefore, these studies are often the only means to examine the internal structure of substances in medicine, geology, archaeology, and other fields. X-ray microscopy has made it possible to obtain data on the structure of an object with micron and submicron resolutions in a few fractions of a second. Researchers of the Budker Institute of Nuclear Physics SB RAS (Novosibirsk)...

Modified: 17.12.2015
synchrotron radiation , Noin-Ula mounds , X-ray microscopy , X-ray crystallography , archaeology , tumulus
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Secret of Copper Hair

... a number of metals: copper, iron, and manganese. Unlike the finds from the frozen Pazyryk graves, all things from the Xiongnu burial sites stayed, for a long time, in liquid lacustrine clay used for the mound construction. Multifaceted studies using synchrotron radiation techniques have shown that in this case, under humid conditions, chemical elements transferred from metallic things to the neighboring organic materials (Trunova et al. , 2014; 2015). пусто Да

Modified: 17.12.2015
Pazyryk , X-ray fluorescence analysis , synchrotron radiation
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Diamond Light Source: The Jewel in the Crown of UK Science and Innovation

In February 2015, the Budker Institute of Nuclear Physics, Siberian Branch, Russian Academy of Sciences (INP SB RAS, Novosibirsk) hosted the Russian-British roundtable “New Horizons of Accelerator Technology: The Present and Future of Bright Synchrotron Radiation Sources,” which was organized by the UK Science and Innovation Network (SIN)-Russia, based in the British Embassy in Moscow, with the participation of Profs. Richard Walker, Andrew Harrison, and Andrei Seryi, on the part of the ...

Modified: 17.12.2015
X-ray investigation facilities , synchrotron radiation , synchrotron radiation source , Oxford , Diamond Light Source
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Cosmos and Flame

The COSMOS synchrotron radiation station was built in 2007 in cooperation with the State Optical Institute (St. Petersburg). The first work at the station was the calibration of Space Solar Patrol, i. e., a set of space-based spectrometers designed at this institute....

Modified: 17.12.2015
cosmos , flame , synchrotron radiation , satellite , beam
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In Focus: The Epoch of Acceleration

... particles. The increase in the accelerators’ limiting energy has revolutionized the theory of elementary particles and intranuclear interactions, and one can hardly overestimate the importance of this invention for science and technology. At first, synchrotron radiation, which is emitted by charged particles moving with relativistic velocities in the magnetic field of accelerators, seemed an unfortunate by-product of the accelerating process because it meant large energy losses that had to be compensated....

Modified: 17.12.2015
synchrotron radiation , SR , supernova , Crab Nebula
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The Epoch of Acceleration

... creation of a desktop X-ray machine for hospitals or industry.  Following this principle, the JAI is determined to bring its basic research to industrial application in the near future. We hope that our research will help design compact sources of synchrotron radiation that are based on the principle of the synergy of lasers and new accelerators, and these sources will be able to revolutionize the world of accelerator physics and its applications, just as it happened with visible-light lasers, ...

Modified: 17.12.2015
accelerators , high energy physics , synchrotron light sources , synchrotron radiation , plasma acceleration , compact light sources , Compton light sources
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Synchrotron Radiation at the Institute of Nuclear Physics: Formula of Success

... excursion to the national leader in high-energy physics, we hope to see the implementation of long desired plans for the radical reconstruction of the accelerating complex. SR at the INP: formula of success On December 1, 1981, the Siberian Center for Synchrotron Radiation was organized in order to coordinate the efforts directed to developing SR studies, using SR sources efficiently, and improving the quality of research. The center was based on the acceleration equipment and laboratories of the ...

Modified: 17.12.2015
synchrotron radiation , VEPP-3 , VEPP-4 , wiggler , undulator
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The Brightest SR Generator

A synchrotron radiation (SR) generator providing so far the brightest beam of photons was developed at the Budker Institute of Nuclear Physics of the Siberian Branch of the Russian Academy of Sciences (BINP SB RAS, Novosibirsk) and installed at the ALBA ...

Modified: 22.08.2012
superconductivity , magnet , wiggler , undulator , synchrotron radiation
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On Fast Electrons

... of renewable resources. And now, we are giving the floor to the laureates Free electron lasers are high-power sources of coherent radiation that originates together with the motion of charged particles in a periodic magnetic field and is close to synchrotron radiation. The major application area of such facilities is investigations in the sphere of material science, chemistry, crystallography, solid-state physics, and molecular biology Devices that transform the energy of electrons moving almost ...

Modified: 24.12.2010
free electron lasers , charged particle accelerators , synchrotron radiation
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Master SR

... there is a great deal of truth in it: The light emitted by electrons (and even by a single electron) circulating in the accelerator storage ring was seen by many, and they can even describe its color… Here we are dealing with the so-called synchrotron radiation (SR) whose high-power sources are beams of charged particles moving in the magnetic field with relativistic velocities. Unique properties of SR are a wide spectral range, high power, high brightness of sources, and natural polarization....

Modified: 25.04.2007
synchrotron radiation , SR , diamonds , explosives
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Excursion over the "State" of the Institute of Nuclear Physics

... 1958 on the basis of the Laboratory of New Acceleration Methods of the Moscow Institute of Atomic Energy headed by I. V. Kurchatov. Today INP is a major world-class center of research in high-energy physics, plasma physics, controlled nuclear fusion, synchrotron radiation, and related areas of applied physics. Academician G. I. Budker, the founder of INP, headed the institute for twenty years. After his death up to the present day, Director of INP is Academician A. N. Skrinsky. In addition to research ...

Modified: 30.03.2006
physics , elementary particles , Institute of Nuclear Physics SB RAS , INP , electron , particle accelerators , synchrotron radiation
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Mortal Delight. SR Finds the Murderer

... SR center A local concentration of various research centers within SB RAS provides special conditions for basic research in versatile fields of knowledge. A unique (the only one in Russia) station of elemental X-ray fluorescence analysis on beams of synchrotron radiation (SR XRF) has been in operation for 25 years in the Siberian SR Center. A group of researchers from the Institute of Inorganic Chemistry has accumulated vast experience with various materials, including biological tissues. The SR ...

Modified: 30.03.2006
"frozen" graves , Gorny Altai , Pazyryk culture , Ukok Plateau , mummy , synchrotron radiation , X-ray fluorescence analysis , hair , diagnosis , cannabis , overdose , copper , microelements , poisoning , burial ground
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