Arguments are presented for the possible existence of antinuclei of charge Absolute Value of Z greater than 2 and particularly galactic cosmic antinuclei. Theoretical antinucleus-nucleus optical model cross sections are calculated and presented for the first time. A brief review of the nucleon-antinucleon interaction is also presented and its connection with the antinucleus-nucleus interaction is made. The predicted cross sections are smooth and show no structure. Finally, the findings are tied together with the formation of microlesions in living tissue
AbstractCross sections of antinucleus (p¯, d¯, t¯, He¯3, He¯4) interactions with nuclei in the energ...
Antinuclei can be produced in space either by collisions of high-energy cosmic rays with the interst...
We study the implications of nuclear data and models for cosmic-ray astrophysics, which involves the...
Antideuteron-nucleus absorptive cross sections for intermediate to high energies are calculated usin...
Two anomalous interactions of cosmic ray nuclei with photoemulsion nuclei are considered within the ...
Recent experimental observations and results are discussed. It was found that the approximately 50 a...
We evaluate the production of anti-deuteron and anti-3He in p-p collisions within a simple coalescen...
Nuclear interactions of high-energy alpha particles with target nuclei important for cosmic ray stud...
The existence of significant amounts of antimatter in the Universe is demonstrated through cosmic ra...
Over the last decade, space-born experiments have delivered new measurements of high energy cosmic-r...
Results of detailed Monte Carlo calculations of the interaction histories of ultrahigh energy cosmic...
Parameterizations of single nucleon removal from electromagnetic and strong interactions of cosmic r...
A minor population of antistars in galaxies has been predicted by some of non-standard models of bar...
Interest in studying relativistic nucleus-nucleus interations arises from the fact that they offer a...
The highlights of seven sessions of the Conference dealing with high energy interactions of cosmic r...
AbstractCross sections of antinucleus (p¯, d¯, t¯, He¯3, He¯4) interactions with nuclei in the energ...
Antinuclei can be produced in space either by collisions of high-energy cosmic rays with the interst...
We study the implications of nuclear data and models for cosmic-ray astrophysics, which involves the...
Antideuteron-nucleus absorptive cross sections for intermediate to high energies are calculated usin...
Two anomalous interactions of cosmic ray nuclei with photoemulsion nuclei are considered within the ...
Recent experimental observations and results are discussed. It was found that the approximately 50 a...
We evaluate the production of anti-deuteron and anti-3He in p-p collisions within a simple coalescen...
Nuclear interactions of high-energy alpha particles with target nuclei important for cosmic ray stud...
The existence of significant amounts of antimatter in the Universe is demonstrated through cosmic ra...
Over the last decade, space-born experiments have delivered new measurements of high energy cosmic-r...
Results of detailed Monte Carlo calculations of the interaction histories of ultrahigh energy cosmic...
Parameterizations of single nucleon removal from electromagnetic and strong interactions of cosmic r...
A minor population of antistars in galaxies has been predicted by some of non-standard models of bar...
Interest in studying relativistic nucleus-nucleus interations arises from the fact that they offer a...
The highlights of seven sessions of the Conference dealing with high energy interactions of cosmic r...
AbstractCross sections of antinucleus (p¯, d¯, t¯, He¯3, He¯4) interactions with nuclei in the energ...
Antinuclei can be produced in space either by collisions of high-energy cosmic rays with the interst...
We study the implications of nuclear data and models for cosmic-ray astrophysics, which involves the...