Font size
Background and font color
Images
Text scoring
Regular version of the site
Inr
Federal State Budgetary Institution of Science Institute for Nuclear Research of the Russian Academy of Sciences

+7-495-850-42-01
+7-495-850-42-01
Request a call
Email
inr@inr.ru
The address
Moscow, V-312, Prospekt 60-letiya Oktyabrya, 7a
Working hours
Mon. – Fri.: с 9:00 до 18:00
Request a call
Подать заявку
About
  • About the Institute
  • Directorate
  • Manadgement Department
  • Academic Council
History
  • History of the Institute
  • Outstanding scientists and founders of the institute
  • Anniversaries and memorable dates
Scientific activity
  • Research directions
  • Installations
  • Applied Research
    • Technologies
    • Patents
    • Projects
    • Cooperation
  • Dissertation Council
    • General information
    • Composition of the council
    • Defense of dissertations
    • Statistics
  • Council of Young Scientists
  • Conferences
  • Awards
Divisions
  • Department of High Energy Leptons and Neutrino Astrophysics
  • Accelerator complex department
  • Department of High Energy Physics
  • Department of Experimental Physics
  • Department of Theoretical Physics
  • Laboratory of High Energy Neutrino Astrophysics
  • Laboratory of Neutron Research
  • Laboratory of Medical Physics
  • Atomic Nucleus Laboratory
  • Laboratory of Photonuclear Reactions
  • Laboratory for Big Data Processing in Particle Physics and Astrophysics
  • Branch Baksan Neutrino Observatory
Staff
  • Staff
  • Leading scientists
  • Book of honor
Education
  • Scientific center
    • Departments and training programs
    • Students
    • Scientific supervisors
News
Mass media
Contacts
Site map
en
ru
en
Federal State Budgetary Institution of Science Institute for Nuclear Research of the Russian Academy of Sciences

+7-495-850-42-01
+7-495-850-42-01
Request a call
Email
inr@inr.ru
The address
Moscow, V-312, Prospekt 60-letiya Oktyabrya, 7a
Working hours
Mon. – Fri.: с 9:00 до 18:00
RU
Sign in
Inr
  • About
    • About the Institute
    • Directorate
    • Manadgement Department
    • Academic Council
  • History
    • History of the Institute
    • Outstanding scientists and founders of the institute
    • Anniversaries and memorable dates
  • Scientific activity
    • Research directions
    • Installations
    • Applied Research
      • Technologies
      • Patents
      • Projects
      • Cooperation
    • Dissertation Council
      • General information
      • Composition of the council
      • Defense of dissertations
      • Statistics
    • Council of Young Scientists
    • Conferences
    • Awards
  • Divisions
    • Department of High Energy Leptons and Neutrino Astrophysics
    • Accelerator complex department
    • Department of High Energy Physics
    • Department of Experimental Physics
    • Department of Theoretical Physics
    • Laboratory of High Energy Neutrino Astrophysics
    • Laboratory of Neutron Research
    • Laboratory of Medical Physics
    • Atomic Nucleus Laboratory
    • Laboratory of Photonuclear Reactions
    • Laboratory for Big Data Processing in Particle Physics and Astrophysics
    • Branch Baksan Neutrino Observatory
  • Staff
    • Staff
    • Leading scientists
    • Book of honor
  • Education
    • Scientific center
      • Departments and training programs
      • Students
      • Scientific supervisors
  • News
  • Mass media
  • Contacts
  • Site map
+7-495-850-42-01
+7-495-850-42-01
Request a call
Email
inr@inr.ru
The address
Moscow, V-312, Prospekt 60-letiya Oktyabrya, 7a
Working hours
Mon. – Fri.: с 9:00 до 18:00
RU
Подать заявку
Inr
RU
Telephones
+7-495-850-42-01
Request a call
Email
inr@inr.ru
The address
Moscow, V-312, Prospekt 60-letiya Oktyabrya, 7a
Working hours
Mon. – Fri.: с 9:00 до 18:00
Inr
Cabinet
  • About
    • About
    • About the Institute
    • Directorate
    • Manadgement Department
    • Academic Council
  • History
    • History
    • History of the Institute
    • Outstanding scientists and founders of the institute
    • Anniversaries and memorable dates
  • Scientific activity
    • Scientific activity
    • Research directions
    • Installations
    • Applied Research
      • Applied Research
      • Technologies
      • Patents
      • Projects
      • Cooperation
    • Dissertation Council
      • Dissertation Council
      • General information
      • Composition of the council
      • Defense of dissertations
      • Statistics
    • Council of Young Scientists
    • Conferences
    • Awards
  • Divisions
    • Divisions
    • Department of High Energy Leptons and Neutrino Astrophysics
    • Accelerator complex department
    • Department of High Energy Physics
    • Department of Experimental Physics
    • Department of Theoretical Physics
    • Laboratory of High Energy Neutrino Astrophysics
    • Laboratory of Neutron Research
    • Laboratory of Medical Physics
    • Atomic Nucleus Laboratory
    • Laboratory of Photonuclear Reactions
    • Laboratory for Big Data Processing in Particle Physics and Astrophysics
    • Branch Baksan Neutrino Observatory
  • Staff
    • Staff
    • Staff
    • Leading scientists
    • Book of honor
  • Education
    • Education
    • Scientific center
      • Scientific center
      • Departments and training programs
      • Students
      • Scientific supervisors
  • News
  • Mass media
  • Contacts
  • Site map
  • en
    • Language
    • en
    • ru
  • +7-495-850-42-01
    • Telephones
    • +7-495-850-42-01
  • Moscow, V-312, Prospekt 60-letiya Oktyabrya, 7a
  • inr@inr.ru
  • Mon. – Fri.: с 9:00 до 18:00

Search for hidden photons of cold dark matter using a multi-cathode counter

Home
—
Scientific activity
—
Projects
—
Неускорительные эксперименты
—Search for hidden photons of cold dark matter using a multi-cathode counter

Search for hidden photons of cold dark matter using a multi-cathode counter

The purpose of the experiment is to record a very specific process: the conversion of a hidden photon into an electron emitted from the surface of the metal. In this case, the target for hidden photons is the free electrons of the degenerate electron gas of the metal, and the effect is proportional to the area of the cathode. Currently, strong limitations have been obtained using detectors where the working volume is the detector volume, but the target in this case is the valence electrons of the target atoms. Obviously, these are completely different elementary processes. Currently, our detector is the only operational detector sensitive to the interaction of hidden photons with free electrons of the degenerate electron gas of a metal.

INR RAS

www.inr.ru

PHELEX

beril@inr.ru





Back to the list
  • Technologies
  • Patents
  • Projects
  • Cooperation
+7-495-850-42-01
+7-495-850-42-01
Request a call
Email
inr@inr.ru
The address
Moscow, V-312, Prospekt 60-letiya Oktyabrya, 7a
Working hours
Mon. – Fri.: с 9:00 до 18:00
Moscow, V-312, Prospekt 60-letiya Oktyabrya, 7a

© 2026 INR RAS
Privacy policy
Главная Кабинет Контакты Сотрудники Документы