Detecting the Dark Electric Matter Objects (daemons)

  title={Detecting the Dark Electric Matter Objects (daemons)},
  author={Edward M. Drobyshevski},
  journal={Astronomical \& Astrophysical Transactions},
  • E. Drobyshevski
  • Published 2002
  • Physics
  • Astronomical & Astrophysical Transactions
A month-long observation of two horizontal mutually light-isolated scintillating screens, 1 m 2 in area and located one above the other a certain distance apart, revealed about 15 correlated signals, whose time shift corresponds to an average velocity of only � 10–15 km s � 1 . We assign the origin of these signals to the negative daemons, i.e. electrically charged Planckian particles which supposedly form the DM in the Galactic disc, captured into the nearEarth orbits. As follows from an… 
Detection of several daemon populations in earth-crossing orbits
Experiments on scintillator-based detection of negative dark electric matter objects, daemons, representing Planckian supermassive (about 2 ‐ 10 m 5 v g) particles that were detected in March 2000 as
Further daemon detection experiments
The experiments on detection of daemons captured into geocentric orbits, which are based on the postulated fast decay of daemon-containing nuclei, have been continued. By properly varying the
Detection of the September maximum in the primary near-Earth daemon flux at high (~ 60°) Northern latitudes by our setup with a plane horizontal scintillator is plagued by purely geometric factors;
Study of the spring and autumn daemon-flux maxima at the Baksan Neutrino Observatory
Detection of daemons in low-background conditions in September 2005 and March 2006 has provided supportive evidence for the maxima in the flux of daemons with V ≈ 10–15 km s− 1, which hit the Earth
Two years of detecting dark matter objects: The solar system members
With a probability greater than 99% there are grounds to believe that our works on the detection of dark electric matter objects (daemons), which were launched in 1996, are crowned with success. The
The daemon kernel of the sun
Daemon-stimulated proton decay is capable of providing an appreciable part of the Sun luminosity L ⊙ as well as non-electron flavour component in the solar neutrino flux. This follows, firstly, from
Hypothesis of a daemon kernel of the Earth
The paper considers the fate of the electrically charged (Ze ≈ 10e) Planckian elementary black holes, namely, daemons, making up the dark matter of the Galactic disc, which, as follows from our
Daemons, the "Troitsk anomaly" in tritium beta spectrum, and the KATRIN experiment
The "Troitsk anomaly" is a strange bump at the end of the tritium beta spectrum observed in electron antineutrino mass measurements. It reveals a half-year variation. The nature of the anomaly can be
Observation of the March maximum in the daemon flux from near-Earth orbits in the year 2005: new efforts and new effects
The experiments in 2005 aimed at detection of low-velocity (about 10–15 km s− 1) daemons falling on to the Earth's surface from near-Earth, almost circular heliocentric orbits have corroborated once
The DAEMONs (DArk Electric Matter Objects) have been suggested as a possible exotic component in cosmic rays able to contribute to the Dark Matter; they belong to the wide class of the Elementary


In searches for daemons
A possibility is considered of detecting Planckian particles carrying an electric charge Z≈10 and supposedly forming the dark matter of the Galactic disk, whence they are captured by combined action
Time of explosive decay of a daemon-containing nucleus
We start from the hypothesis that the dark matter of the Galactic disc contains Planckian particles carrying a negative electric charge of up to Z=10, which we call dark electric matter objects
Local dark matter from a carefully selected sample
The first analysis of the amount of local dark matter in which the systematic effects can be modeled easily and evaluated accurately is presented. We have made use of the precise data obtained by
Self-consistent determinations of the total amount of matter near the sun.
The combined Poisson-Boltzmann equation for the gravitational potential is solved numerically for detailed Galaxy models whose mass components have been determined previously by a variety of
Entropy bounds and black hole remnants.
  • Bekenstein
  • Physics
    Physical review. D, Particles and fields
  • 1994
The universal bound on entropy is rederive with the help of black holes while allowing for Unruh-Wald buoyancy and it is demonstrated by explicit calculation that, for an arbitrarily large number of particle species, the bound is indeed satisfied by cavity thermal radiation in the thermodynamic regime, provided vacuum energies are included.