Currently available investigations of the isotope effect in Fe-based superconductors are all
based on macroscopic resistivity and susceptibility measurements and results are highly …

Investigation of isotope effects on superconducting transition temperature (T c) is one of the
useful methods to examine whether electron–phonon interaction is essential for pairing …

The subject matter of this paper describes the design of an active room temperature
superconductor, to be incorporated within the Hybrid Aerospace-Undersea Craft (HAUC) …

We have examined the isotope effect in superconductivity due to the repulsive interaction.
The equation for the temperature of transition to the superconducting state is derived in …

A theory of a pseudogap phase of high-temperature superconductors where current carriers
are translation invariant bipolarons is developed. A temperature T* of a transition from a …

Theoretical calculation of superconducting state parameters (SSPs) like electron-phonon
coupling strength (λ), Coulomb pseudopotential (𝜇*), transition temperature (TC), effective …

A limiting factor in the ability to interpret isotope effect measurements in cuprates is the
absence of sufficiently accurate data for the whole phase diagram; there is precise data for …

It is shown that the translation-invariant bipolaron theory of superconductivity can explain the
dependence of the isotope coefficient in high-temperature superconductors on the critical …

This paper examines the phenomenon of superconductivity, a phenomenon in which certain
materials can conduct electricity with no resistance. It provides an overview of the history of …

A theoretical argument is presented for achieving room temperature superconductivity
(RTSC) in a current-carrying special composite metal wire. The current must be pulsed for …