# The way from high to room temperature superconductivity

## TL;DR

This paper explores physical methods to elevate the superconducting transition temperature of existing high-temperature superconductors to room temperature by manipulating Bose condensates.

## Contribution

It introduces a novel physical approach to increase $T_c$ in known superconductors by controlling Bose condensate dynamics.

## Key findings

- Superconducting phase linked to Bose condensate in a surface layer
- Motionless Bose condensate exists in the bulk of the material
- Proposes methods to induce motion in the condensate to raise $T_c$

## Abstract

Presently, the main method of producing new high-temperature superconductors is chemical when record temperatures of the superconducting transition $T_c$ are reached due to changes in the chemical structure of a superconductor. This paper deals with a possibility to reach room temperatures of $T_c$ in already available high-temperature superconducting materials by physical methods. It is shown that a superconducting phase corresponds to a Bose condensate moving in a thin subsurface layer and a motionless condensate in volume. We discuss a possibility to set in motion a motionless Bose condensate and enhance the temperature of superconducting transition.

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Source: https://tomesphere.com/paper/1904.07667