This chapter aims to recall the circumstances in which the ether Ether was introduced into
physics. We will see that by filling the vacuum with ether, Aristotle made it the material support …

… ”: “Take, now, a step beyond the luminiferous ether – conceive a matter as much more rare
than the ether as this ether is more rare than the metal, and we arrive at once […] at a unique …

The paper analyzes the concept of Ether and substantiates the necessity of its existence as
a physical reality, which arises within the framework of the concept developed by the authors …

… That appears to be what Einstein meant when he wrote that a “’luminiferous ether’ will
prove to be superfluous” since his theory of Special Relativity does “not require an ‘absolutely …

… In the latter case, the luminiferous ether was attributed the property of being the material
support for the transmission of electromagnetic waves, especially light. In fact, efforts were made …

In this work, the main milestones of the development of physical vacuum model with intrinsic
angular momentum were considered. JC Maxwell was the first researcher who introduced …

In 1901, Nikola Tesla began construction on the Wardenclyffe Tower which was one station
intended to provide power and communications to the entire world. How is this possible? As …

… searches for luminiferous ether (Sect. 14.7) and the discovery of internal structures of atoms.
… to be luminiferous ether. Because there is light coming from stars, luminiferous ether must …

… of the long-lived luminiferous ether which started its journey in … the ugly myth that the
luminiferous ether ―has the effect of … explains why it is called luminiferous ether. A luminous body …

In the GPS satellites, gravitation is cancelled to be weightless by centrifugal acceleration.
However, Ashby3 reported that there are 45.7 μみゅーs time gains every day by gravitational potential …