TIME SLIPS

[...] :)), but we've had a few emails yesterday and today, from people asking about the "magnetic portals" that supposedly have been discovered recently. Magnetic portals connecting the Earth [...]

[...] "portals", as the NASA itself calls them, you may want to read this: About those magnetic portals... [...]

[...] the links below) a disappearing road in Japan, Barbara's disappearing cottage, a wandering Georgian house, complete with flower [...]

[...] . It was fun while it lasted, wasn't it? However, do not miss our last post, The Disappearing Road, about another very real trip in slightly surreal circumstances. :) EDIT (June 19, [...]

[...] Graeme (whom I do not know, either personally or via the internet), whose story about a disappearing road was (partially) published here some time ago. Since the book in question - G. N. M. Tyrrell' [...]

[...] one of them - with a whole lot of extra goodies (comments) for good measure. It happened to Michael Graeme, in 1981, between Windermere and Coniston, in the Lake District: the perfect place for [...]

[...] following story - and the mention of the book from which it comes - I am indebted to Michael Graeme (whom I do not know, either personally or via the internet), whose story about a [...]

[...] nine and a half hours, which is exactly how long the trip there should have taken. There is a famous story from around the turn of the 20th century about two ladies, who were friends and academic [...]

[...] the past. Two notable examples are the stories of David Lang, Oliver Lurch & Co. and the famous story of Benjamin Bathurst's disappearance. (You can find more of these stories by searching the [...]

[...] from my life, and then I'll explain a few key concepts from Einstein's Relativity, and from quantum physics, that fully explain how this phenomenon could be all too real. Near where my father used to [...]

[...] pick them up. I noticed that the checkout employee wasn't only slow but it was an employee that is usually slightly unpleasant (I shop there [...]

[...] that fundamental particles, like photons, can become “entangled.” That is to say, if quantum entanglement is established between two like photons, they will share a equal and opposite “energy [...]

[...] , there are multiple parallel possibilities brought on by the potential of massive quantum entanglements. Quantum entanglements are a “rip” through the fabric of spacetime, forcing simultaneous [...]