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The mainstream scientific community has long asserted that the strange effects of quantum physics, such as quantum indeterminacy and entanglement, can not assert themselves at the classical, or macroscopic, level of everyday physics. In recent years, quantum physicists have been steadily pushing the scale of what can be affected by quantum effects upward, suggesting that large-scale objects can affect, and in turn be affected by distant phenomenon.
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Of the four fundamental forces known to science in our culture, there are only three that can be manipulated: electromagnetic, strong nuclear, and weak nuclear. Eluding our grasp thus far is the ever-important force of gravity, forcing us to expend large amounts of energy to leave the planet’s surface. However, a revolutionary proposal has been made that may change that situation.
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The subject of time travel has intrigued both scientists and science-fiction writers alike for centuries, but now scientists are suggesting that the concept is theoretically sound.

Back in September of this year, UK physicist, Professor Brian Cox, declared that time travel was certainly possible, but only to the future and not to the past.

"The central question is, can you build a time machine? The answer is yes, you can go into the future," the University of Manchester professor told the audience during a speech given at the British Science Festival. "You’ve got almost total freedom of movement in the future."
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Ahmed Farag Ali at Benha University and coauthor Saurya Das at the University of Lethbridge in Alberta, Canada, have shown in a paper published in Physics Letters B that the Big Bang may not have happened and the universe may actually be infinite. It the suggestions in this paper prove to be true, then mankind’s fundamental understanding of the universe is going to change profoundly. It has been believed for a long time that the universe began 13.8 billion years ago with a ‘singularity’, a tiny, ultra dense mass that exploded with tremendous force, expanding into the universe we see around us today. 
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