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外文期刊>Advances in Physics Theories and Applications
>Chaos And Entanglement-2, Quantum Gravity, Observed Smallness Of Newton's Constant Is A Consequence Of The Large Compactified Volume Of The Extra Dimensions, Characteristic Quantum-Gravity Scale Could Be As Low As The Weak Scale In Theories With Gravity P
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Chaos And Entanglement-2, Quantum Gravity, Observed Smallness Of Newton's Constant Is A Consequence Of The Large Compactified Volume Of The Extra Dimensions, Characteristic Quantum-Gravity Scale Could Be As Low As The Weak Scale In Theories With Gravity P
Following system is discussed and its attendant properties rounded off: Chaos And Entanglement-2, Quantum Gravity, Observed Smallness Of Newton's Constant Is A Consequence Of The Large Compactified Volume Of The Extra Dimensions, Characteristic Quantum-Gravity Scale Could Be As Low As The Weak Scale In Theories With Gravity Propagating In Higher Dimensions, Fundamental Gravity Scale Up To Several Tev With The Precise Value Depending On The Number Of Extra Dimensions, Exponential Fading To White Of Black Holes In Quantum Gravity, Dark Energy From Complementary Graviton, Gravity Loop Corrections To The Standard Model Higgs In Einstein Gravity, Holonomies Of Gauge Fields In Twistor Space 5: Incorporation Of Massive Fermions, Holonomies Of Gauge Fields In Twistor Space 6, What Gravity Waves Are Telling About Quantum Spacetime, Phenomenology, Astrophysics, And Cosmology Of Theories With Sub Millimeter DimensionsThe full paper: http://www.iiste.org/PDFshare/APTA-PAGENO-598531-604732.pdf.
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