#QuantumTime #TimeParadox #Retrocausality
What if the future isn’t fixed, but also not disconnected? Could choices made in the present influence the past at the quantum level? From Wheeler’s delayed choice experiment to entangled particles reacting instantly across time, quantum physics suggests that time may not be one-way. The Time Dilation Paradox: When Gravity Bends Time explores how the crushing gravity of objects like neutron stars alters the very fabric of reality. Near these ultra-dense remnants of dead stars, time runs slower—so much slower that seconds can become hours, and what seems like a moment near the star can be years elsewhere. This isn’t a trick of perception, but a genuine effect of Einstein’s general relativity, now confirmed by GPS satellites, pulsar timing, and atomic clocks in orbit.
What if the future isn’t fixed, but also not disconnected? Could choices made in the present influence the past at the quantum level? From Wheeler’s delayed choice experiment to entangled particles reacting instantly across time, quantum physics suggests that time may not be one-way. The Time Dilation Paradox: When Gravity Bends Time explores how the crushing gravity of objects like neutron stars alters the very fabric of reality. Near these ultra-dense remnants of dead stars, time runs slower—so much slower that seconds can become hours, and what seems like a moment near the star can be years elsewhere. This isn’t a trick of perception, but a genuine effect of Einstein’s general relativity, now confirmed by GPS satellites, pulsar timing, and atomic clocks in orbit.
Core Principles of the Time Dilation Paradox
Time Isn’t Absolute – Near a strong gravitational field like that of a neutron star, time itself flows more slowly than in weaker gra…
