About futurism and things like interstellar traveling

    WARP-drive Warp-bubble and the dream of the faster-than-light travel Black holes and the Theory of General Relativity Crossing the speed of light is possible at least in one place: Black Holes. When the particle will reach the event horizon, its speed will increase to the speed of light. But because the falling particle is the same as the escaping velocity. So at the point of the event horizon, the escaping velocity is the same as the speed of light. And it will increase until the center of the black hole.  When we are thinking about the black hole, we might think that in the singularity, the ball-shaped space, where the escaping velocity is higher than the speed of light the time travels backward. But the remarkable thing is that there is an object in the black hole, where the entire material is pressed in the size, that is smaller than an atom.  And in the middle of that thing is the point, where is no gravity at all. The idea of this is that even in the strongest possible gravit

  Image I The quantum computer and beyond Quantum computing is advancing at extremely high speed, and almost every day, there would be more and more advantages. The thing is that number of qubits is limitless because each frequency of the electromagnetic spectrum can transmit data independently. Quantum annealing is giving new opportunities for the quantum computer. And the idea of quantum annealing is simple. If the qubits are starting to shine, and we can adjust that shining, we can make the quantum computer, which is forming of holograms. If a quantum computer would form by photons, the data would travel between the photons, which is forming the entirety in the form of the electromagnetic wave movement. The quantum computer is like the voltmeter, where a certain level of voltage would mean a certain qubit or level of the qubit. The model of quantum annealing is like in the lamps, where its brightness is adjustable. The level of brightness of those lamps is the level of