filmov
tv
invideo ai 1080 Gyro6DoF The Future of Gyroscopes and T 2023 12 11
Показать описание
The idea of a Time Machine or more precisely the idea of a Digital Time Machine (DTM) is relatively very simple both theoretically and practically. It does not contradict the laws of physics, does not create paradoxes, and is quite feasible in practice. Considering that the modern scientific community, gripped by the consumer crisis, will not be able to support the project, I undertook to create it myself. This is a very difficult task for a single engineer.
However, practical results confirming the possibility of creating a DTM are already available. How does a DTM work? Theoretically, the problem of creating a DTM can be solved with the help of several fundamental theories. The most accurate description of DTM is given by the well-known modern theory - the Holographic Principle and Information Thermodynamics.
The simplest way to prove the possibility of DTM is to use the formulas of the special theory of relativity, tested in practice. At first glance and very briefly, the work of DTM can be described as follows. Since we live in space-time and can move in space (sat in a car and drove), then moving in time should not be a problem, only it is necessary to sit not in a car, but in a DTM.
The design of the DTM is extremely simple. We take a fairly large sphere - a rotor with magnets (which we will rotate) inside which we will place a cabin with a tester in a vacuum. We place the rotor itself in another sphere-stator with electromagnets (under the control of a computer program), again in a vacuum (we create the usual thermodynamic insulation from the external environment) and rigidly fix the structure on a stationary plate on the surface of the Earth. We suspend the rotor (make it levitate) in an active electromagnetic suspension inside the stator.
Everything else is simple. We rotate a spherical rotor in a vacuum at full speed around three axes per cycle. The inertial mass of the rotor increases significantly in all directions along and around each fixed axis. We have a common and significant inertial mass in all directions, and not, as usual, in one. Although even in one direction you can feel significant inertial. Have you ever held a gyroscope in your hands? The well-known gyroscopic simulator, when the rotor rotates rapidly, significantly resists rotation of the rotation axes.
For example, children cannot turn a switched-on aircraft gyroscope around two planes with their hands, and adults have to apply significant force. The inertial mass of such a gyroscope resists the applied force, but only with two degrees of freedom. We have a power mechanical gyroscope that creates significant inertial mass in all six degrees of freedom - Gyro_6DoF.
For complete rotations of the spherical rotor Gyro_6DoF simultaneously around three axes per cycle, a mandatory and sufficient condition is the need to make angular movements of its points on the equator and two meridians according to the laws of sine and/or cosine with a constant frequency. . and phase difference. Such oscillations of the rotor points (elements of its mass) are coherent. We have obtained a coherent state of a solid body in a vacuum at ordinary temperature, previously unknown to science. The cooperative quantum phenomenon we obtained at ordinary temperatures is akin to such amazing properties of matter in a coherent state as superconductivity and superfluidity.
The order parameter β in this state of a solid (a dimensionless quantity) tends to be 1. In a coherent state, all elementary particles behave like one particle. Everything is ordered at the deepest quantum level. With the order parameter coefficient β=0.82, the inertial mass of the rotor increases three times! In the well-known and proven theory of Einstein's SRT, the same order parameter β=v/c is responsible for the increase in inertial mass.
But the most interesting thing is that the formula for inertial mass and the formula for slowing down time and even turning back the hand of time are the same for both mass and time! Therefore, inside the rotor in a stationary cabin, our tester finds himself in conditions where time flows backward. The tester becomes younger and frees himself from acquired diseases.
We have a time machine implemented based on a fundamentally new type of power mechanical gyroscope Gyro_6DoF. All that remains is to raise some money, build a desktop prototype of Gyro_6DoF, and test it on the favorite living object of biologists - the fruit fly.
However, practical results confirming the possibility of creating a DTM are already available. How does a DTM work? Theoretically, the problem of creating a DTM can be solved with the help of several fundamental theories. The most accurate description of DTM is given by the well-known modern theory - the Holographic Principle and Information Thermodynamics.
The simplest way to prove the possibility of DTM is to use the formulas of the special theory of relativity, tested in practice. At first glance and very briefly, the work of DTM can be described as follows. Since we live in space-time and can move in space (sat in a car and drove), then moving in time should not be a problem, only it is necessary to sit not in a car, but in a DTM.
The design of the DTM is extremely simple. We take a fairly large sphere - a rotor with magnets (which we will rotate) inside which we will place a cabin with a tester in a vacuum. We place the rotor itself in another sphere-stator with electromagnets (under the control of a computer program), again in a vacuum (we create the usual thermodynamic insulation from the external environment) and rigidly fix the structure on a stationary plate on the surface of the Earth. We suspend the rotor (make it levitate) in an active electromagnetic suspension inside the stator.
Everything else is simple. We rotate a spherical rotor in a vacuum at full speed around three axes per cycle. The inertial mass of the rotor increases significantly in all directions along and around each fixed axis. We have a common and significant inertial mass in all directions, and not, as usual, in one. Although even in one direction you can feel significant inertial. Have you ever held a gyroscope in your hands? The well-known gyroscopic simulator, when the rotor rotates rapidly, significantly resists rotation of the rotation axes.
For example, children cannot turn a switched-on aircraft gyroscope around two planes with their hands, and adults have to apply significant force. The inertial mass of such a gyroscope resists the applied force, but only with two degrees of freedom. We have a power mechanical gyroscope that creates significant inertial mass in all six degrees of freedom - Gyro_6DoF.
For complete rotations of the spherical rotor Gyro_6DoF simultaneously around three axes per cycle, a mandatory and sufficient condition is the need to make angular movements of its points on the equator and two meridians according to the laws of sine and/or cosine with a constant frequency. . and phase difference. Such oscillations of the rotor points (elements of its mass) are coherent. We have obtained a coherent state of a solid body in a vacuum at ordinary temperature, previously unknown to science. The cooperative quantum phenomenon we obtained at ordinary temperatures is akin to such amazing properties of matter in a coherent state as superconductivity and superfluidity.
The order parameter β in this state of a solid (a dimensionless quantity) tends to be 1. In a coherent state, all elementary particles behave like one particle. Everything is ordered at the deepest quantum level. With the order parameter coefficient β=0.82, the inertial mass of the rotor increases three times! In the well-known and proven theory of Einstein's SRT, the same order parameter β=v/c is responsible for the increase in inertial mass.
But the most interesting thing is that the formula for inertial mass and the formula for slowing down time and even turning back the hand of time are the same for both mass and time! Therefore, inside the rotor in a stationary cabin, our tester finds himself in conditions where time flows backward. The tester becomes younger and frees himself from acquired diseases.
We have a time machine implemented based on a fundamentally new type of power mechanical gyroscope Gyro_6DoF. All that remains is to raise some money, build a desktop prototype of Gyro_6DoF, and test it on the favorite living object of biologists - the fruit fly.
Комментарии