引力场的变化是物质呈现状态及运动状态变化的原因

Variation of the Gravitational Field Is the Reason of Materials Presenting States and Motion States Changing

摘要: 物体的引力场是由于物体的辐射和自转形成的，物体之所以能辐射，是由于物体自转的线速度小于光速。当物体自转的线速度等于光速时，物体不再辐射，辐射粒子(电磁波粒子)以该物体的半径为半径随物体自转，此时物体的状态就是物质和暗物质的拐点，此时该物体的引力场半径等于该物体的半径，再继续变化即是暗物质，暗物质自转的线速度是超光速的。暗物质不辐射，引力场半径也等于该暗物质的半径，因此暗物质不易观察、检测到。物体自转的线速度和光速的比值——辐射的曲率，光速和物体的自转线速度的比值乘以该物体的半径——辐射粒子的辐射半径。天体引力的大小主要决定于天体的辐射强度和自转角速度，天体自传使辐射弯曲是引力产生的原因。由于辐射的随机性和不确定性，必然导致天体中部辐射最强(在天体中部射线出现的概率最大)，同一天体其自转的角速度相同，所以同一天体引力最大部位应该在该天体的赤道平面上，这样很容易得出：每一个独立的环绕天体和中心天体的位置关系都是——环绕天体在中心天体的赤道平面上。星系发展到一定阶段(星系成熟阶段)都应该呈现像太阳系的形状。引力场强的大小的表达式是：E = G(B × ρ × T × S × ω)/R²。R是距辐射源中心的距离，ω是辐射源自转的角速度，G是引力恒量，B是辐射的比例常数，ρ是物体的密度，T是热力学温度，S是物体的表面积。不存在绝对的真空空间，真空是相对的，所以真空力也是相对的。真空空间一定存在真空力。其实，真空空间是相对的，若两个空间相比存在相对真空，必然存在真空力，并且真空力的方向指向相对真空区域方向。任何物体都自转、辐射的，自转使辐射弯曲——向心，产生引力，相对引力，无引力就是真空力。引力是向心的，是被吸引的物体有向心运动或向心运动的趋势。任何物体都是运动的，所以引力使物体作曲线运动，也就是说，曲线运动一定存在于引力物体的辐射范围内，非真空区域一定存在引力，并且使存在于该区域的物体作曲线运动(例如：地球绕太阳运动)，或最终被吸引在形成引力的物体上，并且和吸引物体保持相对静止。

Abstract: The gravitational field of the object is formed due to radiation and rotation. The objects can radiate because the linear velocity of objects rotation is less than the speed of light. When the linear velocity of object rotation is the same as the speed of light, the object won’t radiate anymore, and radiating particles (electromagnetic wave particles) rotate by the object’s radius, then the state is the inflection point between the matter and the dark matter. At this time, the object’s gravitational field radius is the same as the radius of the object, and will become dark matter if it continues changing. The rotation linear velocity of dark matter is faster than the light. Dark matter radiation doesn’t radiate. The gravitational field radius is equal to the radius of the dark matter; that is why dark matter is difficult to be found. The curvature of the radiation is equal to the ratio of object’s rotation speed to the speed of light. The radiation radius of the particles is equal to the speed of light/object’s rotation speed × the object’s radius. The gravitation of the celestial body is mainly determined by the radiation intensity and speed of rotation. The rotation of the celestial body makes the radiation bend, that’s why gravitation engenders. Due to the randomness and uncertainty of the radiation, the middle of the celestial body has the strongest radiation (the ray most probably exists in the middle). One celestial body has the same angular velocity, so the position of the largest gravitation should be at the equatorial plane. Thus it is easy to draw the conclusion: each independent surrounding object is circling around the objects at the Equatorial plane of the center Celestial body. When the Galaxy develops to a certain stage (Galaxy maturity), it should show the shape like the solar system. Thus the expression of the gravitational field strength size is E = G(B × ρ × T × S × ω)/R², where R is the distance from the radiation source center, ω is the emitter’s rotation angular velocity, G is the gravitational constant, B is the radiant intensity ratio constant, ρ is the object density, T is the thermodynamic temperature, and S is the surface area. An absolute vacuum does not exist, and the vacuum is a relative one, so does the vacuum force, which must exist in vacuum space. In fact, the vacuum space is relative. If relative vacuum exists in two relative spaces, a vacuum force must exist, and the direction of the vacuum force points to the vacuum region. Any object rotates and radiates. Rotation bends radiation—centripetal, producing gravity, relative gravity and non-gravity; that’s the vacuum force. Gravity is centripetal. It is a trend that the attracted objects do centripetal movement or tend to do centripetal movement. Any object moves, so gravity makes the object do curve movement; that is to say, the curve movement must be in the gravitational objects’ radiation range. Gravity must exist in non-vacuum region, which makes the object in the region do curve movement (for example: the Earth moves around the Sun), or finally be attracted to the gravitational objects and keep relative rest with the attracting objects.