The two biggest wrong conclusions within the mainstream theories caused by the wrong initial conditions are as follows: 1. That the Universe quite unexpectedly can accelerate its expansion. 2. That neutrinos, which carry the mass, cannot move with speeds higher than the massless photons and gluons i.e. than the c. The correct conclusions are as follows: 1. The dark energy is the a little compressed gas composed of the binary systems of neutrinos (they are moving with the speed c) i.e. the little compressed Einstein spacetime. The compression was due to the collapse of the object before the ‘soft’ big bang after the era of inflation. Such expansion is smooth whereas the illusion of acceleration of expansion of the Universe is due to the neglected phenomena. A quite unexpected acceleration is impossible. 2. The Special Relativity concerns the objects composed of the binary systems of neutrinos, not the neutrinos. When relativistic speed is equal to the c then spin speeds are equal to zero. Since there is obligatory the law of conservation of spin then there are the tremendous inflows of the binary systems of neutrinos, i.e. of the Einstein spacetime components, into the relativistic object. We can say that there is collapse of the Einstein spacetime. This causes that mass of such relativistic object should be infinite. Moreover, the electromagnetism is directly associated with the Einstein spacetime whereas the gravity only indirectly. Due to the internal structure of the binary systems of neutrinos, they can produce the transverse waves only, i.e. in the Einstein spacetime the gravitational waves and gravitons cannot appear. Gravity is directly associated with the Newtonian spacetime (see the ET – there are the two spacetimes) whereas the gravitational constant G follows from the internal structure of the neutrinos and the Newtonian spacetime.