• So here is their data.
• Although they tried rings made of various materials, they found that when a niobium ring was accelerated and cooled to its critical temperature, the accelerometers registered a gravitational acceleration which wasn’t present in the reference accelerometer.
• They also noticed that when they changed the direction of rotation the gravitational acceleration appeared at the same point and had the same magnitude, but was in the opposite direction.
• The experiment was carried out numerous times and the acceleration occurred to some degree in every case.
• So they claim that for the first time the gravitational equivalent to an electric field has been produced under controlled conditions in a laboratory.
• There are a lot of physics involved in this experiment, so until an in depth investigation into what is occurring has been completed; it’s still too early to say that it validates HT.