The article says "Prof. Zielinski conducts research in the field of quantum electrodynamics. He is an active member of the Russian Academy of Science and is ambassador of the International Scientists Club with its headquarters at St. Petersburg, Russia." The author of the article is "Prof. A. Zielinski."
Here he is listed on one of those committees as a professor:
http://www.shaping.ru/download/pdffile/inv_eng.pdf
p.1
International Scientists' Club
Russian Academy of Natural Sciences
Saint-Petersburg Department of Physical Society
International Academy of Information Communication and Control
Saint-Petersburg Mining Engineers' Society
Russian Geological Society
Russian Geographical Society
...
p.2
INTERNATIONAL PROGRAMMING COMMITTEE OF THE CONGRESS-2004
Zielinski A. Prof. Germany
Lastly, the empirical reasoning section, like seriously, is that a joke? In Experiment 1, you could just as equally say you're accelerating toward the earth. It's just a matter of interpreting what you see to what you want to see. In Experiment 2, let me just ask you, do basketball players feel the earth pushing up on their feet every time they dribble the ball? Or if you and a friend just moved some heavy furniture and set it down, do you feel like the earth is pushing your feet? Both these experiments don't really confirm UA.
It's a comparison of mechanisms. We can see the upwardly accelerating earth, but we can't see the mechanism of any other gravitational theory. Why wouldn't that be evidence?
You can say that you are accelerating towards the earth but then you need to invent something invisible to pull you. This is in contrast to the upwardly accelerating earth which can be directly observed as a pusher mechanism.
Also, it's not odd at all that bodies of different masses fall at the same rate despite the laws of inertia saying that it takes more force to push objects with larger masses?
I know what the article says, do you think I can't read, what I asked for was his credentials, like what degrees he has. All it says is he's a researcher at the RAS, a prof., and he's a member of some clubs and committees. It doesn't even say what his degree is in. Also, he says Mi Mo was wrong because they didn't try it vertically but then gives no results or references to vertical Mi Mo experiments to back up his claims. He talks about how "Consequent experiments and observations were so coherent that the existence of aether could not be ignored any longer" so he could continue his QED research, but shows nothing to back up his claims. The whole article is basically one guy's love of aether with zero substantiation to his claims. Classic case of flat earthers finding what they want to hear.
On the empirical reasoning part, you literally regurgitated what the wiki said. But let me ask you this, you say gravity is proven wrong because we have to invent something invisible to pull us and because we can see the earth accelerating up, but don't you likewise have to invent something invisible causing the earth to accelerate upwards, something has to be pushing the earth up, that force had to come from somewhere.
Different masses accelerating the same rate is odd, but it can be explained. WRI and RonJ already did, but I'll add in my two cents anyways. A common example is an elephant and a book accelerating at the same rate. Since the masses are so disparate, FErs I guess see some kind of paradox. But if you look at Fsubg = mg, with g the gravitational field strength (in N/kg), g = Fsubg/m, it's a ratio of force to mass, which is why it works for disparate masses, the Fsubgs are proportional to the mass. The gravitational field strength, when we sub in Fsubg into the Universal Law of Gravitation gives us GM/r^2,(r being distance from the center of the earth to the center of the mass), showing that g is unaffected by the mass in question. On the other hand, accelerations in general aren't tied like g is to something else, they are related to the force applied and the mass it's applied to, which is why more force is required to move more mass, they don't have the proportionality of g in Fsubg = mg.