Sounds to me like you have faith in what's on paper.
Faith (in Minkowski?) that it will never be done (can't be done today must be a given, unless there's something science is overlooking).
Looks to me like, even if they gave you a special invitation to observe them do it, you'd still argue that they can't confirm its arrival on Planet Timbuktu.
Thus you would believe that it never happened and -- of course -- be wrong.
Since the term faith has come into the discussion which one of us is arguing on the basis of faith and using the "argumentum ad ignorantiam" fallacy by trying to turn a speculation about the future into a statement of fact?
Unless you have a crystal ball or paradoxically a time machine exceeding the speed of light so you can travel into the future to see if exceeding the speed of light is possible.... well you can see time travel and logic don't mix very well.
Since in your OP you refer to beaming an "object" which we can assume has mass, exceeding the speed of light becomes irrelevant, the issue becomes how do you accelerate the object up to the speed the light in the first place?
The answer is based on science, technology and not on faith.
Special relativity tells us to accelerate the object up to the speed of light requires an infinite amount of KE (kinetic energy).
Classical physics on the other hand states otherwise which is shown to be wrong.
The supporting evidence comes from the technological advances made in particle accelerator performance over fifty odd years.
Notice something in the data?
What you see is the classical law of diminishing returns, the collision energy which depends on the speed of the colliding particles is levelling off as it requires massive amounts of energy to produce minor increases in speed as one gets closer to the speed of light.
The LHC can accelerate protons and antiprotons to up to 0.9999991 times the speed of light.
Do you think this a coincidence or the LHC cannot break the speed of light barrier?