(Fig.1) ↓ Fake "future" target = quantum ? ;
Quantum mechanics invented 100 years ago is unrealistic and useless, relying on fictitious quasiparticles to explain all physical phenomena.
Quasiparticle is unreal, having fake (= effective ) mass and charge, which are freely-adjustable to deal with different phenomena, so meaningless in predicting new reactions.
For useless quantum physics to get research funds, physicists needed to create fake target = fictional quantum computer which is supposed to exploit fantasy parallel worlds for faster (← ? ) parallel computing ? ← still Not reality.
To hide the inconvenient fact that the current quantum physics is useless with No progress, academia spreads fake news to deceive people into falsely believing their researches are worth taxpayers' money.
If you carefully read each quantum technology news, you will notice they make No progress, just using misleading phrases to get your hopes up.
This week solid-physics is still full of unreal quasiparticles such as exciton ( this, this ), polariton ( this, this ), fractional-charge anyon, phonon ( this, this ).
Other unreal quasiparticles are skyrmion ( this, this ), plasmon ( this ), magnon ( this ), Weyl fermion ( this ), Dirac fermion ( this ),
The second last paragraph of this news using unreal quasiparticle phonon just vaguely says "We believe that with further refinement, we will be able to develop a new mechanism ?" ← just about "imaginary future". Still useless.
The first paragraph of this news just vaguely says "A sticking point of superconducting nanostructures, however, is that they only function at very low temperatures and are therefore difficult to bring into practical applications." ← still useless. Unreal quasiparticle is used ( this p.2 right second-paragraph ).
The last paragraph of this news using unreal quasiparticle plasmon just vaguely says "This accomplishment will make it possible to use .. The next step is to replace .. ?" ← just about "imaginary future". Nothing is realized now.
The last paragraph of this news using unreal Majorana quasiparticle just vaguely says "The authors concluded that .. could be a new candidate for topological quantum computation ?" ← just about "imaginary future". Nothing is realized now.
The first paragraph of this news just vaguely says "superconductivity approaching room temperature may be possible ?" ← still useless. Unreal phonon quasiparticle is used ( this abstract last ).
The second last paragraph of this news using unreal quasiparticle exciton just vaguely says "so this new design represents a general scheme .. ? " ← Nothing useful is specified. Still useless.
The last paragraph of this news just vaguely says "the group will explore .. These will be used to create logic gates needed for quantum computer ?" ← just about "imaginary future". Nothing is realized now.
The last paragraph of this news just vaguely says "In the future, however, their procedure could, in principle, be used to investigate .. their findings could pave the way .. ? " ← just about "imaginary future". Still useless.
The last paragraph of this news just vaguely says "The properties of the material suggest it may be .. it could provide .. ?" ← just about "imaginary future". Nothing is realized now.
The last of this news just vaguely says "These findings may be put at use to .. ?" ← just about "imaginary future". Still useless.
The second last paragraph of this news just vaguely says "In the future, the bottle beam-based method could prove .. ?" ← just about "imaginary future". Nothing is realized now.
The last of this news just vaguely says "a finding that might be of relevance .. they may help to .. ?" ← just about "imaginary future". Still useless.
The first of this news just vaguely says "Scientists have demonstrated a key technology in making next-generation high-energy particle accelerators possible." ← still useless, just wasting huge taxpayers' money in useless colliders.
The last paragraph of this news just vaguely says "the long-term goal of this research is to .. ?" ← just about "imaginary future". Nothing is realized now.
2020/2/14 updated. Feel free to link to this site.
