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Quantum computers are useless forever
Quantum mechanics is useless in medicine
(Fig.1) Quantum computing based on fictional parallel-universe simultaneous calculations is overhyped, impractical forever.
Contrary to an incredible amount of overhyped misleading news, quantum mechanics (= such as old impractical Schrodinger equations.. ) has been useless for any technologies such as transistors, MRI, sensors, biology, medicine, drug discovery.
The 3rd paragraph of even this "pro-quantum" article (5/21/2025) admits
"our analysis shows No consistent evidence that quantum algorithms outperform classical methods for clinical decision-making or health service delivery" ← Quantum mechanics has been completely useless for medicine, healthcare, contrary to many overhyped misleading articles.
This-middle challenges and future prospect (3/12/2024) says
"there are several challenges to overcome, including the current infancy of quantum technology"
This-9th-paragraph says
"With major hurdles yet to overcome in taking quantum science for healthcare and medical research mainstream,"
This-last (3/5/2025) says
"While further scientific research is needed to fully understand its mechanisms" ← Quantum mechanics failed to clarify biological mechanisms even after 100 years of fruitless researches
Overhyped quantum computers based on fictional parallel-universe simultaneous calculations are useless forever, error-prone, far from millions of qubits (= one qubit can take only 0 or 1 value ) required for a practical computer ( this-4th-paragraph, this-8th-last-paragraph ).
Even this overhyped news (= middle quantum simulations of drugs candidates, 4/2/2025 ) admits
"While current quantum hardware is too limited for practical pharmaceutical applications" ← quantum computers are useless (forever, this-p.7-challenges ).
This-p.4-left-2nd-paragraph (1/31/2025) says
"More than 40 proof-of-concept applications related to human health have been run
on quantum computers, and none has outperformed high-performance classical computers"
This-lower challenges and barriers (3/16/2025) say
"Scalability is another obstacle. Large-scale medical simulations, such as drug discovery, personalized medicine, and radiotherapy, require thousands or even millions of reliable qubits. Current quantum computers do Not have the capacity to handle such complex tasks"
The last-paragraph of this overhyped news (3/13/2025) says
"In the future (= still useless now ), the possible application of the distributed paradigm to AI could multiply its current capabilities, although many technical difficulties must still be overcome"
↑ This research paper ↓
p.11-right-2nd-paragraph says "The whole-brain model... to reproduce the empirically measured whole-brain dynamics included those measured with fMRI"
p.12--left-1st-paragraph says "where the coupling parameter achieve the best fitting is also critical,"
↑ This research just artificially created ad-hoc model and adjusted free parameters with No relation to quantum mechanical prediction.
This-2nd-last-paragraph (8/25/2024) says
"The next step is to validate this prediction experimentally" ← Still baseless hypothesis with No experimental verification about superradiance = ( Not about the useless quantum mechanics clarifying Alzheimer diseases )
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