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The discussions reflect a balanced view, acknowledging that existing evidence does not firmly establish exponential quantum advantages, as seen in comments calling the article 'pessimistic' and questioning if the conclusions will hold in the future. Words like 'good read' and 'too pessimistic' show a respectful but critical tone, emphasizing ongoing debates in the field.
Most discussions seem to align with the idea that current evidence does not strongly support exponential quantum advantage, though there are subtle hints of optimism about future developments.
The discussion demonstrates moderate curiosity, with contributors engaging with both the pessimism of the publication and the potential for future breakthroughs.
Participants are actively analyzing the conclusions, with some references to technical aspects like 'ground-state energies' and 'evidence', indicating a moderate level of deep engagement.
The overall tone suggests that while the publication prompts thought, it is viewed as a cautious assessment without a decisive impact on the field yet.
#compchem #quantumcomputing Good read although too pessimistic in my opinion. Not sure the conclusions will last long but we will see rapidly. "Evaluating the evidence for exponential quantum advantage in ground-state quantum chemistry" https://t.co/rkNWyy1PGY
メモ；Evaluating the evidence for exponential quantum advantage in ground-state quantum chemistry https://t.co/FaYkXgJs7h
https://t.co/GGtc6iOgp1 . Evaluating the evidence for exponential quantum advantage in ground-state quantum chemistry .
RT @jppiquem: #compchem #quantumcomputing Good read although too pessimistic in my opinion. Not sure the conclusions will last long but we…
RT @jppiquem: #compchem #quantumcomputing Good read although too pessimistic in my opinion. Not sure the conclusions will last long but we…
Evaluating the evidence for exponential quantum advantage in ground-state quantum chemistry https://t.co/GSKKvX2sc2 https://t.co/RGdfc1Ya6A
The article explores whether quantum computers can provide an exponential speedup in solving ground-state energies in quantum chemistry, a key challenge in the field. While quantum computers may offer polynomial…
'Evaluating the evidence for exponential quantum advantage in ground-state quantum chemistry': 'in both ab initio and model Hamiltonian settings, we conclude that evidence for such an exponential advantage across chemical space has yet to be found'. https://t.co/P43DFuUL2n
https://t.co/GGtc6iOgp1 . Evaluating the evidence for exponential quantum advantage in ground-state quantum chemistry .
Evaluating the evidence for exponential quantum advantage in ground-state quantum chemistry https://t.co/GSKKvX2sc2 https://t.co/RGdfc1Ya6A
メモ；Evaluating the evidence for exponential quantum advantage in ground-state quantum chemistry https://t.co/FaYkXgJs7h
RT @jppiquem: #compchem #quantumcomputing Good read although too pessimistic in my opinion. Not sure the conclusions will last long but we…
RT @jppiquem: #compchem #quantumcomputing Good read although too pessimistic in my opinion. Not sure the conclusions will last long but we…
RT @jppiquem: #compchem #quantumcomputing Good read although too pessimistic in my opinion. Not sure the conclusions will last long but we…
RT @jppiquem: #compchem #quantumcomputing Good read although too pessimistic in my opinion. Not sure the conclusions will last long but we…
RT @jppiquem: #compchem #quantumcomputing Good read although too pessimistic in my opinion. Not sure the conclusions will last long but we…
#compchem #quantumcomputing Good read although too pessimistic in my opinion. Not sure the conclusions will last long but we will see rapidly. "Evaluating the evidence for exponential quantum advantage in ground-state quantum chemistry" https://t.co/rkNWyy1PGY