https://www.bibsonomy.org/tag/physicsBibSonomy RSS Feed for /tag/physicsAuteurs JL MAC LOUGHLIN, NG SANCHEZ : La computation quantique est largement reconnue une des sciences et technologies les plus transformatrices du XXIe siècle. Les travaux récents de José Luis Mac Loughlin et Norma G. Sánchez introduisent un cadre théorique original où la topologie du ruban de Möbius devient un élément clé du traitement de l'information quantique. Au lieu de considérer la topologie comme une simple description mathématique, le cadre proposé explore comment les conditions aux limites non orientables influencent l'évolution quantique, les phases géométriques, les futures architectures d'informatique quantique et la réduction des erreurs quantiques. Ces travaux ouvrent une nouvelle voie conceptuelle à l'intersection de la topologie, de la géométrie et de l'information quantique, et proposent une vision informationnelle de la physique du vide dans divers contextes, du laboratoire quantique à la physique gravitationnelle. Mots-clés : Computation Quantique • Information Quantique • Ruban de Möbius • Topologie • Évolution quantique géométrique • Conditions de bord Topologiques • Portes Quantiques • Technologies Quantiqueshttps://chalonge-devega.fr/Media-Mobius-Computation-Quantique.htmlnormasanchez2026-09-22T19:00:51+02:00information interdisciplinarity physics quantum <span itemprop="description">Auteurs JL MAC LOUGHLIN, NG SANCHEZ : La computation quantique est largement reconnue une des sciences et technologies les plus transformatrices du XXIe siècle. Les travaux récents de José Luis Mac Loughlin et Norma G. Sánchez introduisent un cadre théorique original où la topologie du ruban de Möbius devient un élément clé du traitement de l&#039;information quantique. Au lieu de considérer la topologie comme une simple description mathématique, le cadre proposé explore comment les conditions aux limites non orientables influencent l&#039;évolution quantique, les phases géométriques, les futures architectures d&#039;informatique quantique et la réduction des erreurs quantiques. Ces travaux ouvrent une nouvelle voie conceptuelle à l&#039;intersection de la topologie, de la géométrie et de l&#039;information quantique, et proposent une vision informationnelle de la physique du vide dans divers contextes, du laboratoire quantique à la physique gravitationnelle. Mots-clés : Computation Quantique • Information Quantique • Ruban de Möbius • Topologie • Évolution quantique géométrique • Conditions de bord Topologiques • Portes Quantiques • Technologies Quantiques</span>Autores José Luis MAC LOUGHLIN, Norma G. SANCHEZ : La computación cuántica es ampliamente reconocida como una de las tecnologías más transformadoras del siglo XXI. El nuevo trabajo de José Luis Mac Loughlin y Norma G. Sánchez introduce un marco teórico original en el que la topología de la cinta de Möbius se convierte en un elemento clave para el procesamiento de información cuántica. En lugar de tratar la topología simplemente como una descripción matemática, el marco propuesto explora cómo las condiciones de contorno no orientables influyen en la evolución cuántica, las fases geométricas, las futuras arquitecturas de computación cuántica y la mitigación de errores cuánticos. Este trabajo establece una nueva dirección conceptual en la intersección de la topología, la geometría y la ciencia de la información cuántica, y también da lugar a una visión informacional de la física del vacío en diversos contextos, desde el laboratorio cuántico hasta la física gravitacional. Palabras clave: Computación cuántica • Información cuántica • Cinta de Möbius • Topología • Evolución cuántica geométrica • Condiciones de contorno topológicas • Puertas cuánticas •Tecnologías cuánticashttps://chalonge-devega.fr/Media-Mobius-Computacion-Cuantica.htmlnormasanchez2026-09-22T18:12:42+02:00information interdisciplinarity physics quantum <span itemprop="description">Autores José Luis MAC LOUGHLIN, Norma G. SANCHEZ : La computación cuántica es ampliamente reconocida como una de las tecnologías más transformadoras del siglo XXI. El nuevo trabajo de José Luis Mac Loughlin y Norma G. Sánchez introduce un marco teórico original en el que la topología de la cinta de Möbius se convierte en un elemento clave para el procesamiento de información cuántica. En lugar de tratar la topología simplemente como una descripción matemática, el marco propuesto explora cómo las condiciones de contorno no orientables influyen en la evolución cuántica, las fases geométricas, las futuras arquitecturas de computación cuántica y la mitigación de errores cuánticos. Este trabajo establece una nueva dirección conceptual en la intersección de la topología, la geometría y la ciencia de la información cuántica, y también da lugar a una visión informacional de la física del vacío en diversos contextos, desde el laboratorio cuántico hasta la física gravitacional. Palabras clave: Computación cuántica • Información cuántica • Cinta de Möbius • Topología • Evolución cuántica geométrica • Condiciones de contorno topológicas • Puertas cuánticas •Tecnologías cuánticas</span>Authors JL MAC LOUGHLIN, NG SANCHEZ: Quantum computing is widely regarded as one of the most transformative technologies of the twenty-first century. The new work by José Luis Mac Loughlin and Norma G. Sanchez introduces an original theoretical framework in which the topology of the Möbius strip becomes an active ingredient for quantum information processing. Instead of treating topology merely as a mathematical description, the proposed framework explores how non-orientable boundary conditions influence quantum evolution, geometric phases, future quantum computing architectures and quantum error mitigation. The work establishes a new conceptual direction at the intersection of topology, geometry, and quantum information science, it also yields to an information vision of vacuum physics in several contexts from the quantum laboratory to gravitational physics. Keywords: Quantum Computing • Quantum Information • Möbius Strip • Topology • Geometric Quantum Evolution • Topological Boundary Conditions • Quantum Gates • Quantum Technologieshttps://chalonge-devega.fr/Media-Mobius-Quantum-Computation.htmlnormasanchez2026-09-22T17:46:57+02:00gr-qc information interdisciplinarity physics quantum <span itemprop="description">Authors JL MAC LOUGHLIN, NG SANCHEZ: Quantum computing is widely regarded as one of the most transformative technologies of the twenty-first century. The new work by José Luis Mac Loughlin and Norma G. Sanchez introduces an original theoretical framework in which the topology of the Möbius strip becomes an active ingredient for quantum information processing. Instead of treating topology merely as a mathematical description, the proposed framework explores how non-orientable boundary conditions influence quantum evolution, geometric phases, future quantum computing architectures and quantum error mitigation. The work establishes a new conceptual direction at the intersection of topology, geometry, and quantum information science, it also yields to an information vision of vacuum physics in several contexts from the quantum laboratory to gravitational physics. Keywords: Quantum Computing • Quantum Information • Möbius Strip • Topology • Geometric Quantum Evolution • Topological Boundary Conditions • Quantum Gates • Quantum Technologies</span>https://news.ycombinator.com/item?id=49637385bshanks2026-09-12T04:43:31+02:00game physics relativity <a itemprop="url" data-versiondate="2026-09-12T04:43:31+02:00" href="https://news.ycombinator.com/item?id=49637385" rel="nofollow" class="description-link">https://news.ycombinator.com/item?id=49637385</a>https://rivendell.dmitrybrant.com/relativity/bshanks2026-09-12T04:41:10+02:00game physics relativity <a itemprop="url" data-versiondate="2026-09-12T04:41:10+02:00" href="https://rivendell.dmitrybrant.com/relativity/" rel="nofollow" class="description-link">https://rivendell.dmitrybrant.com/relativity/</a>Journal of the Epidemiology Foundation of India is an official publication of the Epidemiology Foundation of India (EFI). The journal is published in English on quarterly basis and follows double blinded peer review process. Moreover, Journal allows free access (Open Access) to its contents and authors may archive published articles.https://efi.org.in/journal/index.php/JEFIbekki722026-08-16T23:59:27+02:00article phd physics science <span itemprop="description">Journal of the Epidemiology Foundation of India is an official publication of the Epidemiology Foundation of India (EFI). The journal is published in English on quarterly basis and follows double blinded peer review process. Moreover, Journal allows free access (Open Access) to its contents and authors may archive published articles.</span>Journal of the Epidemiology Foundation of India is an official publication of the Epidemiology Foundation of India (EFI). The journal is published in English on quarterly basis and follows double blinded peer review process. Moreover, Journal allows free access (Open Access) to its contents and authors may archive published articles.https://efi.org.in/journal/index.php/JEFIbekki722026-08-16T23:59:27+02:00article phd physics science <span itemprop="description">Journal of the Epidemiology Foundation of India is an official publication of the Epidemiology Foundation of India (EFI). The journal is published in English on quarterly basis and follows double blinded peer review process. Moreover, Journal allows free access (Open Access) to its contents and authors may archive published articles.</span>Université Amar Telidji de Laghouat Archive ouverte de la recherche, des thèses et des cours pédagogiqueshttps://ntu-repository.worktribe.com/bekki722026-08-16T23:57:35+02:00Phd Physics article science <span itemprop="description">Université Amar Telidji de Laghouat Archive ouverte de la recherche, des thèses et des cours pédagogiques</span>https://cel.hal.science/a.haidra2026-08-05T16:18:24+02:00archive-ouverte cours enseignement physics <a itemprop="url" data-versiondate="2026-08-05T16:18:24+02:00" href="https://cel.hal.science/" rel="nofollow" class="description-link">https://cel.hal.science/</a>http://roar.eprints.org/599a.haidra2026-08-05T16:13:09+02:00archive-ouverte heavy-ion nuclear-physics physics <a itemprop="url" data-versiondate="2026-08-05T16:13:09+02:00" href="http://roar.eprints.org/599" rel="nofollow" class="description-link">http://roar.eprints.org/599</a>http://arXiv.org/a.haidra2026-08-05T16:11:55+02:00archive-ouverte ions-carbone open-access physics <a itemprop="url" data-versiondate="2026-08-05T16:11:55+02:00" href="http://arXiv.org/" rel="nofollow" class="description-link">http://arXiv.org/</a>Physics Class Help provides complete academic support for physics students across all educational levels. Our expert mentors handle assignments, exams, quizzes and full courses with precision and care.https://www.physicsclasshelp.com/physicsclashelp2026-08-04T20:33:37+02:00Class Help Physics <span itemprop="description">Physics Class Help provides complete academic support for physics students across all educational levels. Our expert mentors handle assignments, exams, quizzes and full courses with precision and care.</span>arXiv.org e-Print Archive is a free open-access repository that provides access to preprints and research papers in physics, mathematics, computer science, engineering, quantitative biology, statistics, economics, and related fields. It enables researchers to share their work before formal peer review and supports the rapid dissemination of scientific knowledge.https://arxiv.org/chihabedd2026-07-31T19:35:56+02:00arXiv computerscience engineering mathematics openaccess physics preprints repository research science <span itemprop="description">arXiv.org e-Print Archive is a free open-access repository that provides access to preprints and research papers in physics, mathematics, computer science, engineering, quantitative biology, statistics, economics, and related fields. It enables researchers to share their work before formal peer review and supports the rapid dissemination of scientific knowledge.</span>Archive ouverte pour les prépublications scientifiques.https://arxiv.orgr.otsmane2026-07-26T10:09:10+02:00arxiv chemistry nanomaterials physics preprint <span itemprop="description">Archive ouverte pour les prépublications scientifiques.</span>Une nouvelle étude théorique menée par José Luis MAC LOUGHLIN et Norma G. SANCHEZ propose une approche inédite du calcul quantique, inspirée par la topologie fascinante du ruban de Möbius. Leurs travaux introduisent un cadre conceptuel novateur dans lequel la topologie de Möbius sert d'élément actif pour le traitement de l'information quantique, l'évolution, l'optimisation et l'atténuation des erreurs. Cette page web présente cette recherche de manière accessible — en anglais, en français et en espagnol — et propose des résumés graphiques ainsi que des illustrations.https://chalonge-devega.fr/Presse-Mobius-Computation-Quantique.htmlnormasanchez2026-07-18T00:00:50+02:00information interdisciplinarity myown physics quantum <span itemprop="description">Une nouvelle étude théorique menée par José Luis MAC LOUGHLIN et Norma G. SANCHEZ propose une approche inédite du calcul quantique, inspirée par la topologie fascinante du ruban de Möbius. Leurs travaux introduisent un cadre conceptuel novateur dans lequel la topologie de Möbius sert d&#039;élément actif pour le traitement de l&#039;information quantique, l&#039;évolution, l&#039;optimisation et l&#039;atténuation des erreurs. Cette page web présente cette recherche de manière accessible — en anglais, en français et en espagnol — et propose des résumés graphiques ainsi que des illustrations.</span>Un nuevo estudio teórico de José Luis MAC LOUGHLIN y Norma G. SANCHEZ propone un enfoque innovador de la computación cuántica, inspirado en la fascinante topología de la banda de Möbius. Su trabajo introduce un marco conceptual novedoso en el que la topología de Möbius se utiliza como elemento activo en el procesamiento de información cuántica, la evolución, la optimización y la mitigación de errores. Esta página web ofrece una descripción accesible de dicha investigación en inglés, francés y español, acompañada de resúmenes gráficos e ilustraciones.https://chalonge-devega.fr/Prensa-Mobius-Computacion-Cuantica.htmlnormasanchez2026-07-17T23:54:38+02:00information interdisciplinarity physics quantum <span itemprop="description">Un nuevo estudio teórico de José Luis MAC LOUGHLIN y Norma G. SANCHEZ propone un enfoque innovador de la computación cuántica, inspirado en la fascinante topología de la banda de Möbius. Su trabajo introduce un marco conceptual novedoso en el que la topología de Möbius se utiliza como elemento activo en el procesamiento de información cuántica, la evolución, la optimización y la mitigación de errores. Esta página web ofrece una descripción accesible de dicha investigación en inglés, francés y español, acompañada de resúmenes gráficos e ilustraciones.</span>A new theoretical study by José Luis MAC LOUGHLIN and Norma G. SANCHEZ proposes a novel approach to Quantum Computation inspired in the fascinating Topology of the Möbius strip. Their work introduces a novel conceptual framework in which the Mobius topology is used as an active element in quantum information processing, evolution, optimization and error mitigation. This www page offers an accessible description to this research in english, french, and spanish, together with graphical abstracts and illustrations. https://chalonge-devega.fr/Mobius-Quantum-Computation.htmlnormasanchez2026-07-17T19:23:29+02:00gr-qc information interdisciplinarity myown physics quantum <span itemprop="description">A new theoretical study by José Luis MAC LOUGHLIN and Norma G. SANCHEZ proposes a novel approach to Quantum Computation inspired in the fascinating Topology of the Möbius strip. Their work introduces a novel conceptual framework in which the Mobius topology is used as an active element in quantum information processing, evolution, optimization and error mitigation. This www page offers an accessible description to this research in english, french, and spanish, together with graphical abstracts and illustrations. </span>New Physics: Quantum Physics, Information, Trans-Planckian Physics in the Universe and Black Holes, H_0 and the Vacuum. New Physics: Quantum Physics, keV Warm Dark Matter in Galaxies and Black Holes, Cosmology, Particle and Nuclear Physicshttps://chalonge-devega.fr/Scientific_News.htmlnormasanchez2026-07-17T01:39:15+02:00cosmo-physics information interdisciplinarity physics quantum <span itemprop="description">New Physics: Quantum Physics, Information, Trans-Planckian Physics in the Universe and Black Holes, H_0 and the Vacuum. New Physics: Quantum Physics, keV Warm Dark Matter in Galaxies and Black Holes, Cosmology, Particle and Nuclear Physics</span>the New York Times January 13, 1920 editoral "A Severe Strain on Credulity," containing these quotes "Professor Goddard, with his ‘chair' in Clark College…does not know the relation of action to reaction, and of the need to have something better than a vacuum against which to react." , "seems to lack the knowledge ladled out daily in high schools."https://timesmachine.nytimes.com/timesmachine/1920/01/13/102738081.pdfbshanks2026-04-15T06:56:48+02:00physics rocket <span itemprop="description">the New York Times January 13, 1920 editoral &#034;A Severe Strain on Credulity,&#034; containing these quotes &#034;Professor Goddard, with his ‘chair&#039; in Clark College…does not know the relation of action to reaction, and of the need to have something better than a vacuum against which to react.&#034; , &#034;seems to lack the knowledge ladled out daily in high schools.&#034;</span>https://www.scientificamerican.com/article/breakthrough-prize-winner-gerard-t-hooft-says-quantum-mechanics-is-nonsense/?utm_source=chatgpt.comiskanbasal2026-04-11T17:13:25+02:00physics <a itemprop="url" data-versiondate="2026-04-11T17:13:25+02:00" href="https://www.scientificamerican.com/article/breakthrough-prize-winner-gerard-t-hooft-says-quantum-mechanics-is-nonsense/?utm_source=chatgpt.com" rel="nofollow" class="description-link">https://www.scientificamerican.com/article/breakthrough-prize-winner-gerard-t-hooft-says-quantum-mechanics-is-nonsense/?utm_source=chatgpt.com</a>