Facebook Facebook
Suchergebnis
Zeige alle Suchergebnisse
  • Login
    Anmelden
    Registrieren
    Search
    Theme Switcher
    Night Mode

Search

Entdecken Sie neue Leute, neue Verbindungen zu schaffen und neue Freundschaften

  • NEUIGKEITEN
  • EXPLORE
  • Seiten
  • Gruppen
  • Veranstaltungen
  • Blogs
  • Angebote
  • Jobs
  • Courses
  • Foren
  • Filme
  • Spiele
  • Beiträge
  • Blogs
  • User
  • Seiten
  • Gruppen
  • Veranstaltungen
  • Bao-hua ZHANG ein Foto hinzugefügt Literature
    2025-10-11 23:18:20 -
    Topological Vortex Theory (TVT) Challenges the Quantum Mechanics Paradigm
    Topological Vortex Theory (TVT) poses a systematic challenge to the interpretative paradigm of quantum mechanics, with its core breakthroughs reflected in the following aspects: I. Reconstruction of the Nature of Spacetime TVT defines spacetime as a dynamic topological vortex network, fundamentally overturning the mathematical formalism based on Hilbert space in quantum theory. This...
    0 Kommentare 0 Anteile 854 Ansichten 0 Vorschau
    Please log in to like, share and comment!
  • Bao-hua ZHANG ein Foto hinzugefügt Literature
    2025-10-11 23:22:00 -
    Topological Vortex Theory (TVT) Challenges the Quantum Mechanics Paradigm
    II. A New Mechanism for the Quantum-Classical Transition TVT proposes a gradual process of environment-induced collapse from matter waves to probability waves, contrasting sharply with von Neumann's instantaneous collapse model. This mechanism links matter waves and probability waves through Fourier transforms, offering a more intuitive physical correspondence for wave-particle duality and...
    0 Kommentare 0 Anteile 883 Ansichten 0 Vorschau
    Please log in to like, share and comment!
  • Bao-hua ZHANG ein Foto hinzugefügt Literature
    2025-10-11 23:26:18 -
    Topological Vortex Theory (TVT) Challenges the Quantum Mechanics Paradigm
    IV. Innovation in Philosophical Foundations Integrating Kant's concept of the "thing-in-itself," TVT separates phenomenal entities from noumenal entities, thereby dissolving the subjective dependence of quantum phenomena on the observer. The introduction of this philosophical perspective fundamentally opposes the positivist tradition of "observation creates reality" prevalent in quantum...
    0 Kommentare 0 Anteile 815 Ansichten 0 Vorschau
    Please log in to like, share and comment!
  • Bao-hua ZHANG ein Foto hinzugefügt Literature
    2025-10-15 01:29:44 -
    The quantum is not a cat that is both dead and alive (1)
    Abstract This paper aims to propose and elucidate a quantum theoretical framework based on "Topological Vortex" to address several fundamental dilemmas in the interpretation of traditional quantum mechanics. The theory asserts that the essence of quantum reality is not a probability wave or an uncertain superposition state, but the most fundamental topological structure of spacetime—the...
    0 Kommentare 0 Anteile 832 Ansichten 0 Vorschau
    Please log in to like, share and comment!
  • Bao-hua ZHANG ein Foto hinzugefügt Literature
    2025-10-15 01:36:46 -
    The quantum is not a cat that is both dead and alive (2)
    2. Topological Vortices: The Geometric Entity as the Spacetime and Energy Primordial The core postulate of TVT is that the spacetime of our universe is not a smooth, continuous background but is, at the Planck scale, a "fabric of spacetime" woven from countless dynamic, stable topological vortex structures. These vortices are: The Most Fundamental Spacetime Structure: They are excitations...
    0 Kommentare 0 Anteile 904 Ansichten 0 Vorschau
    Please log in to like, share and comment!
  • Bao-hua ZHANG ein Foto hinzugefügt Literature
    2025-10-15 01:42:37 -
    The quantum is not a cat that is both dead and alive (3)
    3. Spin: The Intrinsic Geometric Dynamics of a Topological Vortex The most mysterious intrinsic property in quantum mechanics—"spin"—finds a natural and elegant interpretation in TVT. It is no longer the difficult-to-visualize "intrinsic angular momentum" of textbooks, but the direct manifestation of the rotational dynamics of the topological vortex's own spacetime structure[7]. A...
    0 Kommentare 0 Anteile 910 Ansichten 0 Vorschau
    Please log in to like, share and comment!
  • Bao-hua ZHANG ein Foto hinzugefügt Literature
    2025-10-15 01:51:27 -
    The quantum is not a cat that is both dead and alive (4)
    4. Integrating Kant's "Thing-in-Itself": A Philosophical Revolution Resolving the Observer Paradox The most contentious aspect of traditional quantum theory (especially the Copenhagen interpretation) is the mysterious[2], reality-creating role it assigns to "observation" or "consciousness." This leads to the philosophical quandary of "whether the moon exists when no one is looking," pushing...
    0 Kommentare 0 Anteile 892 Ansichten 0 Vorschau
    Please log in to like, share and comment!
  • Bao-hua ZHANG ein Foto hinzugefügt Literature
    2025-10-15 01:59:43 -
    The quantum is not a cat that is both dead and alive (5)
    5. Conclusion: Pioneering a Revolutionary Direction for Quantum Theoretical Exploration Topological Vortex Theory paints a brand new picture of the quantum world: It puts an end to the metaphorical fallacy of the "dead-and-alive cat," redefining the quantum as an objective entity with a topological structure. It unifies spacetime structure and the energy unit into the topological vortex,...
    0 Kommentare 0 Anteile 882 Ansichten 0 Vorschau
    Please log in to like, share and comment!
  • Bao-hua ZHANG ein Foto hinzugefügt Literature
    2025-10-15 02:23:29 -
    The quantum is not a cat that is both dead and alive (6)
    References Schrödinger, E. (1935). Die gegenwärtige Situation in der Quantenmechanik. Naturwissenschaften, 23(48), 807-812. Heisenberg, W. (1927). Über den anschaulichen Inhalt der quantentheoretischen Kinematik und Mechanik. Zeitschrift für Physik, 43(3-4), 172-198. Kibble, T. W. B. (1976). Topology of Cosmic Domains and Strings. Journal of Physics A: Mathematical and...
    0 Kommentare 0 Anteile 869 Ansichten 0 Vorschau
    Please log in to like, share and comment!
© 2025 Facebook Deutsch
English Arabic French Spanish Portuguese Deutsch Turkish Dutch Italiano Russian Romaian Portuguese (Brazil) Greek 简体中文 日本語 한국어 繁体中文
Über Bedingungen Datenschutz Kontaktieren Sie uns Verzeichnis