Welcome to the Weinberg-Witten Theorem Quiz, a journey into the profound realm of theoretical physics. This quiz is designed to challenge and expand your understanding of quantum field theory, symmetry, and the fundamental principles that govern the universe.
The Weinberg-Witten Theorem explores the constraints on possible continuous symmetries in quantum field theories. As you embark on this quiz, be prepared to navigate the intricate landscape of theoretical physics, where concepts like spontaneous symmetry breaking and quantum anomalies come to the forefront.
From quantum gravity to the foundations of particle physics, the Weinberg-Witten Theorem has far-reaching implications. This quiz offers a unique opportunity Read moreto test your knowledge and intuition in the captivating world of theoretical physics.
The Weinberg-Witten Theorem Quiz will challenge your understanding of symmetry principles and their role in shaping the fabric of the cosmos. Are you ready to unravel the mysteries of quantum field theory?
A proof of the Higgs mechanism in particle physics.
A theorem establishing the existence of dark matter.
A statement about the absence of certain continuous symmetries in quantum field theories.
A formula for calculating the masses of elementary particles.
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Albert Einstein and Niels Bohr
Steven Weinberg and Edward Witten
Marie Curie and Pierre Curie
Richard Feynman and Murray Gell-Mann
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1983
1968
1973
1987
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Massive particles
Particles with half-integer spin
Massless particles
Composite particles
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They cannot carry electric charge.
They cannot have spin greater than 1/2.
They must travel at the speed of light.
They must be neutrinos.
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Heisenberg's uncertainty principle
Pauli exclusion principle
Higgs mechanism
The absence of certain continuous symmetries in quantum field theories
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They violate conservation of energy.
They lead to Lorentz-covariant stress energy.
They are in complete agreement with the theorem.
The theorem restricts their presence.
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Quantum mechanics
Classical Physics
Thermodynamics
High Energy Physics
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The uncertainty principle
Gravitons can be composite particles
Continuous global symmetries
Conservation of energy
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The theorem proves that string theory is incorrect.
The theorem has no relevance to string theory.
String theory is in agreement with the theorem because it packages creation/annihilation operators in the string.
The theorem contradicts string theory by proving that strings cannot be fundamental particles.
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