A) Leptons B) Bosons C) Quarks D) Strings
A) Classical mechanics B) Thermodynamics C) Quantum gravity D) Special relativity
A) 10-33 cm B) 10-15 cm C) 10-20 cm D) 10-10 cm
A) 10-33 N B) 1010 N C) 1044 N D) 1020 N
A) Renormalization B) The Standard Model C) Supersymmetry D) General relativity only
A) The squark B) The graviton C) The photon D) The gluon
A) Bosonic, Fermionic, Scalar, Vector, and Tensor B) Type I, Type IIA, Type IIB, HO, and HE C) Type I, Type IIA, Type IIB, Type III, and Type IV D) Standard, Supersymmetric, Quantum, Relativistic, and Unified
A) Supergauge B) String tension calculation C) Supersymmetry D) Renormalization
A) 1985 B) 1971 C) 2011 D) 2006
A) Gravity, strong force, and weak force B) Electromagnetism, strong force, and weak force C) All four fundamental forces D) Gravity and electromagnetism
A) Bosonic theory accounts for gravity B) Bosonic theory includes supergauge C) Superstring theory accounts for both fermions and bosons D) Superstring theory does not use strings
A) All particles and fundamental forces of nature B) Only the strong force C) Only atomic scale structures D) Only gravity
A) The existence of the weak force B) Large extra dimensions C) The existence of strings D) The existence of particles
A) 500 GeV B) 1.1 TeV C) 100 TeV D) 1 GeV
A) 10 TeV B) 200 GeV C) 1.1 TeV D) 500 GeV
A) 10 B) 4 C) 6 D) 3
A) Theodor Kaluza B) Edward Witten C) Oskar Klein D) John H. Schwarz
A) G2 manifold B) Riemannian manifold C) Calabi–Yau manifold D) Euclidean manifold
A) Sphere B) Calabi–Yau manifold C) G2 manifold D) Torus
A) Parity symmetry B) T-duality C) Mirror symmetry D) Gauge symmetry
A) Compactification B) Mirror symmetry C) Brane restriction D) Unification
A) G2 manifold B) Brane C) Calabi–Yau manifold D) Circle compactification
A) It is always compactified B) It may be multi-dimensional C) It does not exist D) It must be one-dimensional
A) Five B) Seven C) Twelve D) Ten
A) Universal quantum theory B) String-field theory C) M-theory D) Unified string theory
A) 8 B) 32 C) 16 D) 64
A) 32 B) 10 C) 64 D) 16
A) Type IIA string B) Type IIB string C) Open string D) Bosonic string
A) Number of supercharges B) Number of dimensions C) Orientation of strings D) Gauge group
A) 1980s B) 1990s C) 1970s D) 2000s
A) SO(32) B) E8×E8 C) Spin(16) D) Spin(32)/Z2
A) Superstring laboratories B) Black holes C) Planck scale surfaces D) Atomic nuclei
A) Infinite distance B) Planck length C) Atomic radius D) Zero size
A) Branes B) Point particles C) Quantum waves D) Singularities
A) The universe expands into a different dimension B) Gravity becomes a repulsive force C) Particles disappear into black holes D) The universe never reaches zero size |