Question: What is the hydrothermal method usage status (1=yes) for an article from ADVANCED MATERIALS (Journal) with 309 citations?

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What is the hydrothermal method usage status (1=yes) for an article from {} (Journal) with {} citations?


Question: What is the hydrothermal method usage status (1=yes) for an article from DALTON TRANSACTIONS (Journal) with 18 citations?

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What is the hydrothermal method usage status (1=yes) for an article from {} (Journal) with {} citations?


Question: What is the hydrothermal method usage status (1=yes) for an article from CHINESE PHYSICS LETTERS (Journal) with 1 citations?

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Question: What is the hydrothermal method usage status (1=yes) for an article from NANO ENERGY (Journal) with 164 citations?

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Question: What is the chemical formula of the material with job identifier JVASP-76309?

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What is the chemical formula of the material with job identifier {}?


Question: What is the chemical formula of the material with job identifier JVASP-13526?

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What is the chemical formula of the material with job identifier {}?


Question: What is the chemical formula of the material with job identifier JVASP-76516?

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What is the chemical formula of the material with job identifier {}?


Question: What is the chemical formula of the material with job identifier JVASP-27901?

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What is the chemical formula of the material with job identifier {}?


Question: What is the chemical formula of the material with job identifier JVASP-14431?

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What is the chemical formula of the material with job identifier {}?


Question: What is the chemical formula of the material with job identifier JVASP-6667?

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What is the chemical formula of the material with job identifier {}?


Question: What is the chemical formula of the material with job identifier JVASP-76308?

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What is the chemical formula of the material with job identifier {}?


Question: What is the chemical formula of the material with job identifier JVASP-76525?

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What is the chemical formula of the material with job identifier {}?


Question: What is the chemical formula of the material with job identifier JVASP-14441?

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What is the chemical formula of the material with job identifier {}?


Question: What is the chemical formula of the material with job identifier JVASP-76515?

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What is the chemical formula of the material with job identifier {}?


Question: Which space group symbol corresponds to space group number 90?

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Which space group symbol corresponds to space group number {}?


Question: Which space group symbol corresponds to space group number 85?

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Which space group symbol corresponds to space group number {}?


Question: Which space group symbol corresponds to space group number 113?

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Which space group symbol corresponds to space group number {}?


Question: Which space group symbol corresponds to space group number 143?

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Which space group symbol corresponds to space group number {}?


Question: Which space group symbol corresponds to space group number 166?

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Which space group symbol corresponds to space group number {}?


Question: Which space group symbol corresponds to space group number 157?

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Which space group symbol corresponds to space group number {}?


Question: Which space group symbol corresponds to space group number 54?

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Which space group symbol corresponds to space group number {}?


Question: What is the formation energy per atom for the material with chemical composition TiBr3?

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What is the formation energy per atom for the material with chemical composition {}?


Question: What is the formation energy per atom for the material with chemical composition InS?

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What is the formation energy per atom for the material with chemical composition {}?


Question: What is the formation energy per atom for the material with chemical composition CoH2SeO4?

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What is the formation energy per atom for the material with chemical composition {}?


Question: What is the formation energy per atom for the material with chemical composition FeO2?

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What is the formation energy per atom for the material with chemical composition {}?


Question: What is the formation energy per atom for the material with chemical composition MnSe?

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What is the formation energy per atom for the material with chemical composition {}?


Question: What is the formation energy per atom for the material with chemical composition Nb2O5?

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What is the formation energy per atom for the material with chemical composition {}?


Question: What is the formation energy per atom for the material with chemical composition CrPS4?

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What is the formation energy per atom for the material with chemical composition {}?


Question: What is the formation energy per atom for the material with chemical composition RuCl3?

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What is the formation energy per atom for the material with chemical composition {}?


Question: What is the formation energy per atom for the material with chemical composition US3?

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What is the formation energy per atom for the material with chemical composition {}?


Question: What is the formation energy per atom for the material with chemical composition FeTe?

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What is the formation energy per atom for the material with chemical composition {}?


Question: Which DFT functional was used for the material with job ID JVASP-76308?

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Which DFT functional was used for the material with job ID {}?


Question: Which DFT functional was used for the material with job ID JVASP-76309?

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Which DFT functional was used for the material with job ID {}?


Question: Which DFT functional was used for the material with job ID JVASP-76515?

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Which DFT functional was used for the material with job ID {}?


Question: Which DFT functional was used for the material with job ID JVASP-6667?

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Which DFT functional was used for the material with job ID {}?


Question: Which DFT functional was used for the material with job ID JVASP-14431?

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Which DFT functional was used for the material with job ID {}?


Question: Which DFT functional was used for the material with job ID JVASP-27901?

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Which DFT functional was used for the material with job ID {}?


Question: Which DFT functional was used for the material with job ID JVASP-14441?

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Which DFT functional was used for the material with job ID {}?


Question: Which DFT functional was used for the material with job ID JVASP-13526?

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Which DFT functional was used for the material with job ID {}?


Question: Which DFT functional was used for the material with job ID JVASP-76516?

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Which DFT functional was used for the material with job ID {}?


Question: Which DFT functional was used for the material with job ID JVASP-76525?

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Which DFT functional was used for the material with job ID {}?


Question: What is the magnetic moment (from OSZICAR) for the material with space group number 166?

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What is the magnetic moment (from OSZICAR) for the material with space group number {}?


Question: What is the magnetic moment (from OSZICAR) for the material with space group number 85?

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What is the magnetic moment (from OSZICAR) for the material with space group number {}?


Question: What is the magnetic moment (from OSZICAR) for the material with space group number 157?

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What is the magnetic moment (from OSZICAR) for the material with space group number {}?


Question: What is the magnetic moment (from OSZICAR) for the material with space group number 90?

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What is the magnetic moment (from OSZICAR) for the material with space group number {}?


Question: What is the magnetic moment (from OSZICAR) for the material with space group number 113?

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What is the magnetic moment (from OSZICAR) for the material with space group number {}?


Question: What is the magnetic moment (from OSZICAR) for the material with space group number 54?

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What is the magnetic moment (from OSZICAR) for the material with space group number {}?


Question: What is the magnetic moment (from OSZICAR) for the material with space group number 143?

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What is the magnetic moment (from OSZICAR) for the material with space group number {}?


Question: Determine the OptB88vdW-derived bandgap of the material with formula InS?

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Determine the OptB88vdW-derived bandgap of the material with formula {}?


Question: Determine the OptB88vdW-derived bandgap of the material with formula Nb2O5?

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Determine the OptB88vdW-derived bandgap of the material with formula {}?


Question: Determine the OptB88vdW-derived bandgap of the material with formula TiBr3?

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Determine the OptB88vdW-derived bandgap of the material with formula {}?


Question: Determine the OptB88vdW-derived bandgap of the material with formula FeO2?

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Determine the OptB88vdW-derived bandgap of the material with formula {}?


Question: Determine the OptB88vdW-derived bandgap of the material with formula FeTe?

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Determine the OptB88vdW-derived bandgap of the material with formula {}?


Question: Determine the OptB88vdW-derived bandgap of the material with formula CrPS4?

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Determine the OptB88vdW-derived bandgap of the material with formula {}?


Question: Determine the OptB88vdW-derived bandgap of the material with formula US3?

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Determine the OptB88vdW-derived bandgap of the material with formula {}?


Question: Determine the OptB88vdW-derived bandgap of the material with formula MnSe?

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Determine the OptB88vdW-derived bandgap of the material with formula {}?


Question: Determine the OptB88vdW-derived bandgap of the material with formula CoH2SeO4?

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Determine the OptB88vdW-derived bandgap of the material with formula {}?


Question: Determine the OptB88vdW-derived bandgap of the material with formula RuCl3?

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Determine the OptB88vdW-derived bandgap of the material with formula {}?


Question: What is the photovoltaic efficiency (SLME) of the material with job identifier JVASP-6667?

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What is the photovoltaic efficiency (SLME) of the material with job identifier {}?


Question: What is the photovoltaic efficiency (SLME) of the material with job identifier JVASP-76309?

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What is the photovoltaic efficiency (SLME) of the material with job identifier {}?


Question: What is the photovoltaic efficiency (SLME) of the material with job identifier JVASP-76525?

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What is the photovoltaic efficiency (SLME) of the material with job identifier {}?


Question: What is the photovoltaic efficiency (SLME) of the material with job identifier JVASP-76515?

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What is the photovoltaic efficiency (SLME) of the material with job identifier {}?


Question: What is the photovoltaic efficiency (SLME) of the material with job identifier JVASP-76516?

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What is the photovoltaic efficiency (SLME) of the material with job identifier {}?


Question: What is the photovoltaic efficiency (SLME) of the material with job identifier JVASP-76308?

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What is the photovoltaic efficiency (SLME) of the material with job identifier {}?


Question: What is the photovoltaic efficiency (SLME) of the material with job identifier JVASP-27901?

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What is the photovoltaic efficiency (SLME) of the material with job identifier {}?


Question: What is the photovoltaic efficiency (SLME) of the material with job identifier JVASP-14441?

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What is the photovoltaic efficiency (SLME) of the material with job identifier {}?


Question: What is the photovoltaic efficiency (SLME) of the material with job identifier JVASP-13526?

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What is the photovoltaic efficiency (SLME) of the material with job identifier {}?


Question: What is the photovoltaic efficiency (SLME) of the material with job identifier JVASP-14431?

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What is the photovoltaic efficiency (SLME) of the material with job identifier {}?


Question: Find the number of atoms in the unit cell for materials with space group symbol P31m?

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Find the number of atoms in the unit cell for materials with space group symbol {}?


Question: Find the number of atoms in the unit cell for materials with space group symbol R-3m?

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Find the number of atoms in the unit cell for materials with space group symbol {}?


Question: Find the number of atoms in the unit cell for materials with space group symbol P42_12?

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Find the number of atoms in the unit cell for materials with space group symbol {}?


Question: Find the number of atoms in the unit cell for materials with space group symbol P4/n?

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Find the number of atoms in the unit cell for materials with space group symbol {}?


Question: Find the number of atoms in the unit cell for materials with space group symbol P3?

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Find the number of atoms in the unit cell for materials with space group symbol {}?


Question: Find the number of atoms in the unit cell for materials with space group symbol Pcca?

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Find the number of atoms in the unit cell for materials with space group symbol {}?


Question: Find the number of atoms in the unit cell for materials with space group symbol P-42_1m?

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Find the number of atoms in the unit cell for materials with space group symbol {}?


Question: What is the exfoliation energy of the material with formula US3?

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What is the exfoliation energy of the material with formula {}?


Question: What is the exfoliation energy of the material with formula CoH2SeO4?

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What is the exfoliation energy of the material with formula {}?


Question: What is the exfoliation energy of the material with formula InS?

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What is the exfoliation energy of the material with formula {}?


Question: What is the exfoliation energy of the material with formula FeTe?

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What is the exfoliation energy of the material with formula {}?


Question: What is the exfoliation energy of the material with formula Nb2O5?

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What is the exfoliation energy of the material with formula {}?


Question: What is the exfoliation energy of the material with formula FeO2?

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What is the exfoliation energy of the material with formula {}?


Question: What is the exfoliation energy of the material with formula MnSe?

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What is the exfoliation energy of the material with formula {}?


Question: What is the exfoliation energy of the material with formula CrPS4?

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What is the exfoliation energy of the material with formula {}?


Question: What is the exfoliation energy of the material with formula RuCl3?

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What is the exfoliation energy of the material with formula {}?


Question: What is the exfoliation energy of the material with formula TiBr3?

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What is the exfoliation energy of the material with formula {}?


Question: Which elastic tensor is recorded for the material with job ID JVASP-14431?

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Which elastic tensor is recorded for the material with job ID {}?


Question: Which elastic tensor is recorded for the material with job ID JVASP-76525?

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Which elastic tensor is recorded for the material with job ID {}?


Question: Which elastic tensor is recorded for the material with job ID JVASP-76515?

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Which elastic tensor is recorded for the material with job ID {}?


Question: Which elastic tensor is recorded for the material with job ID JVASP-6667?

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Which elastic tensor is recorded for the material with job ID {}?


Question: Which elastic tensor is recorded for the material with job ID JVASP-76516?

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Which elastic tensor is recorded for the material with job ID {}?


Question: Which elastic tensor is recorded for the material with job ID JVASP-76309?

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Which elastic tensor is recorded for the material with job ID {}?


Question: Which elastic tensor is recorded for the material with job ID JVASP-14441?

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Which elastic tensor is recorded for the material with job ID {}?


Question: Which elastic tensor is recorded for the material with job ID JVASP-13526?

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Which elastic tensor is recorded for the material with job ID {}?


Question: Which elastic tensor is recorded for the material with job ID JVASP-27901?

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Which elastic tensor is recorded for the material with job ID {}?


Question: Which elastic tensor is recorded for the material with job ID JVASP-76308?

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Which elastic tensor is recorded for the material with job ID {}?


Question: What is the MBJ-derived bandgap for materials with space group number 164 and chemical composition FeO2?

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What is the MBJ-derived bandgap for materials with space group number {} and chemical composition {}?


Question: What is the MBJ-derived bandgap for materials with space group number 162 and chemical composition RuCl3?

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What is the MBJ-derived bandgap for materials with space group number {} and chemical composition {}?


Question: What is the MBJ-derived bandgap for materials with space group number 129 and chemical composition MnSe?

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What is the MBJ-derived bandgap for materials with space group number {} and chemical composition {}?


Question: What is the MBJ-derived bandgap for materials with space group number 11 and chemical composition US3?

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What is the MBJ-derived bandgap for materials with space group number {} and chemical composition {}?


Question: What is the MBJ-derived bandgap for materials with space group number 164 and chemical composition CrS2?

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What is the MBJ-derived bandgap for materials with space group number {} and chemical composition {}?


Question: What is the MBJ-derived bandgap for materials with space group number 129 and chemical composition InS?

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What is the MBJ-derived bandgap for materials with space group number {} and chemical composition {}?


Question: What is the MBJ-derived bandgap for materials with space group number 162 and chemical composition TiBr3?

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What is the MBJ-derived bandgap for materials with space group number {} and chemical composition {}?


Question: What is the MBJ-derived bandgap for materials with space group number 2 and chemical composition NbSe2Br2?

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What is the MBJ-derived bandgap for materials with space group number {} and chemical composition {}?


Question: What is the MBJ-derived bandgap for materials with space group number 12 and chemical composition Nb2O5?

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What is the MBJ-derived bandgap for materials with space group number {} and chemical composition {}?


Question: What is the MBJ-derived bandgap for materials with space group number 129 and chemical composition FeTe?

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What is the MBJ-derived bandgap for materials with space group number {} and chemical composition {}?


Question: What is the shear modulus (Gv) of a material with exfoliation energy 250.75 and Poisson’s ratio na?

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What is the shear modulus (Gv) of a material with exfoliation energy {} and Poisson’s ratio {}?


Question: What is the shear modulus (Gv) of a material with exfoliation energy 86.84 and Poisson’s ratio na?

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What is the shear modulus (Gv) of a material with exfoliation energy {} and Poisson’s ratio {}?


Question: What is the shear modulus (Gv) of a material with exfoliation energy 81.84 and Poisson’s ratio na?

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What is the shear modulus (Gv) of a material with exfoliation energy {} and Poisson’s ratio {}?


Question: What is the shear modulus (Gv) of a material with exfoliation energy 90.24 and Poisson’s ratio na?

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What is the shear modulus (Gv) of a material with exfoliation energy {} and Poisson’s ratio {}?


Question: What is the shear modulus (Gv) of a material with exfoliation energy 77.18 and Poisson’s ratio na?

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What is the shear modulus (Gv) of a material with exfoliation energy {} and Poisson’s ratio {}?


Question: What is the shear modulus (Gv) of a material with exfoliation energy 89.48 and Poisson’s ratio na?

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What is the shear modulus (Gv) of a material with exfoliation energy {} and Poisson’s ratio {}?


Question: What is the shear modulus (Gv) of a material with exfoliation energy 55.29 and Poisson’s ratio na?

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What is the shear modulus (Gv) of a material with exfoliation energy {} and Poisson’s ratio {}?


Question: What is the shear modulus (Gv) of a material with exfoliation energy 50.39 and Poisson’s ratio na?

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What is the shear modulus (Gv) of a material with exfoliation energy {} and Poisson’s ratio {}?


Question: What is the shear modulus (Gv) of a material with exfoliation energy 111.76 and Poisson’s ratio na?

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What is the shear modulus (Gv) of a material with exfoliation energy {} and Poisson’s ratio {}?


Question: What is the shear modulus (Gv) of a material with exfoliation energy 66.6 and Poisson’s ratio na?

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What is the shear modulus (Gv) of a material with exfoliation energy {} and Poisson’s ratio {}?


Question: Find the photocatalytic spillage metric for the material with job ID JVASP-27901 and magnetic moment 0.001?

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Find the photocatalytic spillage metric for the material with job ID {} and magnetic moment {}?


Question: Find the photocatalytic spillage metric for the material with job ID JVASP-76308 and magnetic moment 4.89?

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Find the photocatalytic spillage metric for the material with job ID {} and magnetic moment {}?


Question: Find the photocatalytic spillage metric for the material with job ID JVASP-13526 and magnetic moment 0.0?

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Find the photocatalytic spillage metric for the material with job ID {} and magnetic moment {}?


Question: Find the photocatalytic spillage metric for the material with job ID JVASP-6667 and magnetic moment 4.186?

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Find the photocatalytic spillage metric for the material with job ID {} and magnetic moment {}?


Question: Find the photocatalytic spillage metric for the material with job ID JVASP-76516 and magnetic moment 0.0?

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Find the photocatalytic spillage metric for the material with job ID {} and magnetic moment {}?


Question: Find the photocatalytic spillage metric for the material with job ID JVASP-76525 and magnetic moment 0.0?

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Find the photocatalytic spillage metric for the material with job ID {} and magnetic moment {}?


Question: Find the photocatalytic spillage metric for the material with job ID JVASP-76515 and magnetic moment 0.0?

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Find the photocatalytic spillage metric for the material with job ID {} and magnetic moment {}?


Question: Find the photocatalytic spillage metric for the material with job ID JVASP-14441 and magnetic moment 0.94?

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Find the photocatalytic spillage metric for the material with job ID {} and magnetic moment {}?


Question: Find the photocatalytic spillage metric for the material with job ID JVASP-14431 and magnetic moment 2.708?

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Find the photocatalytic spillage metric for the material with job ID {} and magnetic moment {}?


Question: Find the photocatalytic spillage metric for the material with job ID JVASP-76309 and magnetic moment 0.0?

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Find the photocatalytic spillage metric for the material with job ID {} and magnetic moment {}?


Question: What is the DFPT piezoelectric coefficient (dielectric_ionic) for materials with space group number 143 and max IR mode na?

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What is the DFPT piezoelectric coefficient (dielectric_ionic) for materials with space group number {} and max IR mode {}?


Question: What is the DFPT piezoelectric coefficient (dielectric_ionic) for materials with space group number 157 and max IR mode na?

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What is the DFPT piezoelectric coefficient (dielectric_ionic) for materials with space group number {} and max IR mode {}?


Question: What is the DFPT piezoelectric coefficient (dielectric_ionic) for materials with space group number 166 and max IR mode na?

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What is the DFPT piezoelectric coefficient (dielectric_ionic) for materials with space group number {} and max IR mode {}?


Question: What is the DFPT piezoelectric coefficient (dielectric_ionic) for materials with space group number 113 and max IR mode na?

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What is the DFPT piezoelectric coefficient (dielectric_ionic) for materials with space group number {} and max IR mode {}?


Question: What is the DFPT piezoelectric coefficient (dielectric_ionic) for materials with space group number 54 and max IR mode na?

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What is the DFPT piezoelectric coefficient (dielectric_ionic) for materials with space group number {} and max IR mode {}?


Question: What is the DFPT piezoelectric coefficient (dielectric_ionic) for materials with space group number 90 and max IR mode na?

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What is the DFPT piezoelectric coefficient (dielectric_ionic) for materials with space group number {} and max IR mode {}?


Question: What is the DFPT piezoelectric coefficient (dielectric_ionic) for materials with space group number 85 and max IR mode na?

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What is the DFPT piezoelectric coefficient (dielectric_ionic) for materials with space group number {} and max IR mode {}?


Question: Reveal the bulk modulus (Kv) of the material with formula US3 and functional OptB88vdW?

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Question: Reveal the bulk modulus (Kv) of the material with formula InS and functional OptB88vdW?

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Question: Reveal the bulk modulus (Kv) of the material with formula CoH2SeO4 and functional OptB88vdW?

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Question: Reveal the bulk modulus (Kv) of the material with formula FeO2 and functional OptB88vdW?

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Question: Reveal the bulk modulus (Kv) of the material with formula MnSe and functional OptB88vdW?

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Question: Reveal the bulk modulus (Kv) of the material with formula FeTe and functional OptB88vdW?

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Question: Reveal the bulk modulus (Kv) of the material with formula CrPS4 and functional OptB88vdW?

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Question: Reveal the bulk modulus (Kv) of the material with formula Nb2O5 and functional OptB88vdW?

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Question: Reveal the bulk modulus (Kv) of the material with formula RuCl3 and functional OptB88vdW?

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Question: Reveal the bulk modulus (Kv) of the material with formula TiBr3 and functional OptB88vdW?

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Question: What is the spectrolimited efficiency (SLME) for materials with spg_symbol P312 and job identifier JVASP-76309?

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Question: What is the spectrolimited efficiency (SLME) for materials with spg_symbol P-3m1 and job identifier JVASP-14441?

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Question: What is the spectrolimited efficiency (SLME) for materials with spg_symbol P-3m1 and job identifier JVASP-76516?

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Question: What is the spectrolimited efficiency (SLME) for materials with spg_symbol P4/nmm and job identifier JVASP-6667?

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Question: What is the spectrolimited efficiency (SLME) for materials with spg_symbol P-3m1 and job identifier JVASP-27901?

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Question: What is the spectrolimited efficiency (SLME) for materials with spg_symbol Pmn2_1 and job identifier JVASP-76308?

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Question: What is the spectrolimited efficiency (SLME) for materials with spg_symbol C2/m and job identifier JVASP-13526?

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Question: What is the spectrolimited efficiency (SLME) for materials with spg_symbol P-31m and job identifier JVASP-76515?

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Question: What is the spectrolimited efficiency (SLME) for materials with spg_symbol P4/nmm and job identifier JVASP-14431?

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Question: What is the spectrolimited efficiency (SLME) for materials with spg_symbol P2_1/m and job identifier JVASP-76525?

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Question: Determine the electronic spillage value for the material with formula US3 and shear modulus na?

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Question: Determine the electronic spillage value for the material with formula Nb2O5 and shear modulus na?

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Question: Determine the electronic spillage value for the material with formula InS and shear modulus na?

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Question: Determine the electronic spillage value for the material with formula TiBr3 and shear modulus na?

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Question: Determine the electronic spillage value for the material with formula CrPS4 and shear modulus na?

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Question: Determine the electronic spillage value for the material with formula RuCl3 and shear modulus na?

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Question: Determine the electronic spillage value for the material with formula MnSe and shear modulus na?

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Question: Determine the electronic spillage value for the material with formula FeTe and shear modulus na?

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Question: Determine the electronic spillage value for the material with formula CoH2SeO4 and shear modulus na?

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Question: Determine the electronic spillage value for the material with formula FeO2 and shear modulus na?

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Question: What is the maximum elastic tensor component for materials with functional OptB88vdW and space group number 54?

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Question: What is the maximum elastic tensor component for materials with functional OptB88vdW and space group number 113?

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Question: What is the maximum elastic tensor component for materials with functional OptB88vdW and space group number 85?

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Question: What is the maximum elastic tensor component for materials with functional OptB88vdW and space group number 157?

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Question: What is the maximum elastic tensor component for materials with functional OptB88vdW and space group number 143?

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Question: What is the maximum elastic tensor component for materials with functional OptB88vdW and space group number 90?

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Question: What is the maximum elastic tensor component for materials with functional OptB88vdW and space group number 166?

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Question: Who submitted the paper titled Yue Hin Pong?

Bosonic characters of atomic Cooper pairs across resonance

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Question: Who submitted the paper titled Alejandro Corichi?

Polymer Quantum Mechanics and its Continuum Limit

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Question: Who submitted the paper titled Koichi Fujii?

Iterated integral and the loop product

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Question: Who submitted the paper titled David Callan?

A determinant of Stirling cycle numbers counts unlabeled acyclic
  single-source automata

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Question: Who submitted the paper titled Li Tong?

Lifetime of doubly charmed baryons

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Question: Who submitted the paper titled Clifton Cunningham?

Computing genus 2 Hilbert-Siegel modular forms over $\Q(\sqrt{5})$ via
  the Jacquet-Langlands correspondence

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Question: Who submitted the paper titled Pavel Nadolsky?

Calculation of prompt diphoton production cross sections at Tevatron and
  LHC energies

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Question: Who submitted the paper titled Louis Theran?

Sparsity-certifying Graph Decompositions

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Question: Who submitted the paper titled Christian Stahn?

Fermionic superstring loop amplitudes in the pure spinor formalism

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Question: Who submitted the paper titled Nceba Mhlahlo?

Spectroscopic Observations of the Intermediate Polar EX Hydrae in
  Quiescence

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Question: Which authors contributed to the paper titled David Callan?

A determinant of Stirling cycle numbers counts unlabeled acyclic
  single-source automata

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Question: Which authors contributed to the paper titled Alejandro Corichi, Tatjana Vukasinac and Jose A. Zapata?

Polymer Quantum Mechanics and its Continuum Limit

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Question: Which authors contributed to the paper titled Ileana Streinu and Louis Theran?

Sparsity-certifying Graph Decompositions

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Question: Which authors contributed to the paper titled Y. H. Pong and C. K. Law?

Bosonic characters of atomic Cooper pairs across resonance

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Question: Which authors contributed to the paper titled Damian C. Swift?

Numerical solution of shock and ramp compression for general material
  properties

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Question: Which authors contributed to the paper titled Sergei Ovchinnikov?

Partial cubes: structures, characterizations, and constructions

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Question: Which authors contributed to the paper titled C. Bal\'azs, E. L. Berger, P. M. Nadolsky, C.-P. Yuan?

Calculation of prompt diphoton production cross sections at Tevatron and
  LHC energies

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Question: Which authors contributed to the paper titled Clifton Cunningham and Lassina Dembele?

Computing genus 2 Hilbert-Siegel modular forms over $\Q(\sqrt{5})$ via
  the Jacquet-Langlands correspondence

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Question:
Which authors contributed to the paper titled Paul Harvey, Bruno Merin, Tracy L. Huard, Luisa M. Rebull, Nicholas
  Chapman, Neal J. Evans II, Philip C. Myers?

The Spitzer c2d Survey of Large, Nearby, Insterstellar Clouds. IX. The
  Serpens YSO Population As Observed With IRAC and MIPS

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Question: Which authors contributed to the paper titled Dohoon Choi?

Distribution of integral Fourier Coefficients of a Modular Form of Half
  Integral Weight Modulo Primes

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Question:
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  LHC energies published in?

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Question: What journal was the paper titled Bosonic characters of atomic Cooper pairs across resonance published in?

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Question: What journal was the paper titled From dyadic $\Lambda_{\alpha}$ to $\Lambda_{\alpha}$ published in?

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Question: What journal was the paper titled Sparsity-certifying Graph Decompositions published in?

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Question: What journal was the paper titled Partial cubes: structures, characterizations, and constructions published in?

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Question:
What journal was the paper titled The evolution of the Earth-Moon system based on the dark matter field
  fluid model published in?

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Question: What journal was the paper titled Polymer Quantum Mechanics and its Continuum Limit published in?

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  properties published in?

Journal of Applied Physics, vol 104, 073536 (2008)

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  single-source automata published in?

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What journal was the paper titled The Spitzer c2d Survey of Large, Nearby, Insterstellar Clouds. IX. The
  Serpens YSO Population As Observed With IRAC and MIPS published in?

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Question:
What is the Digital Object Identifier (DOI) for Numerical solution of shock and ramp compression for general material
  properties?

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Question: What is the Digital Object Identifier (DOI) for Sparsity-certifying Graph Decompositions?

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What is the Digital Object Identifier (DOI) for Calculation of prompt diphoton production cross sections at Tevatron and
  LHC energies?

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What is the Digital Object Identifier (DOI) for The Spitzer c2d Survey of Large, Nearby, Insterstellar Clouds. IX. The
  Serpens YSO Population As Observed With IRAC and MIPS?

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Question: What is the Digital Object Identifier (DOI) for Partial cubes: structures, characterizations, and constructions?

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Question: What is the Digital Object Identifier (DOI) for Bosonic characters of atomic Cooper pairs across resonance?

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What is the Digital Object Identifier (DOI) for The evolution of the Earth-Moon system based on the dark matter field
  fluid model?

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What is the Digital Object Identifier (DOI) for A determinant of Stirling cycle numbers counts unlabeled acyclic
  single-source automata?

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Question: What is the Digital Object Identifier (DOI) for From dyadic $\Lambda_{\alpha}$ to $\Lambda_{\alpha}$?

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Question: What is the Digital Object Identifier (DOI) for Polymer Quantum Mechanics and its Continuum Limit?

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Question:
Which subject category is assigned to the paper titled A determinant of Stirling cycle numbers counts unlabeled acyclic
  single-source automata?

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Question: Which subject category is assigned to the paper titled Partial cubes: structures, characterizations, and constructions?

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Question: Which subject category is assigned to the paper titled From dyadic $\Lambda_{\alpha}$ to $\Lambda_{\alpha}$?

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Question: Which subject category is assigned to the paper titled Polymer Quantum Mechanics and its Continuum Limit?

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Question:
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  properties?

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Question:
Which subject category is assigned to the paper titled Calculation of prompt diphoton production cross sections at Tevatron and
  LHC energies?

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Question: Which subject category is assigned to the paper titled Sparsity-certifying Graph Decompositions?

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Question:
Which subject category is assigned to the paper titled The Spitzer c2d Survey of Large, Nearby, Insterstellar Clouds. IX. The
  Serpens YSO Population As Observed With IRAC and MIPS?

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Question:
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  fluid model?

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Question: Which subject category is assigned to the paper titled Bosonic characters of atomic Cooper pairs across resonance?

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Question: What comments or metadata accompany the paper Bosonic characters of atomic Cooper pairs across resonance?

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Question: What comments or metadata accompany the paper Polymer Quantum Mechanics and its Continuum Limit?

16 pages, no figures. Typos corrected to match published version

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What comments or metadata accompany the paper Calculation of prompt diphoton production cross sections at Tevatron and
  LHC energies?

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Question:
What comments or metadata accompany the paper A determinant of Stirling cycle numbers counts unlabeled acyclic
  single-source automata?

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Question: What comments or metadata accompany the paper Sparsity-certifying Graph Decompositions?

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Question:
What comments or metadata accompany the paper The Spitzer c2d Survey of Large, Nearby, Insterstellar Clouds. IX. The
  Serpens YSO Population As Observed With IRAC and MIPS?

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Question: What comments or metadata accompany the paper Partial cubes: structures, characterizations, and constructions?

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  fluid model?

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Question: What comments or metadata accompany the paper From dyadic $\Lambda_{\alpha}$ to $\Lambda_{\alpha}$?

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What comments or metadata accompany the paper Numerical solution of shock and ramp compression for general material
  properties?

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Question:
What institutional report number is linked to the title A determinant of Stirling cycle numbers counts unlabeled acyclic
  single-source automata?

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What institutional report number is linked to the title The Spitzer c2d Survey of Large, Nearby, Insterstellar Clouds. IX. The
  Serpens YSO Population As Observed With IRAC and MIPS?

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Question: What institutional report number is linked to the title Sparsity-certifying Graph Decompositions?

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  fluid model?

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  LHC energies?

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Question: What institutional report number is linked to the title Polymer Quantum Mechanics and its Continuum Limit?

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Question: What institutional report number is linked to the title Partial cubes: structures, characterizations, and constructions?

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Question: What institutional report number is linked to the title Bosonic characters of atomic Cooper pairs across resonance?

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Question: What institutional report number is linked to the title From dyadic $\Lambda_{\alpha}$ to $\Lambda_{\alpha}$?

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What institutional report number is linked to the title Numerical solution of shock and ramp compression for general material
  properties?

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What license type governs the distribution of The Spitzer c2d Survey of Large, Nearby, Insterstellar Clouds. IX. The
  Serpens YSO Population As Observed With IRAC and MIPS?

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  single-source automata?

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  LHC energies?

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Question: When was the paper titled Partial cubes: structures, characterizations, and constructions last updated?

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Question: When was the paper titled From dyadic $\Lambda_{\alpha}$ to $\Lambda_{\alpha}$ last updated?

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  properties last updated?

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  LHC energies last updated?

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  fluid model last updated?

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  Serpens YSO Population As Observed With IRAC and MIPS last updated?

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  single-source automata last updated?

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Question: What are the parsed author components for From dyadic $\Lambda_{\alpha}$ to $\Lambda_{\alpha}$?

[['Abu-Shammala', 'Wael', ''], ['Torchinsky', 'Alberto', '']]

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Question: What are the parsed author components for Sparsity-certifying Graph Decompositions?

[['Streinu', 'Ileana', ''], ['Theran', 'Louis', '']]

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Question:
What are the parsed author components for Calculation of prompt diphoton production cross sections at Tevatron and
  LHC energies?

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Question:
What are the parsed author components for Numerical solution of shock and ramp compression for general material
  properties?

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Question:
What are the parsed author components for The evolution of the Earth-Moon system based on the dark matter field
  fluid model?

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Question: What are the parsed author components for Polymer Quantum Mechanics and its Continuum Limit?

[['Corichi', 'Alejandro', ''], ['Vukasinac', 'Tatjana', ''], ['Zapata', 'Jose A.', '']]

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Question:
What are the parsed author components for The Spitzer c2d Survey of Large, Nearby, Insterstellar Clouds. IX. The
  Serpens YSO Population As Observed With IRAC and MIPS?

[['Harvey', 'Paul', ''], ['Merin', 'Bruno', ''], ['Huard', 'Tracy L.', ''], ['Rebull', 'Luisa M.', ''], ['Chapman', 'Nicholas', ''], ['Evans', 'Neal J.', 'II'], ['Myers', 'Philip C.', '']]

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Question: What are the parsed author components for Partial cubes: structures, characterizations, and constructions?

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Question:
What are the parsed author components for A determinant of Stirling cycle numbers counts unlabeled acyclic
  single-source automata?

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Question: What are the parsed author components for Bosonic characters of atomic Cooper pairs across resonance?

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Question: What is the DOI for the paper authored by Ileana Streinu and Louis Theran and categorized under math.CO cs.CG?

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Question: What is the DOI for the paper authored by David Callan and categorized under math.CO?

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Question: What is the DOI for the paper authored by Damian C. Swift and categorized under cond-mat.mtrl-sci?

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Question:
What is the DOI for the paper authored by Paul Harvey, Bruno Merin, Tracy L. Huard, Luisa M. Rebull, Nicholas
  Chapman, Neal J. Evans II, Philip C. Myers and categorized under astro-ph?

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Question: What is the DOI for the paper authored by C. Bal\'azs, E. L. Berger, P. M. Nadolsky, C.-P. Yuan and categorized under hep-ph?

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Question: What is the DOI for the paper authored by Clifton Cunningham and Lassina Dembele and categorized under math.NT math.AG?

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Question: What is the DOI for the paper authored by Dohoon Choi and categorized under math.NT?

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Question: What is the DOI for the paper authored by Y. H. Pong and C. K. Law and categorized under cond-mat.mes-hall?

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Question: What is the DOI for the paper authored by Alejandro Corichi, Tatjana Vukasinac and Jose A. Zapata and categorized under gr-qc?

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Question: What is the DOI for the paper authored by Sergei Ovchinnikov and categorized under math.CO?

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Question:
In which journal was the paper submitted by Paul Harvey with the title The Spitzer c2d Survey of Large, Nearby, Insterstellar Clouds. IX. The
  Serpens YSO Population As Observed With IRAC and MIPS published?

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Question: In which journal was the paper submitted by Louis Theran with the title Sparsity-certifying Graph Decompositions published?

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Question: In which journal was the paper submitted by Alberto Torchinsky with the title From dyadic $\Lambda_{\alpha}$ to $\Lambda_{\alpha}$ published?

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Question:
In which journal was the paper submitted by Damian Swift with the title Numerical solution of shock and ramp compression for general material
  properties published?

Journal of Applied Physics, vol 104, 073536 (2008)

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Question:
In which journal was the paper submitted by Hongjun Pan with the title The evolution of the Earth-Moon system based on the dark matter field
  fluid model published?

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Question:
In which journal was the paper submitted by Pavel Nadolsky with the title Calculation of prompt diphoton production cross sections at Tevatron and
  LHC energies published?

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Question: In which journal was the paper submitted by Sergei Ovchinnikov with the title Partial cubes: structures, characterizations, and constructions published?

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Question:
In which journal was the paper submitted by David Callan with the title A determinant of Stirling cycle numbers counts unlabeled acyclic
  single-source automata published?

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Question: In which journal was the paper submitted by Alejandro Corichi with the title Polymer Quantum Mechanics and its Continuum Limit published?

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Question: In which journal was the paper submitted by Yue Hin Pong with the title Bosonic characters of atomic Cooper pairs across resonance published?

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Question: What license type applies to the paper authored by Damian C. Swift and last updated on 2009-02-05?

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Question: What license type applies to the paper authored by Hongjun Pan and last updated on 2008-01-13?

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Question: What license type applies to the paper authored by Alejandro Corichi, Tatjana Vukasinac and Jose A. Zapata and last updated on 2008-11-26?

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Question: What license type applies to the paper authored by Clifton Cunningham and Lassina Dembele and last updated on 2008-08-20?

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Question: What license type applies to the paper authored by Ileana Streinu and Louis Theran and last updated on 2008-12-13?

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Question:
What license type applies to the paper authored by Paul Harvey, Bruno Merin, Tracy L. Huard, Luisa M. Rebull, Nicholas
  Chapman, Neal J. Evans II, Philip C. Myers and last updated on 2010-03-18?

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Question: What license type applies to the paper authored by Sergei Ovchinnikov and last updated on 2007-05-23?

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Question: What license type applies to the paper authored by Y. H. Pong and C. K. Law and last updated on 2015-05-13?

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Question: What license type applies to the paper authored by C. Bal\'azs, E. L. Berger, P. M. Nadolsky, C.-P. Yuan and last updated on 2008-11-26?

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Question: What license type applies to the paper authored by David Callan and last updated on 2007-05-23?

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Question: What is the report number for the paper submitted by David Callan in the math.CO category?

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Question: What is the report number for the paper submitted by Pavel Nadolsky in the hep-ph category?

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Question: What is the report number for the paper submitted by Louis Theran in the math.CO cs.CG category?

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Question: What is the report number for the paper submitted by Alejandro Corichi in the gr-qc category?

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Question: What is the report number for the paper submitted by Christian Stahn in the hep-th category?

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Question: What is the report number for the paper submitted by Yue Hin Pong in the cond-mat.mes-hall category?

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Question: What is the report number for the paper submitted by Koichi Fujii in the math.CA math.AT category?

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Question: What is the report number for the paper submitted by Nceba Mhlahlo in the astro-ph category?

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Question: What is the report number for the paper submitted by Li Tong in the hep-ph category?

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Question: What is the report number for the paper submitted by Clifton Cunningham in the math.NT math.AG category?

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Question: What is the abstract of the paper titled Polymer Quantum Mechanics and its Continuum Limit, submitted by Alejandro Corichi?

Abstract:
  A rather non-standard quantum representation of the canonical commutation
relations of quantum mechanics systems, known as the polymer representation has
gained some attention in recent years, due to its possible relation with Planck
scale physics. In particular, this approach has been followed in a symmetric
sector of loop quantum gravity known as loop quantum cosmology. Here we explore
different aspects of the relation between the ordinary Schroedinger theory and
the polymer description. The paper has two parts. In the first one, we derive
the polymer quantum mechanics starting from the ordinary Schroedinger theory
and show that the polymer description arises as an appropriate limit. In the
second part we consider the continuum limit of this theory, namely, the reverse
process in which one starts from the discrete theory and tries to recover back
the ordinary Schroedinger quantum mechanics. We consider several examples of
interest, including the harmonic oscillator, the free particle and a simple
cosmological model.

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Question:
What is the abstract of the paper titled A determinant of Stirling cycle numbers counts unlabeled acyclic
  single-source automata, submitted by David Callan?

Abstract:
  We show that a determinant of Stirling cycle numbers counts unlabeled acyclic
single-source automata. The proof involves a bijection from these automata to
certain marked lattice paths and a sign-reversing involution to evaluate the
determinant.

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Question: What is the abstract of the paper titled Sparsity-certifying Graph Decompositions, submitted by Louis Theran?

Abstract:
  We describe a new algorithm, the $(k,\ell)$-pebble game with colors, and use
it obtain a characterization of the family of $(k,\ell)$-sparse graphs and
algorithmic solutions to a family of problems concerning tree decompositions of
graphs. Special instances of sparse graphs appear in rigidity theory and have
received increased attention in recent years. In particular, our colored
pebbles generalize and strengthen the previous results of Lee and Streinu and
give a new proof of the Tutte-Nash-Williams characterization of arboricity. We
also present a new decomposition that certifies sparsity based on the
$(k,\ell)$-pebble game with colors. Our work also exposes connections between
pebble game algorithms and previous sparse graph algorithms by Gabow, Gabow and
Westermann and Hendrickson.

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Question: What is the abstract of the paper titled Partial cubes: structures, characterizations, and constructions, submitted by Sergei Ovchinnikov?

Abstract:
  Partial cubes are isometric subgraphs of hypercubes. Structures on a graph
defined by means of semicubes, and Djokovi\'{c}'s and Winkler's relations play
an important role in the theory of partial cubes. These structures are employed
in the paper to characterize bipartite graphs and partial cubes of arbitrary
dimension. New characterizations are established and new proofs of some known
results are given.
  The operations of Cartesian product and pasting, and expansion and
contraction processes are utilized in the paper to construct new partial cubes
from old ones. In particular, the isometric and lattice dimensions of finite
partial cubes obtained by means of these operations are calculated.

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Question:
What is the abstract of the paper titled The Spitzer c2d Survey of Large, Nearby, Insterstellar Clouds. IX. The
  Serpens YSO Population As Observed With IRAC and MIPS, submitted by Paul Harvey?

Abstract:
  We discuss the results from the combined IRAC and MIPS c2d Spitzer Legacy
observations of the Serpens star-forming region. In particular we present a set
of criteria for isolating bona fide young stellar objects, YSO's, from the
extensive background contamination by extra-galactic objects. We then discuss
the properties of the resulting high confidence set of YSO's. We find 235 such
objects in the 0.85 deg^2 field that was covered with both IRAC and MIPS. An
additional set of 51 lower confidence YSO's outside this area is identified
from the MIPS data combined with 2MASS photometry. We describe two sets of
results, color-color diagrams to compare our observed source properties with
those of theoretical models for star/disk/envelope systems and our own modeling
of the subset of our objects that appear to be star+disks. These objects
exhibit a very wide range of disk properties, from many that can be fit with
actively accreting disks to some with both passive disks and even possibly
debris disks. We find that the luminosity function of YSO's in Serpens extends
down to at least a few x .001 Lsun or lower for an assumed distance of 260 pc.
The lower limit may be set by our inability to distinguish YSO's from
extra-galactic sources more than by the lack of YSO's at very low luminosities.
A spatial clustering analysis shows that the nominally less-evolved YSO's are
more highly clustered than the later stages and that the background
extra-galactic population can be fit by the same two-point correlation function
as seen in other extra-galactic studies. We also present a table of matches
between several previous infrared and X-ray studies of the Serpens YSO
population and our Spitzer data set.

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Question:
What is the abstract of the paper titled The evolution of the Earth-Moon system based on the dark matter field
  fluid model, submitted by Hongjun Pan?

Abstract:
  The evolution of Earth-Moon system is described by the dark matter field
fluid model proposed in the Meeting of Division of Particle and Field 2004,
American Physical Society. The current behavior of the Earth-Moon system agrees
with this model very well and the general pattern of the evolution of the
Moon-Earth system described by this model agrees with geological and fossil
evidence. The closest distance of the Moon to Earth was about 259000 km at 4.5
billion years ago, which is far beyond the Roche's limit. The result suggests
that the tidal friction may not be the primary cause for the evolution of the
Earth-Moon system. The average dark matter field fluid constant derived from
Earth-Moon system data is 4.39 x 10^(-22) s^(-1)m^(-1). This model predicts
that the Mars's rotation is also slowing with the angular acceleration rate
about -4.38 x 10^(-22) rad s^(-2).

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Question: What is the abstract of the paper titled Bosonic characters of atomic Cooper pairs across resonance, submitted by Yue Hin Pong?

Abstract:
  We study the two-particle wave function of paired atoms in a Fermi gas with
tunable interaction strengths controlled by Feshbach resonance. The Cooper pair
wave function is examined for its bosonic characters, which is quantified by
the correction of Bose enhancement factor associated with the creation and
annihilation composite particle operators. An example is given for a
three-dimensional uniform gas. Two definitions of Cooper pair wave function are
examined. One of which is chosen to reflect the off-diagonal long range order
(ODLRO). Another one corresponds to a pair projection of a BCS state. On the
side with negative scattering length, we found that paired atoms described by
ODLRO are more bosonic than the pair projected definition. It is also found
that at $(k_F a)^{-1} \ge 1$, both definitions give similar results, where more
than 90% of the atoms occupy the corresponding molecular condensates.

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Question: What is the abstract of the paper titled From dyadic $\Lambda_{\alpha}$ to $\Lambda_{\alpha}$, submitted by Alberto Torchinsky?

Abstract:
  In this paper we show how to compute the $\Lambda_{\alpha}$ norm, $\alpha\ge
0$, using the dyadic grid. This result is a consequence of the description of
the Hardy spaces $H^p(R^N)$ in terms of dyadic and special atoms.

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Question:
What is the abstract of the paper titled Calculation of prompt diphoton production cross sections at Tevatron and
  LHC energies, submitted by Pavel Nadolsky?

Abstract:
  A fully differential calculation in perturbative quantum chromodynamics is
presented for the production of massive photon pairs at hadron colliders. All
next-to-leading order perturbative contributions from quark-antiquark,
gluon-(anti)quark, and gluon-gluon subprocesses are included, as well as
all-orders resummation of initial-state gluon radiation valid at
next-to-next-to-leading logarithmic accuracy. The region of phase space is
specified in which the calculation is most reliable. Good agreement is
demonstrated with data from the Fermilab Tevatron, and predictions are made for
more detailed tests with CDF and DO data. Predictions are shown for
distributions of diphoton pairs produced at the energy of the Large Hadron
Collider (LHC). Distributions of the diphoton pairs from the decay of a Higgs
boson are contrasted with those produced from QCD processes at the LHC, showing
that enhanced sensitivity to the signal can be obtained with judicious
selection of events.

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Question:
What is the abstract of the paper titled Numerical solution of shock and ramp compression for general material
  properties, submitted by Damian Swift?

Abstract:
  A general formulation was developed to represent material models for
applications in dynamic loading. Numerical methods were devised to calculate
response to shock and ramp compression, and ramp decompression, generalizing
previous solutions for scalar equations of state. The numerical methods were
found to be flexible and robust, and matched analytic results to a high
accuracy. The basic ramp and shock solution methods were coupled to solve for
composite deformation paths, such as shock-induced impacts, and shock
interactions with a planar interface between different materials. These
calculations capture much of the physics of typical material dynamics
experiments, without requiring spatially-resolving simulations. Example
calculations were made of loading histories in metals, illustrating the effects
of plastic work on the temperatures induced in quasi-isentropic and
shock-release experiments, and the effect of a phase transition.

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Question: Which parsed authors correspond to papers in math.PR math.AG category published in RIMS Kokyuroku, No.1551, pp.57-62 (2007) journal?

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Question: Which parsed authors correspond to papers in astro-ph category published in Astrophys.J.663:1149-1173,2007 journal?

[['Harvey', 'Paul', ''], ['Merin', 'Bruno', ''], ['Huard', 'Tracy L.', ''], ['Rebull', 'Luisa M.', ''], ['Chapman', 'Nicholas', ''], ['Evans', 'Neal J.', 'II'], ['Myers', 'Philip C.', '']]

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Question: Which parsed authors correspond to papers in gr-qc category published in Phys.Rev.D76:044016,2007 journal?

[['Corichi', 'Alejandro', ''], ['Vukasinac', 'Tatjana', ''], ['Zapata', 'Jose A.', '']]

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Question: Which parsed authors correspond to papers in astro-ph category published in Mon.Not.Roy.Astron.Soc.378:211-220,2007 journal?

[['Mhlahlo', 'Nceba', ''], ['Buckley', 'David H.', ''], ['Dhillon', 'Vikram S.', ''], ['Potter', 'Steven B.', ''], ['Warner', 'Brian', ''], ['Woudt', 'Patric A.', '']]

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Question: Which parsed authors correspond to papers in cond-mat.mtrl-sci category published in Journal of Applied Physics, vol 104, 073536 (2008) journal?

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Question: Which parsed authors correspond to papers in hep-ex category published in Phys.Rev.D76:052005,2007 journal?

[['The BABAR Collaboration', '', ''], ['Aubert', 'B.', '']]

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Question: Which parsed authors correspond to papers in hep-ph category published in Commun.Theor.Phys.49:993-1000,2008 journal?

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Question: Which parsed authors correspond to papers in hep-th category published in JHEP 0705:034,2007 journal?

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Question: Which parsed authors correspond to papers in math.CA math.FA category published in Illinois J. Math. 52 (2008) no.2, 681-689 journal?

[['Abu-Shammala', 'Wael', ''], ['Torchinsky', 'Alberto', '']]

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Question: Which parsed authors correspond to papers in hep-ph category published in Phys.Rev.D76:013009,2007 journal?

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Question: What comments are associated with the paper authored by Partha Mukhopadhyay and report number DAMTP-2007-30?

LaTeX file, 43 pages, one reference added, minor changes made

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Question: What comments are associated with the paper authored by Lester Ingber and report number Report 2007:ROPS?

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Question: What comments are associated with the paper authored by The BABAR Collaboration, B. Aubert, et al and report number BABAR-PUB-07/015, SLAC-PUB-12417?

21 pages, 13 postscript figures, submitted to Phys. Rev. D,
  contributed to 42nd Rencontres de Moriond: QCD and Hadronic Interactions

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Question: What comments are associated with the paper authored by C. Bal\'azs, E. L. Berger, P. M. Nadolsky, C.-P. Yuan and report number ANL-HEP-PR-07-12?

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Question: What comments are associated with the paper authored by Vladislav V. Vysotsky and report number IMS-AAP-AAP481?

Published in at http://dx.doi.org/10.1214/07-AAP481 the Annals of
  Applied Probability (http://www.imstat.org/aap/) by the Institute of
  Mathematical Statistics (http://www.imstat.org)

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Question: What comments are associated with the paper authored by Alejandro Corichi, Tatjana Vukasinac and Jose A. Zapata and report number IGPG-07/03-2?

16 pages, no figures. Typos corrected to match published version

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