Nobel Prize in Chemistry 2005 (to Richard R. Schrock for work on olefin metathesis)

Target entity: Nobel Prize in Chemistry 2005 (to Richard R. Schrock for work on olefin metathesis)
Context triple: [Schrock carbene, relatedAward, Nobel Prize in Chemistry 2005 (to Richard R. Schrock for work on olefin metathesis)]

• A. Nobel Prize in Chemistry 2001
  The Nobel Prize in Chemistry 2001 honored groundbreaking work in chirally selective catalysis, recognizing key advances that revolutionized asymmetric synthesis in organic chemistry.
• B. Nobel Prize in Chemistry 1985
  The Nobel Prize in Chemistry 1985 was awarded for pioneering work in the development of direct methods for the determination of crystal structures, revolutionizing X-ray crystallography and structural chemistry.
• C. Nobel Prize in Chemistry 2010
  The Nobel Prize in Chemistry 2010 honored groundbreaking work in palladium-catalyzed cross-coupling reactions that revolutionized the synthesis of complex organic molecules in research and industry.
• D. Nobel Prize in Chemistry 1950
  The Nobel Prize in Chemistry 1950 was awarded for pioneering work in organic chemistry, specifically the development of the Diels–Alder reaction that transformed synthetic methods for constructing complex molecules.
• E. Nobel Prize in Chemistry 1965
  The Nobel Prize in Chemistry 1965 is the annual chemistry award that was given to Robert Burns Woodward for his outstanding achievements in the synthesis of complex organic molecules.
• F. None of above. chosen
• G. Unsure - the case is ambiguous/there is not enough information to decide.

Target entity: Nobel Prize in Chemistry 2005 (to Richard R. Schrock for work on olefin metathesis)
Target entity description: The Nobel Prize in Chemistry 2005 recognized Richard R. Schrock’s pioneering development of well-defined metal-carbene catalysts that revolutionized olefin metathesis in organic and polymer chemistry.

• A. Nobel Prize in Chemistry 2001
  The Nobel Prize in Chemistry 2001 honored groundbreaking work in chirally selective catalysis, recognizing key advances that revolutionized asymmetric synthesis in organic chemistry.
• B. Nobel Prize in Chemistry 1985
  The Nobel Prize in Chemistry 1985 was awarded for pioneering work in the development of direct methods for the determination of crystal structures, revolutionizing X-ray crystallography and structural chemistry.
• C. Nobel Prize in Chemistry 2010
  The Nobel Prize in Chemistry 2010 honored groundbreaking work in palladium-catalyzed cross-coupling reactions that revolutionized the synthesis of complex organic molecules in research and industry.
• D. Nobel Prize in Chemistry 1950
  The Nobel Prize in Chemistry 1950 was awarded for pioneering work in organic chemistry, specifically the development of the Diels–Alder reaction that transformed synthetic methods for constructing complex molecules.
• E. Nobel Prize in Chemistry 1965
  The Nobel Prize in Chemistry 1965 is the annual chemistry award that was given to Robert Burns Woodward for his outstanding achievements in the synthesis of complex organic molecules.
• F. None of above. chosen