Linked from

The 22 pages that link to Diels–Alder reaction, each with the reason it gives.

• Frontier molecular orbital theoryBroader topic: Its favored interaction pairs the diene’s HOMO with the dienophile’s LUMO.

• RegioselectivityBroader topic: Substituted partners can produce distinct ring-connectivity patterns with different preferences.

• Woodward–Hoffmann rulesBroader topic: Its thermal allowedness and stereospecificity are classic applications of cycloaddition selection rules.

• Concerted reactionBroader topic: This classic pericyclic reaction forms two carbon–carbon bonds in a concerted step.

• CycloadditionBroader topic: This widely used six-atom cycloaddition illustrates how conjugation enables ring formation.

• Pericyclic reactionBroader topic: This widely used cycloaddition constructs six-membered rings and multiple stereocenters in one step.

• Atom economyBroader topic: It is a classic example of an addition reaction that incorporates nearly all reactant atoms.

• Organic reactionBroader topic: It efficiently builds cyclic structures and creates multiple bonds in one step.

• Otto DielsBroader topic: This is the specific discovery associated with Diels and Alder’s Nobel Prize.

• Kurt AlderBroader topic: This named reaction is the central discovery associated with Alder’s career.

• Forbidden mechanismBroader topic: This familiar thermal cycloaddition illustrates a symmetry-allowed pathway.