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Nobel Chemistry Prize Winners Unlock Molecule Secrets

Reported by Vivek Joshi (Copy Editor) · The Hindu - Science ·

Unconfirmed — Reported by one source so far

Reported by one source so far

Worth knowing
Science & EnvironmentNobel Chemistry Prize Winners Unlock Molecule Secrets
Representative image · Wikimedia Commons

UPDATE - follow-up to What was the Chemistry Nobel Prize given for? | Explained: Henri Kagan and Kenso Soai won the 2026 Nobel Prize in Chemistry for proving that scientists can amplify a molecule's handedness to make very pure pharmaceutical products.

Molecule Hands

Many chemical molecules, including those inside DNA, have a property called chirality, which means they exist as mirror-image pairs called enantiomers much like a left and right hand. Living organisms show homochirality because they use overwhelmingly either left-handed or right-handed forms instead of an equal mix.

Context

This scientific breakthrough helps researchers understand how basic organic molecules form the building blocks of living systems. Studying molecular handedness remains a key part of modern chemistry and drug development.

Background: This follows an earlier report, covered earlier on 11 Oct 2026: 'What was the Chemistry Nobel Prize given for? | Explained'. Read the earlier report →

What changed since yesterday

  1. Kagan and Soai win 2026 Chemistry Nobel for mastering molecular handedness
  2. Latest

    Nobel Chemistry Prize Winners Unlock Molecule Secrets

ExplainerWhy this matters

What Happened

Henri Kagan and Kenso Soai received the 2026 Nobel Prize in Chemistry for their work on amplifying molecular handedness, also known as chirality.

Why It Matters

This discovery allows scientists to manufacture highly pure medicines and drugs, while also giving clues about how life on earth began from simple molecules.

What Happens Next

Researchers will continue to apply these findings in pharmaceutical manufacturing and studies on the origins of biological homochirality.

Read more at The Hindu - Science →