1. Where Did the Antimatter Go? — Monday 18 May 2026
  2. The latest video from Kurzgesagt explores one of the biggest puzzles in modern physics: the apparent disappearance of antimatter from our universe. Titled Where Did the Antimatter Go?, the animated explainer walks viewers through the early moments after the Big Bang, when matter and antimatter should have been created in equal amounts. Instead, scientists observe a universe overwhelmingly made of matter, raising questions about why we exist at all.

    Researchers around the world continue to study this imbalance through high-energy experiments at facilities such as CERN and Japan’s Super-Kamiokande. The video highlights how even tiny differences in how matter and antimatter behave could have tipped the cosmic scales, allowing stars, planets, and eventually life to form. For global audiences, the topic connects directly to ongoing international efforts to understand the fundamental forces that shaped our reality.

    The production also touches on what future discoveries might mean for technology and our place in the cosmos. By presenting complex particle physics in clear visuals, Kurzgesagt brings these questions to viewers everywhere, encouraging a broader appreciation of science that crosses borders and cultures. The video is available now on YouTube for anyone curious about the origins of everything we see around us.
  3. Watch the full video from Kurzgesagt below.
Where Did the Antimatter Go? — Monday 18 May 2026The latest video from Kurzgesagt explores one of the biggest puzzles in modern physics: the apparent disappearance of antimatter from our universe. Titled Where Did the Antimatter Go?, the animated explainer walks viewers through the early moments after the Big Bang, when matter and antimatter should have been created in equal amounts. Instead, scientists observe a universe overwhelmingly made of matter, raising questions about why we exist at all. Researchers around the world continue to study this imbalance through high-energy experiments at facilities such as CERN and Japan’s Super-Kamiokande. The video highlights how even tiny differences in how matter and antimatter behave could have tipped the cosmic scales, allowing stars, planets, and eventually life to form. For global audiences, the topic connects directly to ongoing international efforts to understand the fundamental forces that shaped our reality. The production also touches on what future discoveries might mean for technology and our place in the cosmos. By presenting complex particle physics in clear visuals, Kurzgesagt brings these questions to viewers everywhere, encouraging a broader appreciation of science that crosses borders and cultures. The video is available now on YouTube for anyone curious about the origins of everything we see around us.Watch the full video from Kurzgesagt below.
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