Stockholm is hours away from naming this year’s Nobel chemistry winner. The Royal Swedish Academy of Sciences will reveal the decision at 11:45 am local time. Scientists everywhere are watching. The Nobel Foundation says the announcement will stream live from Stockholm. The world’s top labs are waiting for the news.NobelPrize.org
Last year, Susumu Kitagawa, Richard Robson, and Omar Yaghi took the prize. Their work? Metal-organic frameworks. These are molecular structures with big pores. They help pull water from air, trap carbon dioxide, store toxic gases, and speed up chemical reactions. The Nobel Foundation called this a leap for molecular engineering. The field is now key in tackling global problems.
Shankar Balasubramanian and David Klenerman, both frequently mentioned as Nobel contenders for their DNA sequencing work, were jointly awarded the 2026 Wolf Prize in Chemistry alongside Pascal Mayer for their contributions to next-generation DNA reading technologies.
Gene editing and DNA tech lead the talk
Gene editing is the hot favorite. David Liu, a US chemist and biologist, is often named for his precision gene editing tools. His inventions—base editing and prime editing—let scientists swap out single DNA bases or rewrite longer genetic code. This is a big step for genome engineering. British chemists Shankar Balasubramanian and David Klenerman are also in the mix. Their DNA sequencing work changed genomics and just earned them the Wolf Prize in Chemistry. Another focus: the hormone GLP-1, which controls hunger and is used in weight-loss drugs like Wegovy and Mounjaro. Canadian endocrinologist Daniel Drucker, Danish doctor Jens Juul Holst, and Yugoslav-born American chemist Svetlana Mojsov are all credited for breakthroughs here.
Clarivate, a data analytics group, has flagged these scientists and their methods. GLP-1 research was a top pick for the Nobel in Medicine, but that prize went to neuroscientists. For chemistry, Clarivate points to self-assembled monolayers (SAMs). These are molecular coatings that let researchers change surface properties. US chemists David Allara and Ralph Nuzzo, plus Israel’s Jacob Sagiv, are leading names in this area.
Sleep, appetite, and surface science in focus
There’s more than gene editing in play. The chemistry behind sleep and appetite is drawing attention. French-born Emmanuel Mignot and Japanese-American Masashi Yanagisawa are known for their work on orexin, a neurotransmitter that stops sudden sleep attacks. Spanish-American Luis de Lecea may also share credit for related findings. Meanwhile, self-assembled monolayers keep coming up. Allara, Nuzzo, and Sagiv are at the center of that speculation.
As of the latest independent publications prior to the official announcement, there was no confirmed decision from the Nobel Committee, and discussions of potential laureates remained speculative. Summaries from major outlets emphasized that the winner of the chemistry prize would be revealed only on October 7, 2026.
Other names are in the mix. US scientists Harry Gray and Jay Winkler are known for their work on how electrons move in proteins. German-born Swiss chemist Michael Gratzel is recognized for advances in solar cell technology. Some say his Nobel is overdue. In tissue engineering and drug delivery, US chemical engineer Robert Langer is a frequent mention. Taiwanese-American biochemist Chi-Huey Wong is noted for his methods to build complex carbohydrates and glycoproteins. France’s Jean-Marie Tarascon is also cited for battery research.
What this year’s Nobel could mean
The chemistry prize comes after the physics award, which went to Belgian physicist Francis Halzen for his IceCube Neutrino Observatory work. Literature, peace, and economics prizes are next. Chemistry winners get a diploma, a gold medal, and 12 million kronor. If there are several winners, they split the money.
This year’s Nobel chemistry buzz shows how wide the field has become. Molecular engineering, gene editing, and neurobiology are all in play. The Academy’s pick will show which direction chemistry is heading. The world is waiting. The next Nobel winners will be those who push the limits of what molecules can do. That’s the heart of the prize.
