Top Nominees
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Nominee Dossier
"...to those who, during the preceding year, shall have conferred the greatest benefit on mankind."
Each October, six committees end nearly a year of closed-door deliberation to name the people whose work moved science, letters, and peace forward. AifredNobel.com reads the open record — papers, prior honors, citations, and expert sentiment — to model who stands closest to that recognition this year.
Englert, who shared the 2013 Physics Prize for theoretical work explaining how particles acquire mass, died in Belgium.
More at NobelPrize.org →The 2006 economics laureate, honored for his work on the tradeoffs behind macroeconomic policy over time, passed away in May.
More at NobelPrize.org →The Norwegian Nobel Committee's nomination window closed with 208 individuals and 79 organizations under consideration, a field it called consistent with the strong global interest the prize draws every year.
Read the press release →The Nobel Foundation confirmed the six 2026 prize decisions will be revealed on consecutive days from October 5 through October 12, each broadcast live on the Nobel Prize's official channels.
Read the official release →Clarivate's Citation Laureates program — which uses citation-impact analysis to flag researchers of Nobel caliber, sometimes years ahead of time — correctly identified six of the 2025 Nobel laureates before the announcements, bringing its track record to 89 correct calls since 2002. It's the same data-driven logic this site's own model leans on.
Read Clarivate's recap →Venezuelan opposition leader María Corina Machado won the 2025 Nobel Peace Prize for her campaign for democratic rights in Venezuela — a reminder that Peace Prize outcomes are often the hardest of the six to forecast.
Read the official citation →A single-draw test designed to flag dozens of cancer types before symptoms appear is moving into large-scale UK clinical trials this year — one of the developments researchers are watching most closely in 2026.
Read more →A newly engineered carbon structure lets hydrogen fuel cells run on a fraction of the platinum they normally need, without losing efficiency — a possible path to greener power for the data centers straining under AI's energy demand.
Read more →Researchers showed that heat can travel in focused, directional rays through a crystal at room temperature instead of dissipating randomly, raising the possibility of steering heat around delicate components the way engineers already steer light.
Read more →Photons passed through a cloud of atoms have been measured emerging so early that they behave as though they spent a negative amount of time inside it — a strange quantum effect physicists are now testing more rigorously.
Read more →After scanning 2.6 million cancer papers published since 1999, an AI-driven analysis flagged more than 250,000 studies with writing patterns resembling known "paper mill" fraud — a sobering look at how AI is reshaping research integrity itself.
Read more →Physicists have extended the thermodynamic laws Stephen Hawking applied to idealized, stable black holes so they also hold for real black holes that are constantly growing and changing — a step that could reshape how gravity and thermodynamics connect.
Read more →The Nobel committees reward completed, verified discoveries — not open problems. But these are the standing mysteries most likely to produce one, whenever they're finally cracked.
About 85% of the universe's matter doesn't emit, absorb, or reflect light — we only know it's there from its gravity. Decades of underground detectors and collider searches still haven't caught a single particle of it directly.
Superconductors carry electricity with zero resistance, but only near absolute zero or under crushing pressure. A material that superconducts at everyday temperature and pressure would upend power grids, computing, and transportation.
The Big Bang should have created equal amounts of matter and antimatter, which would have annihilated each other completely. Something tipped the balance in matter's favor — and nobody has caught it happening.
Cellular reprogramming has already turned old cells young in lab animals. Whether that can be done safely and precisely enough for people, without triggering cancer, is the open question labs worldwide are racing to answer.
Neuroscience can map which brain regions activate during thought, but not why that activity feels like something from the inside — the so-called "hard problem" of consciousness remains unresolved after over a century of study.
Recent experiments have gotten fusion reactions to briefly output more energy than they consumed. Turning that into a stable, continuously running power plant — not just a lab pulse — is the barrier still standing between fusion and the grid.
The prizes trace back to Alfred Nobel's 1895 will and were first awarded in 1901 — putting 2026 125 years after that first ceremony. Medicine, Physics, Chemistry, Literature, and Peace were Nobel's original five; Economic Sciences was added in 1968 by Sweden's central bank in his memory.
Every laureate is honored on 10 December, the anniversary of Nobel's death, in Stockholm and Oslo. Each prize carries roughly 11 million SEK, split when up to three laureates share a category.
Around a thousand eligible nominators submit candidates each year, and a typical prize draws anywhere from 100 to 250 names — the 2026 Peace Prize alone logged 287 nominees, 208 individuals and 79 organizations.
One trend worth watching: the science categories have leaned toward computational and AI-driven work in recent years, following the 2024 Physics award for neural-network foundations — a pattern this site's models track closely.
No structural changes have been announced for 2026 — the same six categories, the same confidential committee process, and nominee lists that stay sealed for 50 years regardless of public speculation.
What changes each year is simply the pool of achievements under consideration, which is exactly what this index tries to read early.
Odds here lean on the same signal serious forecasters use: citation impact, prior honors, and field momentum. Clarivate's Citation Laureates program, built on that approach, has correctly flagged 89 eventual Nobel laureates since 2002.
Nominee data on this page was last refreshed in August 2026. Odds shift as the announcement dates approach — check back as October nears.
Pick any two tracked nominees — from the same category or different ones — and compare their odds head-to-head.
Nobel recognition rarely comes quickly. Recent research on the "Nobel Prize delay" found that over the past decade, Chemistry laureates waited an average of 30 years between publishing their discovery and winning the prize, and Physiology or Medicine laureates waited 26 years — with Physics showing the steepest rise of the three. Pick a field and a discovery year to see where it stands against the historical pattern.
For scale: CRISPR gene editing (published 2012) won Chemistry just 8 years later in 2020 — one of the fastest turnarounds on record. The Higgs mechanism (proposed 1964) waited 49 years for its 2013 Physics Prize, after the boson was finally detected at CERN.
Read the research behind this →