United StatesOwnership & classification
Founded: 2012
Ownership
Quanta Magazine is published by the Simons Foundation, the private philanthropic foundation created by mathematician and hedge-fund founder Jim Simons and his wife Marilyn Simons. It launched in October 2012 as Simons Science News and was renamed Quanta in 2013. Founding editor-in-chief Thomas Lin built and led the publication; it is a foundation-owned, editorially independent unit rather than a standalone company.
Funding
Quanta is fully funded by the Simons Foundation as a free-to-read, ad-free nonprofit publication; it carries no advertising and is not behind a paywall. All of its resources come from the foundation's grant support for science journalism.
Affiliation & stance
Quanta covers mathematics and the physical and life sciences and has no party or government ties. The Simons Foundation states that editorial decisions are made solely by Quanta's news team, that content is not reviewed by anyone outside the newsroom before publication, and that grant recipients get no preferential coverage. Given that it is privately funded and editorially independent of any party or state, it is classified INDEPENDENT (CENTER).
Editorial lean
- Our estimate
- Center
- Measured from coverage
- Centerbased on 5
83/100
Factual
78/100
Objective
25
Articles
25
reports
Factual: How accurately its articles report the facts, judged against primary sources and the cross-outlet consensus. Only articles that cite their sources are counted.
Objective: How neutral the writing is — whether reporting keeps the writer’s own preferences and opinions out of the article.
Recent coverage
Is AI the End of Math As We Know It?
In late 2026, artificial intelligence made significant strides in mathematics by solving long-standing conjectures. This development, while anticipated by some, came as a shock to others when OpenAI announced that its models had resolved one of mathematics' most famous problems. The event marked a turning point in the relationship between AI and mathematical research, raising questions about the future role of human mathematicians and the nature of mathematical discovery itself.
Sea Monkeys Show Scientists How To Rewrite a Rule of Turbulence
The article discusses the historical marketing of sea monkeys, which were sold as 'bowlfull of happiness' by the Transcence Corporation through comic book ads in the 1960s and 1970s. These products were actually freeze-dried eggs that, when placed in saltwater, hatched into brine shrimp, commonly known as sea monkeys. The piece highlights the origin and nature of these creatures but does not delve into scientific research or turbulence theory.
What Does the Fourth Dimension Actually Look Like?
The article explores the concept of a fourth spatial dimension beyond the familiar three dimensions of length, width, and height. It discusses how physicists typically consider time as the fourth dimension, but the piece raises the question of what a true fourth spatial dimension might look like. The article highlights the work of mathematicians who use topology to conceptualize and visualize abstract spaces in higher dimensions. It references Maggie Miller, a researcher at the University of Texas at Austin, as part of this exploration.
Surprisingly Complex Waves Reveal the Brain’s Inner Workings
The article explores how the brain processes information and manages energy efficiently, using electrical activity as a key mechanism. It describes everyday actions like navigating a home environment and making decisions about meals, highlighting the brain's ability to perform complex tasks with minimal conscious effort. The piece touches on the complexity of neural networks and their role in cognitive functions such as memory recall and bodily awareness. While the text does not provide specific scientific findings or conclusions, it sets up a discussion around the intricate workings of the brain.
Mathematicians Harness Randomness To Crack a 55-Year-Old Conjecture
The article discusses the work of mathematician Ronald Graham, highlighting his dual roles as a prominent mathematician and a passionate juggler. It mentions his leadership in mathematical organizations and his personal interest in juggling tricks. The piece references his wife, Fan Chung, who describes his love for juggling activities such as spinning a ball or a coat hanger. However, the article does not delve into any specific mathematical conjectures or recent breakthroughs.
Mathematicians Build Long-Awaited Graph Sandwich
Mathematicians have solved a longstanding conjecture in graph theory known as the 'sandwich conjecture.' This conjecture proposed that certain complex graphs could be 'sandwiched' between two simpler graphs in a mathematically rigorous way, revealing deep connections between different types of random graph models. The breakthrough was achieved in 2025 by three mathematicians who pushed existing analytical techniques to their limits. The result has significant implications for understanding network structures in fields ranging from computer science to neuroscience. The research builds on earlier work dating back to the 1950s, when mathematicians first began exploring random graph models to study networks like telephone systems.
Where Does the Quantum World End and Ours Begin?
The article discusses the unresolved interpretations of quantum mechanics and how it transitions into the classical world. Jonathan Halliwell, a professor at Imperial College London, explains the concept of decoherence, the process by which quantum systems lose their quantum properties due to interaction with the environment, and introduces the 'histories' approach to understanding this transition. He addresses deep philosophical questions, such as whether the moon exists when unobserved, and clarifies that the quantum-to-classical transition does not require consciousness. The discussion also touches on how practices like yoga and meditation aid in engaging with scientific mysteries.
Ctenophores Aren’t Just Beautiful. They’re Biological Wonders.
Ctenophores, or comb jellies, are being studied for their insights into fundamental aspects of biology, including the evolution of nervous systems and bioluminescence. These organisms, which date back around 700 million years, represent one of the earliest branching animal lineages. Recent research challenges previous assumptions that sponges were the first to diverge, suggesting instead that ctenophores may have come first. This conclusion comes from a landmark 2023 study analyzing chromosome organization. Scientists note that ctenophores possess muscles and signs of a simple nervous system, which is unexpected for the earliest animal lineage. Researchers like Steven Haddock and Pawel Burkhardt highlight the value of studying these seemingly simple organisms, as they offer clues about the evolution of complex life forms.
Black Holes or Black Hole Stars? Astronomers Spar Over Webb Telescope’s ‘Little Red Dots.’
Astronomers using NASA's James Webb Space Telescope have discovered enigmatic 'little red dots', tiny, extremely bright objects that emit red light with long wavelengths. Initially mistaken for distant galaxies or supermassive black holes, these objects have proven puzzling due to their size and luminosity. In early 2025, two research teams identified two little red dots that appeared unlike anything previously observed, suggesting they might represent a new class of astronomical objects. One proposed explanation is that these dots are massive stars containing black holes at their centers, dubbed 'black hole stars.' This theory has sparked significant scientific debate, with some researchers questioning whether the data supports such a radical reinterpretation. The discovery highlights the ongoing challenge of understanding the origins of supermassive black holes and the evolution of early universe structures.
Why Do These Fossil Shells Flip Their Spirals Every Few Millennia?
This article discusses a mysterious phenomenon observed in fossilized foraminifera (forams), where their spiral-shell direction flipped periodically across the globe. Foraminifera are microscopic marine organisms whose shells form a natural record of Earth's history. Scientists have noted that certain species consistently coil in either a clockwise or counterclockwise direction, but occasionally, these patterns shift globally in unison. This phenomenon has puzzled researchers since the 1950s. A recent study suggests that these directional shifts may not be driven by environmental adaptation but could instead indicate a broader evolutionary process. The research integrates historical data with modern genetic and biological insights, offering a new framework for understanding how traits can spread rapidly through populations. Researchers like Julie Meilland highlight the significance of connecting deep-time geological studies with contemporary scientific disciplines.
Live from ICM 2026: What Is Math For in the Age of AI?
This article discusses the impact of artificial intelligence on mathematics, focusing on the rapid advancements in AI systems that are generating mathematical proofs, identifying connections across disciplines, and solving long-standing problems. It highlights concerns about the implications of these developments for the role of human creativity and understanding in mathematics. The discussion takes place during a live episode of 'The Joy of Why' podcast, hosted by Janna Levin and Steven Strogatz, featuring mathematicians Akshay Venkatesh, Ravi Vakil, and Alex Kontorovich. They explore what AI-generated proofs signify, the potential gains and losses as mathematics becomes increasingly machine-assisted, and the broader philosophical questions surrounding the purpose and value of mathematical practice.
In an Age of AI, a Physicist Seeks What Endures
Physicist Sarah Demers, chair of the physics department at Yale University, discusses the dual impact of artificial intelligence (AI) on her field. While she acknowledges the benefits of AI in optimizing complex experiments, such as adjusting parameters in the Mu2e experiment at Fermi National Accelerator Laboratory, she expresses concerns about the ethical implications of large language models (LLMs). These models often rely on datasets containing intellectual property without proper attribution, raising issues around academic integrity and authorship. Demers is actively involved in developing an AI policy statement for the American Physical Society, emphasizing the need to define what remains fundamentally unchanged in the practice of physics despite technological advancements.
Genome Duplication Is a Radical Evolutionary Gamble
The article discusses genome duplication as a radical evolutionary strategy that can lead to rapid adaptation or extinction. Using the example of the freshwater snail Potamopyrgus antipodarum, which has undergone multiple genome duplications, researchers explore how such events can create genetic novelty and drive evolutionary innovation. Scientists like Maurine Neiman and Will Ratcliff highlight that while genome duplication is often lethal, successful instances can result in major biological advancements, such as complex brains in vertebrates or specialized traits in plants. The study notes that genome duplication is common in plants and some animal groups, though its role in broader evolutionary transitions remains debated.