New Books in Science

Heritage in the UN Decade of Ocean Science for Sustainable Development (2021-2030) and Beyond (U Edinburgh Press, 2025) outlines the need to embed Ocean Heritage into ocean science, sustainable development, and marine conservation to meet the goals of the UN Decade of Ocean Science for Sustainable Development (2021–2030) and beyond. Ocean Heritage—spanning tangible sites, such as shipwrecks or submerged harbours, and intangible connections such as traditional practices and knowledge systems—remains underrepresented in ocean governance. Yet it offers critical insights for more effective policy and research. Its inclusion is essential to ensuring science is informed by human–ocean relationships and responsive to the needs of communities.

Led by the Cultural Heritage Framework Programme (CHFP), the Ocean Decade’s only programme focused on Ocean Heritage, this text demonstrates how heritage supports all 10 Ocean Decade Challenges. Ocean Heritage strengthens climate adaptation, improves spatial planning, and supports equitable governance by grounding decisions in historical context and lived experience. The paper draws on more than 20 CHFP-endorsed initiatives, offering clear case studies and actionable recommendations for policy alignment, institutional support, and multidisciplinary collaboration.

As the Ocean Decade reaches its midpoint, this book offers a path forward: one where science draws on the full range of human—ocean relationships to guide sustainable, equitable action. Ocean Heritage is not a symbolic gesture—it is a fundamental human right. Rather than treating culture as an add-on to marine conservation, this paper calls for its broad integration into ocean science and decision-making.

Athena Trakadas is a maritime archeologist who studies underwater and coastal marine cultural heritage and advises international and national heritage, marine science and governmental organizations.

Helen Dewar is an historian of the Atlantic World and French colonization in North America in the 17th and 18th centuries. She is a professor of history at the Université de Montréal (Québec, Canada) and the author of Disputing New France: Companies, Sovereignty and Law in the French Atlantic, 1598-1663 (McGill-Queen’s University Press, 2022). helen.dewar[at]umontreal.ca Helen’s institutional website

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All of life is profoundly shaped by the daily, monthly, and yearly cycles of our planet, and all creatures have internal timekeeping systems that rely on cues from the surrounding environment. With modern technology, we are changing our environments—and by proxy, the ecosystems around us—to override these innate rhythms of life. But at what cost? Life in Sync: The Science of Internal Clocks and How We're Disrupting Them (Princeton University Press, 2025) reveals how Earth’s rotations shape our biology, what human sleep cycles looked like before the advent of artificial light, and why technology can’t free us from the constraints of our circadian clocks.

Philippa Gander explores the science behind the biological rhythms that animate us and our world, blending captivating storytelling with illuminating examples ranging from migratory birds and hibernating squirrels to jet-lagged pilots and astronauts in space. She shows how genetic circadian clocks are an ancient evolutionary adaptation that we share with all life on the planet, and how our rapidly expanding use of artificial light at night disrupts the time cues for entire ecosystems. Gander explains why cutting back on sleep adversely affects our well-being, safety, and longevity, and how breakthroughs in sleep science offer solutions to bring our lives more in harmony with nature’s rhythms.

An astonishing journey of scientific discovery, Life in Sync unlocks the mysteries of biological time—and offers new perspectives for anyone who has ever given up a good night’s sleep for the sake of their hectic waking hours.

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The first chemists were Sri Lankan forgers who crafted

The Enlightenment is usually

In reading The Age of Alchemy: How Early Innovators Shaped Modern Chemistry (Profile Books, 2026), join

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This is a special edition of the New York Institute for the Humanities’ Vault podcast. On May 13, 2026, Princeton’s Center for Human Values hosted a day-long conference titled Audio and Ideas: Exploring the Possibilities for Scholarly Podcasting. It was co-sponsored by Princeton’s Journalism program, and the NYU Podcast Initiative. Over the course of four panels, scholars, podcasters, and journalists discuss how academics might employ the techniques of narrative audio as part of their research.

In the third panel, Allison Carruth and Ellen Horne discussed the relationship between podcasting and science. Carruth is a professor at Princeton’s Effron Center for the Study of America and the High Meadows Environmental Institute. At Princeton, she directs the Program in Environmental Studies and leads Blue Lab, an environmental media and storytelling studio. Her research and teaching areas include climate storytelling, environmental art and narrative, contemporary food movements and the evolving relationships between technology and environmentalism in American culture. She is the author of Global Appetites: American Power and the Literature of Food.

Horne directs the Podcasting and Audio Reportage concentration at NYU’s Arthur L. Carter Journalism Institute. Her research is focused on performance, documentation, the perception of authority in voice, labor and production in audio and podcasting. Horne was producer for Admissible: Shreds of Evidence, a 13-episode investigative podcast that told the story of shocking misconduct at a Virginia state crime lab. Admissible won the Gold Award for Best Documentary at the Signal Awards; an Edward R. Murrow Award from the Radio Television Digital News Association, and the Public Media Award NETA for Best Podcast. Horne was an executive producer at Audible and an executive producer for WNYC’s Radiolab.

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By one of the world's leading chemists, an entertaining and revealing tour of the chemical bonds that shape our everyday lives and provide the infrastructure for our chaotic world. 

We all have a relationship with chemistry. Bonds between molecules, forged and broken in the blink of an eye, underpin everything from the food we eat and the clothes we wear to the ways we treat illnesses and construct our homes. It’s a relationship we nurture, whether we know it or not, and for leading chemist Ijeoma Uchegbu, it was serious from the beginning.

In Chain Reaction: How Chemistry Shapes Us and Our World (HarperCollins, 2026) Uchegbu shows us the world through a chemist’s eyes, revealing the intricate science we take for granted: how our body’s most fundamental chemical structure, our DNA, is estimated to be two meters long, resting tightly within each of our cells; how egg yolks are held together by weak chemical bonds that make them primed for emulsifying our salad dressings; and how the chemical makeup of PFAs, or “forever chemicals,” makes them so good at sticking around.

Along the way, we travel from Uchegbu’s home in London to Nigeria, where cooking experiments go awry in her family kitchen, and to Italy, where the chemically inert compounds that make up stained glass keep medieval windows shining. The careful interplay of bonds and molecules brings a sense of order and wonder to the chaos of our lives, she shows, and we don’t have to wear a lab coat or study solutions in beakers to appreciate it.

For readers of Astrophysics for People in a Hurry and anyone who wanted to be like Elizabeth Zott in Lessons in Chemistry, Chain Reaction is a lively and intimate portrait of the wondrous and under-explored field that shapes our everyday lives.

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In the world's top research labs and universities, the race is on to
invent the ultimate learning algorithm: one capable of discovering any knowledge from data, and doing anything we want, before we even ask. In The Master Algorithm: How the Quest for the Ultimate Learning Machine Will Remake Our World (Basic Books, 2018), Pedro Domingos lifts the veil to give us a peek inside the learning machines that power Google, Amazon, and your smartphone. He assembles a blueprint for the future universal learner--the Master Algorithm--and discusses what it will mean for business, science, and society. If data-ism is today's philosophy, this book is its bible.

Pedro Domingos is a professor emeritus of computer science at the

Gregory McNiff is a Managing Director in the New York office of the

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Art-Science Undisciplined invites us into a collaborative journey grounded in mutual exploration and transformation. Moving beyond transactional exchanges of expertise, artist Janani Balasubramanian and astrophysicist Natalie Gosnell draw on their own experiences, as well as stories from other art-science collaborators, to offer an imaginative guide for developing a values-based and joyful undisciplined practice.

This playbook offers practical and conceptual tools for co-creation that foster new, powerful alliances among artists, scientists, and their supporters. While attentive to the everyday reality of busy schedules and institutional demands, Balasubramanian and Gosnell illuminate strategies to change our current ways of working and dare us to imagine a more expansive future. The projects, potentials, and possibilities resulting from undisciplined creation will reshape not only the practitioners but their worlds altogether.

Janani Balasubramanian is an artist, director, and founder based at Stanford University.

Natalie Gosnell is an astrophysicist, artist, and Associate Professor of Physics at Colorado College.

Caleb Zakarin is CEO and Publisher of New Books Network.

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How Deeply Human Is Language? Chomsky, the Brain, and the AI Fantasy (MIT Press, 2026) is Yosef Grodzinsky’s exploration of the criticality of the linguistic theories to the design of LLMs. The book dwells on the significance of the marriage between computational and theoretical fields, specifically “engineering and science” on the development of unique Language Learning Models. Yosef maintains that leveraging linguistic theories for the development of Gen AI chatbots and training of Language Learning Models will help the growing Gen-AI revolution. In the book, LLMs are evaluated from the neurolinguistic perspective, comparing how the human brain works with different LLMs’ reactions to prompts, highlighting how a collaboration between the core linguists and the experts in the technology-related fields could make a change.

Yosef Grodzinzky’s positions in the book is grounded in contemporary linguistics, founded and inspired by Noam Chomsky, the father of the “mentalist” linguistic perspective to language acquisition. In the book, the author employs the historical approach to tell different significant stories to communicate multiple messages of success of interdisciplinary practices. While the main idea is to explore the centrality of linguistic science to other fields with specific emphasis on Engineering and sister’s technological fields, the book dwelled on specific pitfalls of the linguistics and way forward to promote novel interdisciplinary productions.

Mariam Olugbodi is a university teacher and a writer, she is the author of the monograph titled: “Stylistic Features in the 2011 and 2012 Final Matches Commentaries in the UEFA Champions League”, published by Grin Verlag. Mariam’s greatest dream is seeing a world where knowledge is accessible to all. She does this through her volunteering roles on open knowledge platforms as a host and an editor. As part of her effort to maintain inclusion and diversity in knowledge transmission, she volunteers as a teacher in crises contexts. Learn more and connect with Mariam through her social links here. | LinkedIn| here. |ORCID| and here. |Meta|

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Explores the profound power of music to influence brain function and well-being.

IPA 2026 Distinguished Favorite in the Music Category

Why does music influence how we feel so deeply--and what are the scientific mechanisms behind this phenomenon? In Music Between Your Ears: How Musical Engagement Powers the Human Brain (JHU Press, 2025) Dr. Samuel Markind explores the intriguing relationship between music and brain function. Using evolutionary theory, he illuminates the pivotal role that music plays in human survival and procreation. From communication and caregiving to social bonding and partner selection, music has molded the human species and continues to shape our lives in remarkable ways.

This book combines insights from neuroscience and psychology with helpful drawings and vivid examples to present compelling evidence for music's life-enhancing potential. Dr. Markind highlights the brain's instinctive capacity for music: from newborns' natural affinity for rhythm and melody to the effect that music has on brain development throughout the lifespan. Music also helps people learn at any age and in any condition, so it can improve speech, movement, and memory in both healthy individuals and those suffering from illness or injury. Dr. Markind encourages readers to engage actively with music. Whether through singing, dancing, or instrument playing, the benefits of active participation are profound and accessible to everyone, regardless of musical background. This book, filled with straightforward and practical suggestions, is an inspiring guide for anyone seeking to enrich their life through music.

Music Between Your Ears shows how the act of engaging with music can profoundly impact your mental, physical, and emotional well-being. And the benefits of music go far beyond entertainment--they're essential to the very fabric of what makes us human.

Samuel Markind's website here.

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What if, every time you wanted to write down 1,000,000, you had to draw a picture of a god? And what if that number were the biggest you had a symbol for? If you were doing math in ancient Egypt, those were the rules: anything bigger broke math.
As mathematician Richard Elwes shows in Huge Numbers: A Story of Counting Ambitiously, from 4 1/2 to Fish 7 (Basic Books, 2026)this is the strange story of math. Even today, writing down some numbers is beyond us: try it with all the zeroes in a googolplex, or an outrageous alien number like TREE(3). Safer not to try: even harnessing every particle in the universe, you wouldn’t come close. But this book is no mere bestiary of numerical monsters. It shows how, by hunting down and studying ever-bigger numbers, arithmetic has reshaped human thought and made our modern era of science and computation possible.
Where many math books celebrate abstract algebra or ineffable infinities, Huge Numbers is both more practical and far weirder. It reveals a world where most numbers remain out of reach until we discover how to chase them down and tame them, and so remake our world again.

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