A student-led hackathon, in partnership with Google, signals a shift in the AI landscape—moving beyond simple chatbots toward multimodal, real-time applications that bridge the gap between technical theory and business innovation.
The company’s CEO Meredith Kopit Levien explains how a 175-year-old institution became a digital subscription powerhouse — while defending journalism’s future in the AI era.
Bitar, Managing Partner of Rho Acceleration, shared insights from more than three decades of experience across private equity, global investing, and board leadership.
Geothermal is a proven, clean source of baseload power. Yet despite decades of operational success, it accounts for less than 1% of global electricity generation. That's about to change.Conventional hydrothermal systems are ready to deploy today, and next-generation technologies like enhanced geothermal systems (EGS), closed-loop systems, and superhot geothermal will unlock heat resources beyond naturally occurring reservoirs, dramatically expanding geothermal potential.With federal support in the United States and unprecedented private investment, we've entered geothermal's breakout decade.Geothermal Power Deck (PDF)Geothermal Heating & Cooling Deck (PDF)
At Columbia Business School’s Alleycon 2026, faculty, founders, and investors argued that in an era of exponential AI and technological acceleration, the biggest risk is hesitation.
A new rent index methodology from Columbia and CompStak uses detailed lease data to track rent changes for comparable CRE space across locations and over time, avoiding the composition biases that distort traditional measures.Stijn Van NieuwerburghEarle W. Kazis and Benjamin Schore Professor of Real Estate, Finance Division Wayne YuSVP of Data, CompStak
At Columbia Business School’s annual Healthcare Conference, Dexcom President and CEO Jake Leach explains how breakthrough innovation is continuing to shape the future of diabetes management while expanding into a broader health technology platform.
Research shows that up to half of dementias may be preventable by addressing modifiable risk factors. These programs are typically delivered in person, are resource-intensive, and reach only a small fraction of the people who could benefit.
At its core, AVO leverages AI to process patient data directly from the Electronic Health Record (EHR), maps that data against clinical best practices, and produces "copilots" that automate clinician workflows.
Despite leaps in medical technology, as many as 30 to 40 percent of surgical patients end up unsatisfied with their surgical outcomes due to lingering pain or mobility issues. AI-powered “digital twin” technology offers an opportunity to reduce the reliance on clinical heuristics—those experience-based shortcuts passed down through mentorship—for a more precise, bespoke approach to surgical care.
Today's AI systems are powered by vast models trained on data from across the internet. But this approach has stalled in the complex and critical field of healthcare, because while AI excels at retrieving facts, it falls short in handling the nuanced realities of clinical environments.
In her new book, Massively Better Healthcare, Halle Tecco, founder of Rock Health and adjunct professor at Columbia Business School, outlines a practical roadmap for earning trust, using AI responsibly, and creating lasting change as a healthcare innovator.