Business

Business

The Tipping Paradox: Why Sending Extra Cash Directly to Global Farmers Can Backfire

New research from the University of Virginia’s Darden School of Business reveals that blockchain-enabled consumer tipping for farmers can backfire. While the technology promises to send money directly to growers, a game-theoretic model shows intermediary firms may exploit tips as subsidies, cutting wholesale prices instead. A beneficial outcome requires moderately attractive farmer alternatives and sufficiently socially conscious consumers.

Psychology

Good Disruption: Inside Brain-Computer Interfaces

Podcast

In this episode of Good Disruption, UVA Professor Jack Van Horn joins hosts Yael Grushka-Cockayne and Mike Lenox to explore brain-computer interfaces, a rapidly advancing neurotechnology that translates brain signals into action. From restoring movement and communication to bypassing damaged neural pathways, BCIs hold remarkable promise — alongside significant challenges — as the field moves from science fiction to reality.

Artificial Intelligence

Want to AI-Proof Your Career? Buy a Boomer’s Blue-Collar Business.

MBA students are increasingly looking beyond tech startups to acquire “boring” blue-collar businesses like HVAC, plumbing, and landscaping firms. Darden professor Les Alexander explains why these businesses offer compelling fundamentals, AI disruption resistance, and strong growth potential — and how an unprecedented wave of Baby Boomer retirements is creating a rare window of opportunity for aspiring entrepreneurs through acquisition.

Environment

Why Long-Duration Energy Storage Could Be the Key to Grid Reliability

Podcast

When you think of energy storage what comes to mind? Batteries. But what if you need to store 1 GW of power (roughly 700,000 homes) over days, weeks, or a whole season? This is increasingly becoming a reality with an electric grid stretched by data center demand. Your traditional Li-Ion battery won’t cut it. It will require large-scale systems built to store and discharge massive amounts of energy on demand.