A seismologist deploys 20 AI-powered sensors across a tectonic zone. Each sensor transmits data every 10 minutes, generating 1.6 MB per transmission. How many terabytes of data are collected from all sensors over 72 hours?

["How AI-Powered Seismology Dramatically Increases Data Collection: A 72-Hour Sensor Deployment Explained", "In a groundbreaking advancement for earthquake science, a dedicated seismologist has deployed 20 AI-powered sensors across a high-risk tectonic zone to enhance real-time seismic monitoring. Equipped with intelligent data processing and high-frequency transmission, each sensor sends critical data every 10 minutes, generating 1.6 megabytes (MB) per transmission. This deployment exemplifies how artificial intelligence and sensor networks are revolutionizing geophysical research.", "### The Scale of Data Collection", "Over a 72-hour period—equivalent to 72 × 60 = 4,320 minutes—each sensor transmits data every 10 minutes, resulting in:", "[\n\frac{4,320}{10} = 432 \ ext{ transmissions per sensor}\n]", "With 20 sensors operating simultaneously, the total number of transmissions is:", "[\n20 \ imes 432 = 8,640 \ ext{ transmissions}\n]", "Each transmission produces 1.6 MB of data, so total data generated is:", "[\n8,640 \ imes 1.6 = 13,824 \ ext{ MB}\n]", "Convert megabytes to terabytes (1 TB = 1,000,000 MB for easy large-scale analysis):", "[\n\frac{13,824}{1,000,000} = 0.013824 \ ext{ TB}\n]", "### Data Volume in Context", "While 0.0138 TB may seem modest, the value lies not in raw size but in AI-driven intelligent analysis. These sensors, enhanced by machine learning, process data in real time, detecting subtle seismic activity invisible to traditional systems. The continuous, high-frequency flow of AI-optimized data enables earlier earthquake prediction, improved risk modeling, and deeper insights into tectonic behavior.", "### Key Takeaways", "- Deployment: 20 AI-powered seismic sensors\n- Transmission frequency: Every 10 minutes\n- Data per transmission: 1.6 MB\n- Duration: 72 hours (4,320 minutes)\n- Total data collected: 13,824 MB or ~0.0138 TB\n- Real impact: Accelerated seismic monitoring, smarter hazard forecasting", "This deployment highlights how modern sensor networks, powered by AI, are transforming geosciences by turning massive streams of data into life-saving knowledge. With every transmission, researchers inch closer to predicting earthquakes more accurately—and saving lives.", "Keywords: seismologist, AI sensors, tectonic zone, data collection, seismic monitoring, 72-hour data, real-time earthquake detection, geophysical research, sensor network, 1.6 MB per transmission, terabytes of seismic data."]