Entries
Future in-space operations — across LEO (Low Earth Orbit), lunar missions, and out to Mars — will heavily leverage robotics and autonomy to improve systems performance, reduce risk to human crews, and contribute to novel mission capabilities. Robots have long been used for remote operations,
Wood has long been a cornerstone material in construction and design, yet traditional subtractive manufacturing methods often result in significant wood waste and elevated production costs. In contrast, additive manufacturing reduces material waste and production costs significantly, as it builds structures layer by layer,
The SM-920 is a revolutionary twin engine single aisle commercial airliner that will set a new standard for efficiency, performance, eloquence and style. It is the first airliner to benefit from an all new configuration in the last 50 years. With its distinguished style,
This project aims to enhance the efficiency and performance of rugged boards, essential for industrial, military, and aerospace applications. Key improvements focus on thermal management, power efficiency, structural integrity, and component reliability. Advanced cooling techniques, energy-efficient components, and robust materials will be employed to optimize thermal dissipation,
In the event of a vehicle crash, a series of SMS warnings are dispatched to nearby hospitals, ambulance services, and neighbors to ensure swift response and assistance. These messages are designed to convey critical information effectively, alerting hospitals and ambulances to prepare for potential casualties and incoming patients.
The electric vehicle market is projected at over 90 billion dollars in the next five years with over 200 million electric vehicles on the road by 2030. In the backdrop of this burgeoning EV scenario,
Tailored medical treatments represent the advent of individually-tested therapeutic interventions, providing optimal efficiency with minimal side effects. A new technique combines CRISPR gene-editing technology and artificial intelligence-guided drug design to create drugs specifically designed for the genetic makeups of individuals.
Designing an airport blast pad equipped with carbon dioxide (CO2) powder for emergency landings represents a significant leap forward in aviation safety infrastructure. This innovative concept aims to enhance the airport's ability to swiftly and effectively respond to critical incidents during aircraft emergencies, ensuring the safety of passengers, crew,
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