Understanding the intricate complexities of the physics involved in how humans walk while steadily holding a cup of coffee could provide a key to making major advances in robotics, prosthetics, automation and manufacturing technologies. It’s all explained in a new research paper  based on work by Brent Wallace, a Fulton Schools electrical engineering doctoral student, that was supervised by Fulton Schools Professor Ying-Cheng Lai, an electrical engineer and physicist. The research studies conclude that a systematic quantitative understanding of how humans interact dynamically with their environment, along with mimicking of behaviors adopted by humans in handling complex objects, could help revolutionize many technological processes and systems. The article and related reports are also published in ASU News, Science Magazine, Gamers Grade, Florida New Times, Samachar Central, TechCodex, True Viral News, Today Biz News, Verity News Now, Reporter Wings, FUNTiTECH, Digichat, International Communicaffe CNET.com, MessageToEagle, TechiLIve, Coffee Talk, Nanowerk news, ScitechDaily, Sprudge, APB Live KTEX.Iheart.com, Kiss95.1FM, u92slc.com, WCCQ.com, Prestige Online, UGOLINI News, NewsBrig

See Also: The Mind-Bending Physics Of Walking With Coffee May Save Humanity, For Now, Forbes, September 9
Physics explains why humans can walk through crowded places and not spill their coffee, Physics World, September 10 
Physics Behind Walking With Cup of Coffee on Hand Without Spillage; Can It Be Applied to Soft Robotics? Science Times, September 8
How Humans Walk and Carry a Cup of Coffee Is a Bit of a Physics Mystery, Food & Wine, September 8
Five Things You Need to Know to Start Your Day, Bloomberg, September 8 (See “What we’ve been reading”)