Wentworth Institute of Technology announced it has selected Huntington Development Group (HDG) to develop a mixed-use life sciences project at 500 Huntington Avenue. Huntington Development Group is a joint venture of The Fallon Company, Owens Companies and Waldwin Development Company. "Huntington Development Group is committed to making the development of 500 Huntington a truly game-changing project for Wentworth, the neighborhood, and the broader community" "This project will play a key role in securing the university's future as a cutting-edge, hands-on center for educational opportunity, and we are thrilled to partner with Huntington Development Group to make it happen," said Wentworth President Mark A. Thompson. "This is an endeavor that will have a tremendously positive impact on our students and the surrounding community, particularly Mission Hill and Fenway, so it is important to work with a team with deep ties to and intimate knowledge of the local real estate landscape and a track record of delivering transformational projects." Plans call for an approximately 640,000 sq.-ft. The project will also feature publicly accessible open space for the community and Wentworth students, faculty and staff.

In 1950, Alan Turing, already famous for helping to crack the German Enigma code during World War II, devised the Turing test to define intelligence in machines. Could a computer, Turing asked, fool a human into thinking he was interacting with another person, or imitate human responses so well that it would be impossible for a person to tell the difference? If the machine could, Turing proposed, it could be considered intelligent. Turing's thought experiment spawned scores of science-fiction tales, such as the 2015 hit movie Ex Machina. Now, artificial intelligence (AI) and autonomous algorithms are not only passing the Turing test every day but, more importantly, are making and saving money for the businesses that deploy them.

In 1950, Alan Turing, already famous for helping to crack the German Enigma code during World War II, devised the Turing test to define intelligence in machines. Could a computer, Turing asked, fool a human into thinking he was interacting with another person, or imitate human responses so well that it would be impossible for a person to tell the difference? If the machine could, Turing proposed, it could be considered intelligent. Turing's thought experiment spawned scores of science-fiction tales, such as the 2015 hit movie Ex Machina. Now, artificial intelligence (AI) and autonomous algorithms are not only passing the Turing test every day but, more importantly, are making and saving money for the businesses that deploy them.

In 1950, Alan Turing, already famous for helping to crack the German Enigma code during World War II, devised the Turing test to define intelligence in machines. Could a computer, Turing asked, fool a human into thinking he was interacting with another person, or imitate human responses so well that it would be impossible for a person to tell the difference? If the machine could, Turing proposed, it could be considered intelligent. Turing's thought experiment spawned scores of science-fiction tales, such as the 2015 hit movie Ex Machina. Now, artificial intelligence (AI) and autonomous algorithms are not only passing the Turing test every day but, more importantly, are making and saving money for the businesses that deploy them.