At a recent symposium, MIT Open Learning invited experts to discuss the power of VR and AR tools to drive engagement with education, says Steve Nelson, Program Manager, MIT Integrated Learning Initiative (MITili).
At a recent on-campus symposium titled “VR, Sound and Cinema:
Implications for Storytelling and Learning,” MIT Open Learning explored
the future of storytelling and learning through virtual reality (VR) and
augmented reality (AR).
The event featured a panel of faculty and industry experts in VR/AR,
cinema, and storytelling, showcasing the power of these tools and their
potential impact on learning. Speakers included Sanjay Sarma, vice president for Open Learning; Fox Harrell, a professor of digital media and artificial intelligence at MIT; Academy Award-winning director Shekhar Kapur; Berklee College of Music Professor Susan Rogers; Academy Award-winning sound designer Mark Mangini; and Edgar Choueiri, a professor of applied physics at Princeton University.
Harrell, who is currently working on a new VR/AR project with MIT
Open Learning, studies new forms of computational narrative, gaming,
social media, and related digital media based in computer science. His
talk focused on answering the question: “How do virtual realities impact
our learning and engagement?” He also screened a preview of Karim Ben Khelifa’s “The Enemy,” a groundbreaking virtual reality experience that made its American premiere at the MIT Museum in December 2017...
Finally, Susan Rogers, a professor of music production and
engineering and an expert in music cognition at Boston’s Berklee College
of Music, took the floor to talk about how technology is influencing
our daily lives.
“Our behavior is becoming further from reality the more our technology imitates reality,” she said.
Rogers’ assessment focused on reality versus truth, examining what
would happen to VR once it becomes so close to reality that it no longer
seemed virtual.
“Scientists worship the truth — so how can scientists appreciate virtual reality?” she asked.“It isn’t truth.”
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Source: MIT News