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b"Labster CEO Michael Jensen was on XR for Learning not-too-long ago, talking about how XR can teach kids science in the classroom. Now he explains to Alan how that same technology is making professional training safer and more cost-effective.\\n\\n\\n\\n\\n\\n\\n\\nAlan: Hey, everyone. Alan Smithson here. Today we're speaking with Michael Jensen, CEO of Labster, a venture backed, award winning company that focuses on revolutionizing the way science and safety is taught at companies, universities, colleges, and high schools all over the world. They started with creating multimillion dollar science labs in a VR headset. And now they're ready to take on the enterprise training world. All that and more, coming up next on the XR for Business podcast.\\n\\n\\n\\nMichael, welcome to the show.\\n\\n\\n\\nMichael: Hey, Alan, thanks so much, honored to be here.\\n\\n\\n\\nAlan: It's my absolute pleasure to have you. I know you were on my partner and wife Julie's podcast, XR for Learning. And I learned all about how Labster is revolutionizing how we teach science, and making it more exciting, gamified, but also bringing the opportunity to create multi-million dollar science labs for the cost of a cup of coffee. So let's unpack that. Michael, how did you get into this?\\n\\n\\n\\nMichael: Yeah, so that actually started about nine years ago, when my co-founder and I saw an opportunity to create much more engaging online learning content for students and learners around the world. Basically, most people were learning in very boring, non-engaging formats as we saw it. And at the same time, we saw these billions of dollars being invested into the gaming industry to create really engaging games. And we thought, why not find a way to combine and merge the learning world and the gaming world in a more engaging way, so that we can engage learners in the content, make them more excited about the topics, but also use these mechanisms to help them understand some of these more complex concepts in a much better way.\\n\\n\\n\\nAlan: Walk people through what a typical Labster lab looks like, and why this is exciting.\\n\\n\\n\\nMichael: There's two main components that we really looked at. One is engagement -- as I just talked about -- and the other one is timesaving, cost savings. And so what we looked at was, how can we best address some of the biggest challenges in the industry by presently creating virtual training -- similar to a flight simulator that was revolutionizing pilot training -- and then create, for instance, virtual laboratories to simulate dangerous experiments or dangerous scenarios -- like safety training -- and then that way help the universities, in our case as well as high schools -- but now also corporates -- dramatically reduce their cost and saving, as well as the time spent on this training.\\n\\n\\n\\nAnd we did a huge research project now -- about two years ago -- a $6-million research project involving hundreds and hundreds of employees around the world in large pharma companies, to really analyze and understand, does this really help? Is there a way for us to create better, more engaging content? And if so, does that really help students or learners understand it better? And does it also help save costs? And the results were quite overwhelmingly positive, was published and peer reviewed -- among others -- in Nature magazine, where we saw more than a doubling of the learning outcomes, as well as engagement for learners, compared to -- for instance -- standard online e-learning training, or even personal one-on-one training. So even compared to a personal one-on-one trainer, we found that this virtual immersive training format can be far superior, both in costs, as"