Advanced medical training in VR, SummerBase session 1

Datum: 22 mei 2017 Geschreven door: In:

PLEASE BE AWARE YOU NEED TO REGISTER THROUGH EVENTBRITE!

We charge a small fee so we can ensure quality and fill up the limited seats available. In exchange for the fee we have free drinks and snacks!

Tickets can be found here: https://www.eventbrite.co.uk/e/advance-medical-training-in-vr-summerbase-session-1-tickets-34791327798

Welcome to SummerBase, throughout the summer we will provide you with several VR events. Nearly every week we will host a different subject with different speakers at VRBASE! You can buy a passe-partout (access to all the summer base events) for only 25 euros! Please check this link for more info about the passe-partout and the different events that will follow. It will be a VRtasic summer!!!

Passe- Partout: https://www.eventbrite.co.uk/e/summerbase-full-access-tickets-34793629683

The Stanford Virtual Heart: using virtual reality for 21st century healthcare education.

For this medical event we invited Dr. David Axelrod from Stanford university to teach us about his work. 

Virtual Reality can provide an immersive and interactive educational environment. Collaborating with software engineers from the gaming industry and complex scientific concepts from medicine, Stanford University and Lighthaus have created the Stanford Virtual Heart. This VR experience educates trainees and students in congenital heart disease, while also providing an environment for patients and families to understand the human heart. Dr. David Axelrod is a pediatric cardiologist, and he will share the story of the development of the Stanford Virtual Heart, the exciting advances using VR in medicine, and the future possibilities for VR and AR in healthcare and science education.

Agenda:

17.00 – 18.00 walkin

18.00 – 19.00 presentation

19.00 – 20.30 demo’s and drinks

https://www.youtube.com/watch?v=xW1EMBVmAW4

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LAATSTE NIEUWS

UITSPRAAK OVER VR

"To begin with, Virtual Reality is a part of computer science and it represents a new approach to computer science. Instead of treating the computer as a box that's out there that is supposed to accomplish something, you put a human being in the center and say, "Let's look at the human being closely. Let's see how people perceive the world or how they act. Let's design a computer to fit very closely around them, like a glove, you might say. Let's match up the technology to exactly what people are good at.""
Jaron Lanier, 1992