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Stanford Scientists Use Virtual Reality to Help Save the True World




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Simulation of Reality Oceanificationification of Stanford Virtual Reality (VR)Laboratory of Stanford Virtual Human Interaction

Climate terms like & # 39; threshold 2C & # 39; and & # 39; ocean acidification & # 39; almost does not arouse emotions. But the consequences of this phenomenon can easily overwhelm them: One hundred million people are projected to lose their lives in the next life 11 years old because of climate change. Approximately 75% of all humans can die because of deadly heat wave in 2100. The Stanford researcher has focused on Virtual Reality (VR) as a powerful tool to make the threat of abstract climate more profound and personal before the consequences of climate change threaten visceral and personal life. A paper today in the journal Frontiers in Psychology show how VR is a technology kick at the center of empathy that galvanizes us to act before it's too late.

Learning

Researchers used consumer grade VR devices and Ocean Ocean Acid Sense Simulation (SOAE) in 4 different experiments. Participants included 270 high school students, undergraduate and graduate students and adult participants at the 2016 Tribeca Film Festival.

SOAE illustrates the impact of climate change on our marine ecosystem. This simulation is publicly available for download free. You can choose between being a diver's avatar or becoming a pink coral that brings your best life to life on an underwater reef. That is, until you and all your colored underwater friends start dying en masse. Simulation time narrows the submarine layer to easily influenced intervals. In one version, the narrator's voice guides you to:

Look at the palm of your right hand. Notice how acidity has corroded sea slug skin. Take time to take a walk and look for sea slugs in this area. Can't find it? That's because there are no sea slugs living here. They cannot survive in this environment. Ocean acidification will have a significant impact on all shelled species, including oysters, clams, corals, and certain types of plankton. Without this species, all food tissues can collapse. "

See clips from studies and SOAE:

Results

Participants tested scores on ocean acidification after the simulation increased by more than 100%. Information on ocean acidification was tested and retention was shown more than three weeks later. The more time participants spend involved in the simulation, the more info they save. & Nbsp;

Postdoctoral researcher Geraldine Fauville said that this team was working on the "acting now" element of the simulation, exploring "real actions that individuals can think about and implement in their daily lives." In the science of marketing, this is the most important step in selling your message. Climate scientists and VR engineers have the potential to benefit from recruiting a marketing Don Draper to persuade humanity to click on the 'Act Now!' Button. & Nbsp;

Unexpected findings

"In VR history, we have talked a lot about how to use it for education," said Jeremy Bailenson, cognitive psychologist, founding director of Stanford University's Virtual Human Interaction Lab and co-author of this paper. He said the study showed "You can successfully install VR into the curriculum. People enjoy it. They learn. There are no negative consequences." This finding is expected. What's interesting and unexpected is why VR seems to increase knowledge and empathy. "In two of the four studies in this paper, we can predict how many people care about the environment and how much they want to learn more about the environment based on how much they move their bodies in simulation." In VR studies, this is referred to as "realized cognition" and Bailenson thinks this is a mechanism that causes messages to resonate. "Moving your body is a secret sauce here and what makes VR special," Bailenson said, while also noting that the findings were correlative, not always causal.

From the Stanford paper: "Participants who explore more virtual space form deeper cognitive associations with science content."

Today's research comes on the heels of unrelated paper published last month by Nobel Laureate and his team at the Max Planck Institute in Germany, thinking it uses a brain navigation system and knowledge is arranged spatially.

Collision

The participants reported VR experiences that were universally positive. "It's very cool, very responsive," said Cameron Chapman, 18. "I really feel like I'm underwater."

"It was far more realistic than I expected," said high school colleague Alexa Levison. "I am a visual learner. Seeing ocean acidification occurs differently than just hearing about it. "

The same enthusiasm is seen at the Tribeca Film Festival:

Jane Rosenthal runs this event where it is the VR wing of the festival and there are dozens of booths where you can enter and do VR, "said & nbsp;Bailenson. "This festival lasts for about one week. Open from morning to evening. We have a line of adults who are sometimes 100 people in length. They waited an hour, sometimes two hours, to learn about chemistry. "

The team demonstrated SOAE for Rhode Island's Senator Sheldon Whitehouse, Congressman Suzanne Bonamici from Oregon and former Senator Blanche Lincoln of Arkansas. "This simulation shows in the details of the rich destructive carbon pollution generated in our oceans," Whitehouse said after the Capitol Hill event organized by the non-profit environmental advocacy group Ocean Conservancy. "I appreciate the Experience of Sharpening the Stanford Ocean because it calls attention to the dangers facing our oceans and what we must do to protect them."

VR does not change the real commitment to climate rejection:

"I was fortunate enough to have a US Congressman who came to the lab and really did experience Ocean Sharpening," said Bailenson, congressman is a vocal climate change denier. "He served in our military in an amazing way. He came to the lab and was very respectful. He did two dozen demos where he was very Wre they. He doesn't just do movement. "The congressman was cooperative and involved, but when Bailenson asked for feedback on VR climate education, the answer he got was as sad as the rusty sea slug:

Let me do this right, "Bailenson negotiated. "I paraphrase. I didn't record it so I didn't have a direct quote. The general idea of ​​what he says is, you think that you are presenting my knowledge. What I see that you present is what we call democratic science. That is capital D for democracy. That is, you choose certain types of science that will resonate with Democrats but that is not universal. I've actually never heard that term before. I have heard it since then, because I have clearly seen it. It's about shrinking the moment that I have a while at work. The experience of the Stanford Ocean Sharpening has been highly researched by a number of scientists, our brilliant colleagues, [marine scientists] Kristy Kroeker and Fio Micheli. "It's all based on their work where every detail starts from how many centimeters from this snail now from this coral species, all the details," Bailenson stammered. "We put a lot of time and effort into and just the idea that polarization is high enough that marine science is discounted as a Democrat, that's not a high point."

Congressmen advised Bailenson about what he could do differently to convince people about climate change and its effects.

He was careful not to enter into the scientific details of the climate change model in particular. Because I don't think it will play for things that are comfortable talking about. He talked about the problem with the discussion of climate change policy is that it always affects its constituents. In the area, fracking is very large and natural gas is very large. He urged me if I tried to do a VR environmental conservation message, to show clearly how it did not contrast economic goals. "

Another proposal is one that Bailenson heard before – framing the conversation in terms of how changes in climate change change in migration patterns and how this affects things like the hunting season. "Overall it's a conversation where a man who has an extraordinary record serves our country, which is a very prominent member of parliament, who really tried it, at the end of the day, he just ignored what we built as Democrats."

Using VR, Bailenson managed to educate officials in the island nation of Palau about the negative impact of the environment. You can read about his work affecting MPs on conservation in an article written by Bailenson National geography.

Learn more about VR experiments, education, and environmental maintenance at Bailenson's Virtual Human Interaction Lab at Stanford University.

* Funding for this research is provided by Gordon and the Betty Moore Foundation.

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Simulation of Reality Oceanificationification of Stanford Virtual Reality (VR)Laboratory of Stanford Virtual Human Interaction

Climate terms like & # 39; threshold 2C & # 39; and & # 39; ocean acidification & # 39; almost does not arouse emotions. But the consequences of this phenomenon can easily overwhelm them: One hundred million people are projected to lose their lives in the next life 11 years old because of climate change. Approximately 75% of all humans can die because of deadly heat wave in 2100. The Stanford researcher has focused on Virtual Reality (VR) as a powerful tool to make the threat of abstract climate more profound and personal before the consequences of climate change threaten visceral and personal life. A paper today in the journal Frontiers in Psychology show how VR is a technology kick at the center of empathy that galvanizes us to act before it's too late.

Learning

Researchers used consumer grade VR devices and Ocean Ocean Acid Sense Simulation (SOAE) in 4 different experiments. Participants included 270 high school students, undergraduate and graduate students and adult participants at the 2016 Tribeca Film Festival.

SOAE illustrates the impact of climate change on our marine ecosystem. This simulation is publicly available for download free. You can choose between being a diver's avatar or becoming a pink coral that brings your best life to life on an underwater reef. That is, until you and all your colored underwater friends start dying en masse. Simulation time narrows the submarine layer to easily influenced intervals. In one version, the narrator's voice guides you to:

Look at the palm of your right hand. Notice how acidity has corroded sea slug skin. Take time to take a walk and look for sea slugs in this area. Can't find it? That's because there are no sea slugs living here. They cannot survive in this environment. Ocean acidification will have a significant impact on all shelled species, including oysters, clams, corals, and certain types of plankton. Without this species, all food tissues can collapse. "

See clips from studies and SOAE:

Results

Participants tested scores on ocean acidification after the simulation increased by more than 100%. Information on ocean acidification was tested and retention was shown more than three weeks later. The more time participants spend getting involved in the simulation, the more info they save.

Postdoctoral researcher Geraldine Fauville said that the team was working on the simulation element "acting now", exploring "concrete actions that individuals can think and apply in their daily lives." In the science of marketing, this is the most important step in selling your message. Climate scientists and VR engineers have the potential to benefit from recruiting a Don Draper from marketing science to persuade humanity to click on the 'Act Now!' Button.

Unexpected findings

"In VR history, we have talked a lot about how to use it for education," said Jeremy Bailenson, cognitive psychologist, founding director of Stanford University's Virtual Human Interaction Lab and co-author of this paper. He said the study showed "You can successfully install VR into the curriculum. People enjoy it. They learn. There are no negative consequences." This finding is expected. What's interesting and unexpected is why VR seems to increase knowledge and empathy. "In two of the four studies in this paper, we can predict how many people care about the environment and how much they want to learn more about the environment based on how much they move their bodies in simulation." In VR studies, this is referred to as "realized cognition" and Bailenson thinks this is a mechanism that causes messages to resonate. "Moving your body is a secret sauce here and what makes VR special," Bailenson said, while also noting that the findings were correlative, not always causal.

From the Stanford paper: "Participants who explore more virtual space form deeper cognitive associations with science content."

Today's research comes on the heels of unrelated paper published last month by Nobel Laureate and his team at the Max Planck Institute in Germany, thinking it uses a brain navigation system and knowledge is arranged spatially.

Collision

The participants reported VR experiences that were universally positive. "It's very cool, very responsive," said Cameron Chapman, 18. "I really feel like I'm underwater."

"It was far more realistic than I expected," said high school colleague Alexa Levison. "I am a visual learner. Seeing ocean acidification occurs differently than just hearing about it. "

The same enthusiasm is seen at the Tribeca Film Festival:

Jane Rosenthal runs this event where it is a VR festival wing and there are dozens of booths where you can enter and do VR, "said Bailenson. "This festival lasts for about one week. Open from morning to evening. We have a line of adults who are sometimes 100 people in length. They waited an hour, sometimes two hours, to learn about chemistry. "

The team demonstrated SOAE for Rhode Island's Senator Sheldon Whitehouse, Congressman Suzanne Bonamici from Oregon and former Senator Blanche Lincoln of Arkansas. "This simulation shows in the details of the rich destructive carbon pollution generated in our oceans," Whitehouse said after the Capitol Hill event organized by the non-profit environmental advocacy group Ocean Conservancy. "I appreciate the Experience of Sharpening the Stanford Ocean because it calls attention to the dangers facing our oceans and what we must do to protect them."

VR does not change the real commitment to climate rejection:

"I was fortunate enough to have a US Congressman who came to the lab and really did experience Ocean Sharpening," said Bailenson, congressman is a vocal climate change denier. "He served in our military in an amazing way. He came to the lab and was very respectful. He did two dozen demos where he was very Wre they. He doesn't just do movement. "The congressman was cooperative and involved, but when Bailenson asked for feedback on VR climate education, the answer he got was as sad as the rusty sea slug:

Let me do this right, "Bailenson negotiated. "I paraphrase. I didn't record it so I didn't have a direct quote. The general idea of ​​what he says is, you think that you are presenting my knowledge. What I see that you present is what we call democratic science. That is capital D for democracy. That is, you choose certain types of science that will resonate with Democrats but that is not universal. I've actually never heard that term before. I have heard it since then, because I have clearly seen it. It's about shrinking the moment that I have a while at work. The experience of the Stanford Ocean Sharpening has been highly researched by a number of scientists, our brilliant colleagues, [marine scientists] Kristy Kroeker and Fio Micheli. "It's all based on their work where every detail starts from how many centimeters from this snail now from this coral species, all the details," Bailenson stammered. "We put a lot of time and effort into and just the idea that polarization is high enough that marine science is discounted as a Democrat, that's not a high point."

Congressmen advised Bailenson about what he could do differently to convince people about climate change and its effects.

He was careful not to enter into the scientific details of the climate change model in particular. Because I don't think it will play for things that are comfortable talking about. He talked about the problem with the discussion of climate change policy is that it always affects its constituents. In the area, fracking is very large and natural gas is very large. He urged me if I tried to do a VR environmental conservation message, to show clearly how it did not contrast economic goals. "

Another proposal is one that Bailenson heard before – framing the conversation in terms of how changes in climate change change in migration patterns and how this affects things like the hunting season. "Overall it's a conversation where a man who has an extraordinary record serves our country, which is a very prominent member of parliament, who really tried it, at the end of the day, he just ignored what we built as Democrats."

Using VR, Bailenson managed to educate officials in the island nation of Palau about the negative impact of the environment. You can read about his work affecting MPs on conservation in an article written by Bailenson National geography.

Learn more about VR experiments, education, and environmental maintenance at Bailenson's Virtual Human Interaction Lab at Stanford University.

* Funding for this research is provided by Gordon and the Betty Moore Foundation.


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