from the world's big
Recent studies suggest virtual reality porn can produce a more positive experience than viewing from a monitor or screen.
- Since early 2014 when Ela Darling, an adult entertainment actress recorded her first VR performance, the world of virtual porn has taken off.
- Recent studies suggests VR porn produces a more positive experience than typical porn viewing through a monitor or screen.
- RealityLovers, a top VR porn website, speaks about the benefits of virtual reality porn experiences and the future of VR adult entertainment.
Your brain on VR porn<p><a href="https://www.dailydot.com/debug/vr-porn-brain-study/" target="_blank">Daily Dot</a> covered a study that was done by a popular VR pornography website and the results were quite interesting (albeit from a small sample): according to the study, which had men between the ages of 18-45 watching the same clip on a flat monitor and then again with a VR headset, participants watching VR porn had to work harder to process the information. The article explains:<br></p><p style="margin-left: 20px;"><em>That's not necessarily a bad result... [B]oth VR and PC scored in the cognitive load "sweet spot," where users were neither overwhelmed with information nor bored by it... The participants' motivation, or whether they feel positive or negative about watching certain content, was also greater, or more positive, in the VR test.</em></p>The overall results of this study suggest that VR porn produces a more positive experience but is not too overwhelming. <a href="https://www.yourbrainonporn.com/rebooting-porn-use-faqs/what-about-virtual-reality-vr-porn/" target="_blank">Various studies</a> have since confirmed this original finding.
The rise of VR porn and what it means for the adult entertainment industry<img type="lazy-image" data-runner-src="https://assets.rebelmouse.io/eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJpbWFnZSI6Imh0dHBzOi8vYXNzZXRzLnJibC5tcy8yMzQyODIyNC9vcmlnaW4uanBnIiwiZXhwaXJlc19hdCI6MTYxMzMxOTc5OX0.YvFfshnjS5lKESA79Ry5DRISFga_iB9j-0ZFjkDY380/img.jpg?width=980" id="1c10c" class="rm-shortcode" data-rm-shortcode-id="1163a4c72e4cc565a59d26eb770769b4" data-rm-shortcode-name="rebelmouse-image" alt="\u200ba woman with a VR headset on watching VR porn" />
Photo: RealityLovers<p><strong>What is the viewing experience like?</strong></p><p><strong></strong>With some of the top VR porn websites having been around for up to five years now, the continued developments in technology have allowed the adult entertainment industry to advance in ways we could have only imagined, allowing viewers to have an incredibly realistic experience through platforms like <a href="https://realitylovers.com/news/what-is-the-viewing-experience-of-vr-porn-like/" target="_blank">RealityLovers</a>.</p><p>For those who have not yet experienced virtual reality porn, it's a completely immersive way to consume adult content. There are 180-degree and 360-degree porn websites available which allow you to explore the environment you're in, which can include exotic locations around the world or fantasy locations that don't exist in real life.</p><p>One of the most popular experiences is POV (point of view) porn, which allows you to view the scene from a first-person perspective. As you can imagine, this is a particularly popular genre of VR porn, although there are many other genres in existence.</p><p><strong>What equipment do you need to watch VR porn? </strong></p><p>Although VR systems used to be expensive, they are becoming increasingly more popular among the general public. From smartphones and Google Cardboard to Oculus Rift, Samsung Gear VR, and beyond, there are plenty of different options for VR equipment. </p><p>Most virtual reality porn websites are capable of accepting various types of VR systems, but you may need to check with the site to make sure the equipment you have (or are looking to purchase) is compatible with their platform. </p><p>Along with a VR headset of your choosing, there <a href="https://sextoycollective.com/best-male-sex-toys/vr/" target="_blank">are also some sex toys</a> that people choose to use to enhance their virtual reality experience. People who desire a totally immersive experience may opt for something like the <a href="https://www.kiiroo.com/products/the-fleshlight-launch-powered-by-kiiroo?sscid=61k4_pfkyx" target="_blank">Fleshlight Launch</a> (a male interactive sex toy that is able to sync with VR content through select platforms).</p><p><strong>VR porn and beyond…</strong></p><p>If you're curious about virtual reality porn, devices are more affordable than ever and more and more platforms are giving viewers access to virtual reality situations. The sex toy industry has also hopped on board, manufacturing more and more toys that are Bluetooth compatible, meaning you can sync them to your VR system and use them simultaneously. From POV sex to threesomes and more, virtual reality is quickly becoming a favorite way for people to bring their fantasies to life.</p>
Why finding joy is more easily attainable than the pursuit of happiness.
- Joy and happiness are often used synonymously, but designer Ingrid Fetell Lee argues that there is an important distinction between the two: time. Happiness is something that measures how good we feel over time, while joy is about feeling good in the moment.
- Noticing visual and sensorial patterns in the things that brought people joy, Lee was able to identify 10 "aesthetics": abundance, harmony, energy, freedom, play, surprise, transcendence, magic, renewal, and celebration.
- In this video, we learn more about each aesthetic and why focusing on joyful moments is the key to getting the most out of life.
Take the circumstances in your life seriously, but not literally. Here's why.
- Galileo was quite controversial, in part, because he argued that Earth moved around the sun, despite people's senses deluding them that the world was static.
- Evolution may have primed us to see the world in terms of payoffs rather than absolute reality — this has actually helped us survive. Those who win payoffs are more likely to pass on their genes, which encode these strategies to get to the "next level" of life.
- It's important to listen to people's objections because they may bring something to your attention outside your ken. Learn from them to make your ideas sharper.
They're made from stretchy, electroactive polymer films.
- The contact lens is made mainly from stretchy, electroactive polymer films.
- It's able to recognize subtle electrooculographic signals that we generate in the tissues near the eye.
- Samsung also recently filed a patent to develop what appear to be smart contact lenses.
Cai et al.<p>For now it's just a prototype — one that's too big to fit in the human eye, and which requires people wear conspicuous electrodes on their face. But the researchers suggested the system could someday be used "in visual prostheses, adjustable glasses, and remotely operated robotics in the future."</p><p>Samsung also appears interested in developing smart contacts. The South Korean company was recently <a href="https://www.wareable.com/ar/samsung-smart-contact-lens-augmented-reality-7459" target="_blank">granted a patent for lens technology</a> that could include augmented reality, projecting light directly onto the user's retina, motion sensing and a camera. The patent also includes a tiny antenna, suggesting it might be able to pair with an external device like a smartphone.</p><p>But even if developers can surpass the technological hurdles, it'll take years before any smart contact lens proves safe enough to make it market. </p>
Few could match the famous physicist in his ability to communicate difficult-to-understand concepts in a simple and warm fashion.
- Richard Feynman was a renowned physicist who conducted legendary work on quantum physics, the Manhattan Project, and investigating the Challenger explosion.
- Later in life, however, he became best known for his education work, gaining the nickname "the Great Explainer."
- His series, Fun to Imagine, works as an excellent primer to Feynman's unique educational style. Here are 9 science lessons he covers in his series.
1. Heat is just jiggling atoms<p>What we think of as heat is really just motion. Feynman explains that the sensation of heat is the "<a href="https://www.interaliamag.org/blog/richard-feynman-jiggling-atoms-its-fun-to-imagine/" target="_blank">jiggling</a>" of atoms — the jiggling atoms in hot coffee make it hot, and those atoms bump up against the atoms in the ceramic of your coffee mug, causing them to jiggle as well, making them hotter than they were before.</p><p>"It brings up another thing that's kind of curious," says Feynman. "If you're used to balls bouncing, you know they slow up and stop after a while. […] As it bounces, it's passing its extra energy, its extra motions, to little patches on the floor each time it bounces and loses a little each time, until it settles down, we say, as if all the motion has stopped." Instead, the downward motion of all the atoms in the ball have just been transferred into the floor, whose atoms are jiggling just a little bit more and has commensurately become just a little bit warmer. </p><p><em><strong>Start the top video at 0:50 to watch this lesson.</strong></em></p>
2. Fire is stored sunlight<p>Carbon and oxygen have a somewhat paradoxical relationship; once "close" enough to one another, they form a very strong partnership, snapping together. But if they're too "far away" from one another, they'll repel each other. Feynman likens it to a hill with a deep hole in the top. "[An oxygen atom is] rolling along, it doesn't go down in the deep hole because if it starts to climb the hill, it rolls away again. But if you made it go fast enough, it'll fall into the hole."</p><p>As we learned before, when we talk about heat, we're really talking about motion, and vice versa. So, if we heat up an atom of oxygen enough, it can roll up this hypothetical hill and fall into the hole. On its way, it might bump into other atoms of oxygen, sending them rolling up their hills, and falling into their holes, which maybe bump other atoms of oxygen at the same time. This cascades, over and over again, until you have what we call a fire. Wood, for instance, contains a lot of carbon. If the oxygen around it heats up enough, the oxygen and the carbon can meet up and make a partnership together into the form of CO2, releasing a lot of energy along the way. </p><p>Where did this stored energy come from? Originally, it came from the sunlight striking a tree, which was then cut down and harvested for its wood. "The light and heat that's coming out," explains Feynman, "that's the light and the heat of the Sun that went in. So, it's sort of stored Sun that's coming out when you burn a log."</p><p><em><strong>Start the top video at 7:18 to watch this lesson.</strong></em></p>
3. Rubber bands are jiggling, too<p>In addition to fire and the motion of atoms, heat is a big part of why rubber bands are stretchy. Rubber bands are composed of these kinked chains of molecules that, when stretched out, are bombarded by atoms from the environment that encourage those chains to kink up together again. Feynman proposes a little experiment: "If you take a fairly wide rubber band and put it between your lips and pull it out, you'll certainly notice its hotter. And if you then let it in, you'll notice its cooler."</p><p>"I've always found rubber bands fascinating," he adds. "The world is a dynamic mess of jiggling things if you look at it right."</p><p><em><strong>Start the top video at 12:08 to watch this lesson.</strong></em></p>
4. Magnetic force? That's a challenge to explain!<p>Why do magnets repel? "You're not at all disturbed by the fact that when you put your hand on the chair, it pushes you back." With magnets, "we found out by looking at it that that's the same force as, a matter of fact […] It's the same electrical repulsions involved in keeping your finger away from the chair." The difference, Feynman notes, and the thing that makes magnets seem so unusual, is that their repulsive force acts over a distance. This is because the atoms in a magnet are all spinning in the same direction, magnifying the force such that you can feel it at a distance.</p><p><em><strong>Start the top video at 14:53 to watch this lesson.</strong></em></p><img type="lazy-image" data-runner-src="https://assets.rebelmouse.io/eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJpbWFnZSI6Imh0dHBzOi8vYXNzZXRzLnJibC5tcy8xOTQ2MjQzNC9vcmlnaW4uanBnIiwiZXhwaXJlc19hdCI6MTYzMzMzNDI1OX0.MIcWlyzs-McGA_IAfGJ9_3q5z55pLawO9i5sIRSYTwE/img.jpg?width=980" id="39501" class="rm-shortcode" data-rm-shortcode-id="8a9ca9e4e4996759bf30f1a91257533e" data-rm-shortcode-name="rebelmouse-image" />
Richard Feynman while teaching.