Though it’s not the most commonly-used gaming engine anymore, RPG Maker hasn’t so much left

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Andrew Tate tells his supporters he will 'force' himself 'to breathe' when the time comes

If some influencers on TikTok are to be believed, eating a handful of carrots a day will give you a tan. An account called isabelle.lux posted last week to claim that eating three carrots each day would make you orange. And the fad is spreading like wildfire. @isabelle.lux #stitch with @Isabelle ⚡️ Lux ?CARROT TAN 101 take Astaxanthin (i get mine on amazon) #carrottan #selftan #selftanroutine Tanning hack routine Carrot tan before and after results But like most things promoted by beauty grifters on the internet, all is not what it seems. Two dieticians wrote in The Conversation on 27 September that, no, you probably won't get that golden tan just from eating a couple of root vegetables. They are Lauren Ball, professor of community health and wellbeing at The University of Queensland, and Emily Burch, a dietitian, researcher and lecturer, Southern Cross University. Here’s what they had to say. What is Carotene? The reason carrots are orange is because they contain beta-carotene, a natural pigment. When you eat it, your gut breaks it down into vitamin A, which helps vision, reproduction, immunity and growth. If you eat too much beta-carotene, it stops breaking it down into vitamin A. Then your poo goes orange. (No, really.) The excess beta-carotene gets stored in the liver and fat tissue, write Ball and Burch, and is excreted through your poo, or removed via sweat glands in the outer layer of the skin. This is when your skin goes orange, or “tanned”. There’s even a medical name for the condition – carotenoderma – which sees the orange pigmentation concentrated in the palms of your hands, the soles of your feet and the smile lines near your nose. So how many carrots do you need? “A few days of high carrot intake will unlikely result in a change in skin colour,” Bell and Burch write. Moreover, “no high quality trials have been conducted to test the relationship between number of carrots eaten per day and skin colour changes or other outcomes”. One published case report found that for a person who ate around 3kg of carrots per week (about seven large carrots a day) found the colour of their skin started to change. Other experts have suggest you would need to eat at least ten carrots per day, for at least a few weeks, for colour changes to occur. The experts added: “Most people would find this carrot intake challenging.” Is that even good for you? And while they continue that myths around beta-carotene being toxic for humans don’t quite stack up, there is a potential danger. “There is, however, some evidence that taking high-dose beta-carotene supplements (20 mg per day or more) increases lung cancer risk in people who smoke cigarettes or used to smoke,” they wrote. “This may be due to changes to chemical signalling pathways.” The Cancer Council therefore recommends avoiding high doses of beta-carotene supplements (more than 20 mg per day). But the good news is that if you really want to go a strange orange hue, beta-carotene is also found in parsley, basil, chives, chilli powder and sun-dried tomatoes. So as far as real fruit and veg is concerned, you might as well crack on. Read the full article in The Conversation here. Sign up to our free Indy100 weekly newsletter Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.

France’s ban of iPhone 12 sales due to radiation fears could have Europe-wide implications, regulators in Belgium, Germany and the Netherlands have warned. Apple will have to recall all iPhone 12 phones in France if corrective updates do not work, the country’s National Frequency Agency (ANFR) said on Tuesday, after tests revealed electromagnetic radiation that was 40 per cent above the legal limit. On Wednesday, the Dutch digital watchdog said it was looking into the ANFR report and is seeking an explanation from the US tech giant. “A norm has been exceeded. Fortunately, there is no acute safety risk but we will very shortly have a talk with producer,” Angeline van Dijk, an inspector with the Nederlandse Rijksinspectie Digitale Infrastructuur (RDI), told the Dutch newspaper Algemeen Dagblad. “The Netherlands attaches as much importance as France to safe use of mobile phones. Mobile phones must comply with European norms.” Belgium and Germany followed with statements of their own on Thursday, with network regulators saying that the French procedure could have a guiding function for the whole of Europe. The Independent has reached out to Apple for comment. Jean-Noel Barrot, France’s junior minister for digital economy, said on Tuesday that the ANFR’s data would be shared with other EU member states, potentially leading to a “snowball effect” for Apple. “Apple is expected to respond within two weeks,” he told the French newspaper Le Parisien. “If they fail to do so, I am prepared to order a recall of all iPhones 12 in circulation. The rule is the same for everyone, including the digital giants.” The iPhone 12 series of smartphones were already set to be discontinued following the unveiling of the iPhone 15 on Tuesday, meaning any sales ban would not have a significant impact on Apple’s phone sales. A continent-wide recall would have considerable implications for the world’s richest company, however, if a solution is not found. Read More iPhone 15: Everything Apple killed off at its major live event Everything Apple killed off at iPhone 15 event The iPhone has gone all grown-up. Here’s why we should be grateful Why Apple getting rid of lightning cable iPhone charger is a big deal

SAVE $54.82: As of Oct. 24, you can get the Xbox Elite Series 2 Core

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PlayStation boss Jim Ryan is stepping down from the company, Sony announced Wednesday.

A new experiment demonstrates that commercial solar farms in space could one day be possible, according to the researchers behind it. Scientists from the UK say that a satellite launched into space to test the opportunities to gather sunlight for power has shown more success than expected. The experiment showed that it was possible to make lightweight solar panels at low cost that would be able to work in space, researchers said. They sent one of those units into space and examined how it worked over a period of six years and 30,000 orbits. It was able to withstand the solar radiation and other damage of space, they said, and continue generating power. “We are very pleased that a mission designed to last one year is still working after six. These detailed data show the panels have resisted radiation and their thin-film structure has not deteriorated in the harsh thermal and vacuum conditions of space,” said Craig Underwood from the University of Surrey, “This ultra-low mass solar cell technology could lead to large, low-cost solar power stations deployed in space, bringing clean energy back to Earth – and now we have the first evidence that the technology works reliably in orbit.” The panels were made at the University of Swansea, and used a new kind of solar cell made out of cadmium telluride. That material allows for larger panels at lighter weights, which provide more power and are relatively cheap. Colleagues at the University of Surrey then built those panels into a satellite that could be delivered to space, as well as the technology to measure how they continued to perform once they were in orbit. Those measurements showed that the panels gradually became less efficient, but researchers say they nonetheless showed that the panels could eventually be commercially viable. Solar farms in space would overcome many of the problems with existing renewable infrastructure on Earth. The solar farms could allow for more space on the ground, but more notably would be able to avoid issues caused by weather and benefit from more intense sunlight than there is on the surface. Making units that are able to withstand the difficulties of space is just one of a number of challenges for solar farms in space. There would also need to be a way to get the energy back down to us, for instance – though this summer researchers were able to successfully beam power down to Earth using microwaves. A study describing the findings, ‘IAC-22-C3.3.8 Six years of spaceflight results from the AlSat-1N Thin-Film Solar Cell (TFSC) experiment’, is published in the journal Acta Astronautica. Read More Scientists receive powerful ‘radio burst’ that travelled billions of years Apple announces surprise event: ‘Scary fast’ ChatGPT and other chatbots ‘can be tricked into making code for cyber attacks’

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