Microsoft Corp.’s $69 billion acquisition of Activision Blizzard Inc. was temporarily blocked by a federal judge in California,

Meta could soon launch a web version of Threads, as users grow frustrated with the lack of features on the platform. Threads was launched early in July, and quickly became the fastest growing app ever. It appeared to have been launched early to capitalise on the problems that have engulfed Twitter since Elon Musk bought it and renamed it X, and quickly gathered users as a result. That speed of launch does however appear to have left the app without a variety of basic features. In the weeks since, the company has been rushing to add new ways of using the app that have been missing since its launch. In recent days, for example, Threads has added the option to share threads posts on Instagram DMs, see a list of liked posts, and sort the accounts that are being followed. But it is still lacking perhaps the most basic feature of any social network: the ability to use it outside of an app. While many rival networks such as Twitter began as web versions, Threads still does not have a version that can be used on desktop computers or outside of the app. In a recent post, head of Instagram Adam Mosseri said the company is “working on it”. “We’ve been using an early version internally for a week or two,” he wrote on Threads. “Still needs some work before we can open it up to everyone though…” Mark Zuckerberg also said two weeks ago that the company was looking to build a “vibrant long term app” and that it had “lots of work ahead”. That includes the addition of “search and web”, which he said would arrive “in the next few weeks”. Now the Wall Street Journal has reported that the web version of the app could come as early as this week. But it noted that the “launch plans aren’t final and could change”. Threads does offer some features on the web. Users can click on links to Threads and see individual posts and replies, for instance, but there is no way to get back to a feed of accounts that a user is following. Instagram has always been relatively resistant to adding new platforms to its social network. The main Instagram app has only a relatively scaled-down version as its web offering, and it still does not offer a version of its app for iPad. Read More Mark Zuckerberg hits out at Elon Musk for wasting time over cage fight Japanese scientists hoping for a message from alien life imminently iPhone 15 could bring two major changes to fix battery life

Scientists are challenging the way many people think about ancient hunter gatherers, after finding that women may have been better hunters than men. New findings have shown that while there are clear differences between the sexes when it comes to biology, the idea of men being naturally better suited to hunting is a myth. New research from professor Cara Ocobock points to women being metabolically better placed to hunt. Ocobock is an assistant professor in the Department of Anthropology and director of the Human Energetics Laboratory at the University of Notre Dame. She published a study on the subject alongside anthropologist Sarah Lacy at the University of Delaware. The research also points to female hunters dating back to the Holocene period which were uncovered buried with hunting tools – and they’re challenging widely held assumptions over gender roles with the study. Ocobock said in a statement: "This was what everyone was used to seeing. This was the assumption that we've all just had in our minds and that was carried through in our museums of natural history." “Here we review and present emerging physiological evidence that females may be metabolically better suited for endurance activities such as running, which could have profound implications for understanding subsistence capabilities and patterns in the past,” the pair wrote. That’s due to the fact that the presence of the hormones estrogen and adiponectin give women the upper hand when it comes to endurance – a factor which would have been “critical in early hunting because they would have had to run the animals down into exhaustion before actually going in for the kill”. The presence of those hormones is better for modulating fat and glucose. As such, estrogen makes the body use stored fats for energy before turning to carbohydrates. “Since fat contains more calories than carbs do, it’s a longer, slower burn, which means that the same sustained energy can keep you going longer and can delay fatigue,” Ocobock said. “Estrogen is really the unsung hero of life, in my mind. It is so important for cardiovascular and metabolic health, brain development and injury recovery.” “With the typically wider hip structure of the female, they are able to rotate their hips, lengthening their steps. The longer steps you can take, the ‘cheaper’ they are metabolically, and the farther you can get, faster.” “When you look at human physiology this way, you can think of women as the marathon runners versus men as the powerlifters.” Sign up for our free Indy100 weekly newsletter How to join the indy100's free WhatsApp channel 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

The next version of the Apple Watch may use 3D-printed components. Ming-Chi Kuo, an analyst

Yu Suzuki has teased that a prequel to 'Shenmue' could be on the way, four years after he released the third instalment of the classic 1990s series.

PetroChina has acquired 100% of electric vehicle (EV) charging firm Potevio New Energy Co Ltd in the latest

UPDATE: Jun. 22, 2023, 12:30 p.m. EDT This story has been updated with the latest

WASHINGTON Former President Donald Trump returned to the social media site X, formerly known as Twitter, with a

DES PLAINES, Ill.--(BUSINESS WIRE)--Jun 28, 2023--

Minuscule traces of metal from space junk that's designed to be disposable are invisibly polluting the Earth's atmosphere, a new study has found. In recent times, spacecrafts launched into space have been designed so that they fall out of orbit and fall back down to Earth after their intended use. So instead of the materials crashing on land, they can burn up in the upper atmosphere. Although the debris of rockets and satellites burn up when re-entering the planet's atmosphere, the consequences of metal vapour being left behind currently remain unknown. But given the amount of space exploration taking place, the amount of metal vapour is expected to rise in the years to come. Physicist Daniel Murphy of the National Oceanic and Atmospheric Administration (NOAA) has led a team of researchers to investigate what effects this metal vapour could have as well as its impact over time and this study was published in Proceedings of the National Academy of Sciences, as per Science Alert. He listed "iron, silicon, and magnesium from the natural meteoric source" as the current refractory material in stratospheric particular. Murphy has warned how this composition could be affected by the metal vapour from space junk. "However, the amount of material from the reentry of upper-stage rockets and satellites is projected to increase dramatically in the next 10 to 30 years," he wrote. "As a result, the amount of aluminum in stratospheric sulfuric acid particles is expected to become comparable to or even exceed the amount of meteoric iron, with unknown consequences for inclusions and ice nucleation." To find out if metal vapour remained, Murphy and his team took and analyzed 500,000 stratospheric aerosol droplet samples to see if they had traces of spacecraft metals. Aerosols contain sulfuric acid droplets made from the oxidation of the carbonyl sulfide gas and in the atmosphere, this can appear naturally or as a pollutant. Metal and silicon traces can be found in these droplets too, acquired from meteors which vaporize upon atmospheric entry. Around 20 metals were discovered from this research, and while some metals had similar ratios to the vaporizing meteors, other metals such as lithium, aluminium, copper, and lead exceeded the anticipated amounts. Particles from vaporized spacecraft were found in 10 per cent of stratospheric aerosols over a certain size while other common spacecraft metals such as niobium and hafnium were also present. Consequently, these traces of spacecraft particles could affect how water freezes into ice in the stratosphere, and stratospheric aerosol particles could change in size. Due to more space exploration planned in an "era of rapid growth" for the industry, the researchers predict "the percentage of stratospheric sulfuric acid particles that contain aluminum and other metals from satellite reentry will be comparable to the roughly 50 per cent that now contain meteoric metals." 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.

LONDON--(BUSINESS WIRE)--May 30, 2023--

LUGANO, Switzerland--(BUSINESS WIRE)--Jun 26, 2023--