N'Golo Kante FIFA 23 End of an Era SBC is now live. Here's how to complete the SBC and if it's worth it.

If your dog cries in the presence of a high-value treat or toy, know they’re following their natural instincts.

There was a certain kind of older brother in the 2000s. He didn't even have

Ever wanted to travel back in time? Well, now you can! (Kind of) You see, whilst the world largely uses the Gregorian calendar, introduced in 1582 by Pope Gregory XIII, some countries have different ways of dividing the year, such as Ethiopia. Prior to the Gregorian calendar most of the Roman World and Europe used the Julian calendar, introduced by Julien Caesar in 45 BCE. The reason the Julian calendar was phased out and replaced is because it was slightly out of sync with the Earth's orbit around the Sun. The transition was not easy, spanning hundreds of years and meaning countries lost between 10 and 13 days. In Ethiopia it is currently 2016 (maybe someone should warn them of what's to come?) Ethiopians follow a 13 month calendar - Meskerem, Tikimt, Hidar, Tahsas, Sir, Yakatit, Maggabit, Myazya, Ginbot, Sene, Hamle, Nehasa, and Pagume. 12 of the months consist of exactly 30 days each, with the final month having five or six days, depending on whether it's a leap year. The time of day is different to how most us understand it too, with the day divided into two 12-hour halves that begin at 6am rather than midnight. The reason it's currently 2016 in Ethiopia goes back to 500 CE. In 500 CE, the Catholic Church changed its calculations of when Jesus was born, but the Ethiopian church did not, and as an extra side bonus this places their new year on the Gregorian September 11. Due to never being colonised, Ethiopia continued to use the older calculations resulting in them living in 2016. 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.

Scientists have invented a type of electronic skin that can “talk directly to the brain”, allowing amputees to feel a human-like sense of touch through prosthetic limbs. The ground-breaking artificial skin is embedded with sensors for temperature, pressure and strain, which are converted into electrical signals – similar to how nerve impulses communicate with the brain. The wearable electronic circuit, known as a monolithic e-skin, was developed by a team from Stanford University, who detailed their breakthrough in a study published in the journal Science. Stanford University’s Zhenan Bao, who was a senior author of the study, told The Independent that the next-generation technology could also be used to feel objects and sensations while controlling a robotic limb remotely. “We’ve been working on a monolithic e-skin for some time,” Professor Bao said. “The hurdle was not so much finding mechanisms to mimic the remarkable sensory abilities of human touch, but bringing them together using only skin-like materials.” Weichen Wang, a doctoral candidate in Bao’s lab, added: “Much of that challenge came down to advancing the skin-like electronic materials so that they can be incorporated into integrated circuits with sufficient complexity to generate nerve-like pulse trains and low enough operating voltage to be used safely on the human body.” A prototype of the e-skin, which is about the thickness of a piece of paper, is the first to combine all the desired electrical and mechanical features of human skin in a soft and durable form. The team now plans to increase the scalability of the technology and develop an implantable chip to allow wireless communication through the body’s peripheral nerve. Other recent research into electronic skin has focussed on robotics, aiming to provide robots with sensory feedback and physical self-awareness. A team from the University of Edinburgh unveiled a device earlier this year that offered perceptive senses “similar to those of people and animals”. A separate study in 2023 from engineers at the California Institute of Technology (Caltech) outlined a type of artificial skin capable of sensing toxic chemicals, which could allow robots to detect anything from pollution in rivers to nerve agents and biohazards. Read More AI robots figure out how to play football in shambolic footage Scientists develop device that allows amputees to feel warmth in phantom hand Charting the controversial rise of the world’s most popular app Montana TikTok ban ‘unconstitutional’ and ‘impossible to enforce’

AUBURN, Wash.--(BUSINESS WIRE)--Jun 19, 2023--

At the biggest Middle Eastern energy conference this week, oil won’t be top of the agenda. Ministers and

Apple Inc.’s new iPhone 15 Pro Max quickly saw initial delivery times slip into October as the new

Overwatch 2 fans can get their hands on some free rewards this May through special Twitch drops. Here's what's up for grabs, and when you can earn them.

Even a company as mighty as Google, and even a technology with as much potential

The Sun has been punching holes in the Earth’s magnetic field lately – but that’s not as alarming as it sounds. Instead, they have been sparking magnificent light shows across Europe and North America, made up mainly of crimson auroras and sustained periods of red sky. The displays have been caused by disturbances in the Earth’s magnetic field, which happened after a massive ejection of plasma from the Sun came hurtling our way. The event, known as a coronal mass ejection, made a hole in the planet’s magnetic field, allowing highly charged particles to make their way in and cause a geomagnetic storm. Normally, the Northern Lights are made up of mainly green, with the occasional flash of other colours including red. However, longer periods of red light shows are very rare. The highly charged particles then get channelled towards the north and south poles, where they interact with gas molecules in the atmosphere. They, in turn, release photons, causing the aurora borealis in the north and aurora australis in the south. Normally, the Northern Lights are made up of mainly green, with the occasional flash of other colours including red. However, longer periods of red light shows are very rare. But what makes this geomagnetic storm different is that the particles coming from the Sun collided with oxygen atoms higher in the Earth’s atmosphere than normal. The altitude at which this interaction happens dictates the colour of the aurora. This time, the charged particles were between 300 and 400 kilometres in the sky. There, the oxygen is less concentrated and doesn’t need as much energy to cause it to react. It all adds up to a flash of crimson red light in the sky. Somewhat excitingly for aurora-watchers, this sort of event is likely to get more common over the next two years, as the Sun’s activity becomes heightened until its peak in roughly July 2025. Looks like there will be more of these incredible ruby light shows soon enough. 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.

SAN JOSE, Calif.--(BUSINESS WIRE)--Jun 14, 2023--