Lifeboat Foundation

Don’t always follow what is popular, as what is good becomes popular, like the iPhone vs Nokia phones. How many people has Tiktok poached from Facebook? WeChat is inspiring Elon Musk. Yeah China has made fake stuff in the past, but this isn’t as well as China’s electric car market. I don’t discriminate, and I even want to buy my parents a Nigerian car that runs on LNG and CNG. Eric I hope if they make this concept, you buy Gen this Honor V Purse, or even buy both of you the Honor Magic V2.

Honor Magic V2 and Honor V Purse Unboxing, First Look and Impressions. Sponsored by HONOR.
►HONOR Magic V2: https://www.hihonor.com/global/phones/honor-magic-v2/?utm_so…=kolreview.

Continue reading “Honor Magic V2 & Honor V Purse — The Future of Foldables?” »

What if we could replace a time-consuming analysis, an important prerequisite to judge the right mix of isotopes to use?

Why can’t we find power the same way stars do— clean, renewable, and free of radioactive waste?

Humanity’s quest for clean and sustainable energy sources has reached a pivotal moment as researchers explore nuclear fusion. Unlike current nuclear fission plants that produce energy at the cost of radioactive waste, nuclear fusion offers the promise of virtually limitless and environmentally friendly power generation.

Images of the new, refreshed Tesla Model 3 electric vehicle (EV) has been revealed ahead of the model’s official debut in Europe and China. This is the first time Tesla has chosen to launch a new vehicle outside the United States.

The new Model 3 will produced in China and sold in Europe, China and the Middle East.

It looks similar to the current Model 3, with this new design being akin to a mid-generation refresh that traditional automakers would push forward. It comes with a revised front bumper with a reimagined LED signature, has new aerodynamic wheels and is said to have a more streamlined body, which has lead to more all-electric range.

In response to rising fuel prices, Uber has introduced electric motorbikes in Kenya, initially available only in Nairobi. Uber has unveiled an electric motorbike named “One Electric” for the Kenyan market.

This introduction is pivotal as the global automotive sector is shifting towards electric vehicles, with nations like the U.K. intending to eliminate vehicles powered by internal combustion engines. This announcement is Uber’s third significant product introduction in Kenya this year, preceded by the launch of an audio recording feature for safety and the incorporation of M-PESA into its payment methods.

Frans Hiemstra, the director and regional general manager for Uber in the Middle East and Africa, emphasized the company’s commitment to sustainable practices. He mentioned that introducing the Electric Boda on their platform showcases their dedication to offering an emissions-free transportation option in Kenya. This move also aligns with Uber’s global ambition to achieve a zero-emissions platform by 2040.

The U.S. Department of the Interior has announced its approval of the Revolution Wind project. Located off the coast of Rhode Island, it will supply 704 megawatts (MW) of clean energy, more than 16 times the current offshore wind capacity of the United States.

Revolution Wind. A simulated view of the project from Nomans Land, Massachusetts. From BOEM planning document.

Currently, the United States has only a small fraction of the world’s offshore wind power. Its first commercial offshore wind farm, near Block Island in the Atlantic, only began operation in 2016, with a nameplate capacity of 30 megawatts (MW). Since then, it has added just 12 MW, for a total of 42 MW.

A major _New York Times_ investigation reveals how the United States’ aquifers are becoming severely depleted due to overuse in part from huge industrial farms and sprawling cities. The _Times_ reports that Kansas corn yields are plummeting due to a lack of water, there is not enough water to support the construction of new homes in parts of Phoenix, Arizona, and rivers across the country are drying up as aquifers are being drained far faster than they are refilling. “It can take millions of years to fill an aquifer, but they can be depleted in 50 years,” says Warigia Bowman, director of sustainable energy and natural resources law at the University of Tulsa College of Law. “All coastal regions in the United States are really being threatened by groundwater and aquifer problems.”

Transcript: democracynow.org.

Continue reading “U.S. Aquifers Are Running Dry, Posing Major Threat to Drinking Water Supply” »

Bearacreative/iStock.

This is according to a press release by the University of Waterloo published on Monday.

In an era of growing digitalisation, data centers have emerged as the fundamental support of our technological framework. However, worries persist over the ecological effects due to their swift growth and power-demanding activities. These data centers rank among the planet’s most energy-intensive establishments, drawing substantial electricity to fuel servers, cooling mechanisms, and auxiliary apparatus vital for their operations. Such elevated energy usage significantly affects the environment by adding to greenhouse gas discharges and ushering climate change.

The AI Power Consumption Challenge

The growing surge of AI (Artificial Intelligence) in recent years has been a remarkable and transformative phenomenon. However, AI models and algorithms are highly resource-intensive and consume significant amounts of power. Training AI models involve massive computational workloads, often requiring specialised hardware accelerators like GPUs, which consume substantial energy. This power consumption is a major concern when it comes to making data centers greener.

If you live in a place where you can buy Arduinos and Raspberry Pis locally, you probably don’t spend much time worrying about your water supply. But in some parts of the world, it is nothing to take for granted, bad water accounts for as many as 500,000 deaths worldwide every year. Scientists have reported a graphene sensor they say costs a buck and can detect dangerous bacteria and heavy metals in drinking water.

The sensor uses a GFET — a graphene-based field effect transistor to detect lead, mercury, and E. coli bacteria. Interestingly, the FETs transfer characteristic changes based on what is is exposed to. We were, frankly, a bit surprised that this is repeatable enough to give you useful data. But apparently, it is especially when you use a neural network to interpret the results.

What’s more, there is the possibility the device could find other contaminants like pesticides. While the materials in the sensor might have cost a dollar, it sounds like you’d need a big equipment budget to reproduce these. There are silicon wafers, spin coating, oxygen plasma, and lithography. Not something you’ll whip up in the garage this weekend.