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When your electric car's battery can no longer push the car down the road, it does not go to a landfill. It enters a defined chain: back through the automaker's service network, then either into a second life as stationary energy storage or straight into a recycling plant, where modern processes claim to recover more than 95 percent of critical minerals like lithium, nickel, cobalt and copper. And the rules around that chain are tightening — in September 2026 the European Commission confirmed that its battery recycling targets remain in force, with the first mandatory compliance reporting due in 2027. If you own an EV or are considering one, the short version is this: you will almost certainly never have to find a recycler yourself. The industry is building the return journey into the car's life — and the October 2026 expansion of the Rivian–Redwood Materials partnership shows exactly how that journey works in practice. Your battery dies slowly, not all at once An EV ...

  Fusion energy has crossed a genuine scientific threshold: in 2022, a laboratory released more fusion energy from a fuel target than the laser energy delivered to it, and the record yield has since climbed more than sixfold. But here is the part most headlines skip — as of late 2026, no fusion machine anywhere has delivered a single kilowatt-hour of electricity to a power grid. The "early 2030s" dates you see quoted are company projections and survey estimates, not delivered facts. A realistic answer to "how close is fusion, really?" runs through three separate gates — physics proof, first electricity, commercial plant — and only the first has been passed. What "ignition" and "gain" actually measure On December 5, 2022, the National Ignition Facility (NIF) at Lawrence Livermore National Laboratory achieved fusion ignition for the first time: 3.15 megajoules of fusion energy from 2.05 megajoules of laser energy delivered to the target — a gai...

In 2026, marine scientists identified 57 new marine species and five new genera from a single submarine canyon off Argentina — the largest single batch of new deep-sea life announced this year. The list includes a horned sea cucumber nicknamed "Loki," a vivid orange-red octocoral, and copepods so unfamiliar that every single one examined turned out to be new to science . Two more new species emerged from re-examined video archives off California, and three new deep-sea eels were hiding in a Taiwanese museum collection. Together, they reveal something important: finding new ocean life today is as much about faster collaborative taxonomy and smarter use of archives as it is about new dives. What 57 new species in two weeks actually looked like The Argentina discoveries came out of a Species Discovery Workshop held July 13–24, 2026, at the Universidad Maimónides in Buenos Aires , led by the Nippon Foundation-Nekton Ocean Census in partnership with the Schmidt Ocean Institut...

Your phone battery degrades because the chemistry inside it wears out with use and time. Each charge cycle traps a little lithium in side reactions that no longer help store energy, and heat plus long stretches at full charge speed that process up. You cannot stop the loss, but two habits move the needle more than any other: keep the phone cool, and do not leave it sitting at 100% for hours every day . What battery health actually measures When a phone reports battery health as a percentage, it is comparing the battery's current maximum capacity with its capacity when new. A phone at 85% health does not hold 85% of a charge in some vague sense; its full charge now stores about 85% of the energy it stored on day one. That is why an older phone can still show 100% on the screen and still run out sooner: 100% of a smaller tank is a smaller tank. Apple publishes a useful benchmark for this decline. Batteries in iPhone 14 models and earlier are designed to retain 80% of their origina...

A Mars rover is not a remote-controlled car with a camera on top. It is a mobile geology lab that has to drive itself, pick its own targets, drill into rock, store samples, and send everything home from a planet where no human has ever stood. NASA's Perseverance rover, working in Jezero Crater since February 18, 2021, is the clearest example of what that job involves — and its latest milestone shows the work is still expanding. On October 11, its odometer reached 28.10 miles (45.22 kilometers), passing the previous off-world driving record held by NASA's Opportunity rover, and it did so in about five and a half years where Opportunity took almost fifteen. Why send a rover instead of a lander A lander can only study the ground it happens to touch. A rover can move to the interesting ground. Jezero Crater was chosen because it once held a lake and a river delta more than 3.5 billion years ago, and NASA says the site was picked after a five-year study of more than 60 candidate lo...

Space telescopes do not take pictures the way your eyes see the world. They collect kinds of light your eyes cannot detect at all — infrared, ultraviolet, and X-rays — from above Earth's atmosphere, measure that light precisely, and then translate the measurements into images you can look at. The colors in those images are data, not a snapshot of what an astronaut would see with the naked eye. Once you know that, the most striking space images start to make a different kind of sense. Your eyes see only a slice of light Light comes in a wide range of wavelengths, called the electromagnetic spectrum. Visible light — the rainbow from violet to red — is only a small part of it. Beyond red lies infrared, which we feel as heat. Beyond violet lies ultraviolet, and beyond that, X-rays and gamma rays, each carrying more energy in shorter wavelengths. Many objects in space shine brightest outside the visible range. Cool objects that barely glow in visible light still give off infrared. Viole...

Urgent Push for AI Dominance Amid Economic Uncertainty Alphabet, the parent company of Google, has reaffirmed its massive $75 billion investment in artificial intelligence infrastructure for 2025, a bold move aimed at expanding data center capacity despite swirling uncertainties over U.S. tariffs and their potential economic fallout. CEO Sundar Pichai, in a rare appearance at the company’s annual cloud computing conference, emphasized that this staggering capital outlay is not just about keeping pace but seizing what he called “the biggest opportunity with AI yet.” With investors jittery over the ballooning costs of AI projects and markets rattled by President Donald Trump’s tariff rollercoaster, Alphabet is doubling down on its vision to integrate AI deeper into its core offerings like Search while fueling ambitious projects like the Gemini model. This article dives deep into Alphabet’s AI investment strategy, its financial underpinnings, customer success stories, and how it plans ...