GM Invests $10M in Forge Nano’s EV Battery 3D Printing Tech

The image depicts a 3D-rendered electric vehicle (EV) battery at the center, surrounded by intricate patterns that resemble atomic layers, symbolizing nanoscale coatings applied through advanced Atomic Layer Deposition (ALD) technology. The background subtly incorporates industrial elements, such as semiconductor circuits and machinery, representing the integration of this technology into various industries. A faint GM logo blends into the scene, emphasizing the company’s role in advancing battery technology. The color palette includes metallic blues and silvers, evoking innovation and precision, with green accents hinting at sustainability and the transition to greener energy solutions.

GM Ventures, the investment arm of General Motors, has committed $10 million to Forge Nano, a company specializing in Atomic Layer Deposition (ALD) technology. Forge Nano’s ALD platform, branded as Atomic Armor, applies nanoscale coatings to enhance the performance of materials such as graphite, silicon, and nickel alloys, which are critical for battery efficiency. Beyond EV batteries, the technology finds use in sectors including semiconductors, magnetic components, and pharmaceuticals. This funding builds on Forge Nano’s $50 million Series C round in June 2023.

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Did Buying a Hybrid Save Me Money?

2013 Hyundai Sonata Hybrid parked on a grassy area by a calm waterfront, with rolling hills and mist-covered islands visible in the background under a partly cloudy sky.

When I wanted to find out whether my 2013 Hyundai Sonata Hybrid saved me money compared to the conventional gas-only model, I used ChatGPT to crunch the numbers. Initially, the hybrid had a $4,000 premium over the non-hybrid version. Here’s how we factored in Ontario’s fluctuating gas prices and my car’s lifetime usage to assess whether it was a good financial decision.

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Nature’s Carbon Vault – Exploring the Efficacy of Burying Wood

A close-up cross-section of a large tree log lying on a forest floor, with distinct growth rings ranging from dark brown in the center to lighter brown towards the outer edges. The log's intricate rings symbolize its age and history, set against the backdrop of a dense forest with scattered leaves and foliage on the ground.

In this visual podcast, we delve into a fascinating article from The Washington Post, published on September 26, 2024. The article discusses an innovative method of carbon sequestration inspired by the remarkable discovery of a 3,775-year-old log found in Canada. This ancient wood offers insights into sustainable practices that could help combat climate change.

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