The Indian IPO market has been described as offering a “very favorable” environment for companies looking to go public. According to Shailendra Singh, managing director at Peak XV Partners, formerly Sequoia Capital India & Southeast Asia, the regulatory framework in India, especially with bodies like the Securities and Exchange Board of India and the Reserve
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X has recently announced that its Grok AI chatbot will now be available in Europe, following an agreement with E.U. regulators. This expansion comes with the additional news that Grok’s news summaries will only be accessible in the region after the upcoming E.U. general elections. The decision to delay the release of news summaries raises
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The current building design methods focus on enhancing the connectivity between various components of a structure to distribute the loads efficiently in the event of component failure. However, this approach can lead to catastrophic collapses after large initial failures, as evident in incidents like the Champlain Towers collapse, a building collapse in Peñíscola in 2021,
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Nico Papalia’s new RPG, Athenian Rhapsody, has made its debut on Steam, and it is gaining attention for its bright and glitzy aesthetic. Drawing inspiration from Toby Fox’s Undertale, this game has a retro vibe reminiscent of Gameboy Advance games. The turn-based combat system is complemented by inventive minigames that add a unique twist to
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Dead by Daylight, the popular multiplayer horror game, has announced its upcoming chapter inspired by Dungeons & Dragons. This new chapter introduces Vecna as the killer, voiced by Critical Role dungeon master Matthew Mercer. Additionally, new survivors and gameplay mechanics have been revealed, adding a unique twist to the gameplay experience. Vecna, a long-running mega-baddie
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The research conducted by the University of Illinois Urbana-Champaign has brought about a groundbreaking new way to understand diffusion in multicomponent alloys. The team has introduced the concept of “kinosons,” individual contributions that collectively explain diffusion in these complex materials. By utilizing machine learning to analyze the statistical distribution of these kinosons, the researchers have
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