Ameya Paleja's profile photo

Ameya Paleja

Hyderabad

Freelance Writer at Freelance

Write about Genetics, Microbes, Tech & Public Policy. Bylines in @TheWireScience @SciResMatters @ThePrintScience @TheQuint @DeccanHerald @thenewsminute

Articles

  • 1 week ago | interestingengineering.com | Ameya Paleja

    Chinese firm Dongfang Electric Corporation (DEC) has surged with yet another milestone for its 26 MW typhoon-proof wind turbine, even as manufacturers in the West debate the safety and need for large offshore wind turbines. DEC is among many Chinese manufacturers aiming to build turbines larger than 20 MW. Wind and solar projects have greatly boosted as the world looks to switch from fossil fuels to clean energy.

  • 1 week ago | yahoo.com | Ameya Paleja

    Canadian company Nord Quantique has developed a novel method to improve quantum error correction (QEC) that will help develop smaller and energy-efficient quantum computers in the future. Dubbed Tesseract code, the approach combines multimode encoding with bosonic qubit technology, which protects the system from multiple common errors seen in quantum systems.

  • 1 week ago | interestingengineering.com | Ameya Paleja

    Canadian company Nord Quantique has developed a novel method to improve quantum error correction (QEC) that will help develop smaller and energy-efficient quantum computers in the future. Dubbed Tesseract code, the approach combines multimode encoding with bosonic qubit technology, which protects the system from multiple common errors seen in quantum systems.

  • 1 week ago | share.google | Ameya Paleja

    Canadian company Nord Quantique has developed a novel method to improve quantum error correction (QEC) that will help develop smaller and energy-efficient quantum computers in the future. Dubbed Tesseract code, the approach combines multimode encoding with bosonic qubit technology, which protects the system from multiple common errors seen in quantum systems.

  • 1 week ago | interestingengineering.com | Ameya Paleja

    An international collaboration of researchers at universities in the US and Paris has cracked the mechanism and conditions necessary to achieve exotic quantum states such as superconductivity or superfluorescence at higher temperatures. This can help build quantum computers of the future that do not need ultra-low temperatures to operate.

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