Science and Technology Science and Technology
Tue, January 28, 2025
[ Tue, Jan 28th ] - SHINE
Shenzhou-19 astronauts send Spring Festival greetings from space station
[ Tue, Jan 28th ] - MSN
Be careful with DeepSeek, Australia says - so is it safe to use?
[ Tue, Jan 28th ] - MSN
China's DeepSeek AI app sends U.S. tech stocks reeling
[ Tue, Jan 28th ] - Salon
It's not sci-fi: Americans support asteroid defense spending
[ Tue, Jan 28th ] - MSN
Electric vehicles now as reliable and durable as petrol and diesel cars, study finds
[ Tue, Jan 28th ] - news10nbc
DeepSeek's new AI chatbot and ChatGPT answer sensitive questions about China differently
[ Tue, Jan 28th ] - MSN
India raising the bar on drug formulation challenges
[ Tue, Jan 28th ] - Mint
Mint Explainer: How DeepSeek's not-so-hungry AI model can shape India's AI future
[ Tue, Jan 28th ] - MSN
Gujarat: CM Bhupendra Patel launches AI Center of Excellence in GiftCity
[ Tue, Jan 28th ] - MSN
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[ Tue, Jan 28th ] - MSN
Australia says be 'very careful' over DeepSeek and privacy
[ Tue, Jan 28th ] - MSN
Kris Gopalakrishnan, Infosys co-founder, booked in SC/ST Atrocities Act | What's the case?
[ Tue, Jan 28th ] - MyJoyOnline
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[ Tue, Jan 28th ] - NextBigFuture
New DeepSeek Janus Pro 7B Beats OpenAI Dall-E 3 on Image Generation
[ Tue, Jan 28th ] - MSN
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[ Tue, Jan 28th ] - Forbes
This Chinese MIT Physicist Uses AI To Find New Drugs. Next Up: Solar Panels And EV Batteries
[ Tue, Jan 28th ] - MSN
Explainer-What is DeepSeek and why is it disrupting the AI sector?
[ Tue, Jan 28th ] - MSN
Fast and Precise Protein Labeling in Intact Tissues with MIT Technology
[ Tue, Jan 28th ] - VentureBeat
Trump calls for tariffs on computer chips, semiconductors and pharmaceuticals from Taiwan
Mon, January 27, 2025
[ Mon, Jan 27th ] - MSN
Infosys co-founder and former CEO Kris Gopalakrishnan among 18 booked under SC/ST Act in Karnataka
[ Mon, Jan 27th ] - MSN
Who Is Kris Gopalakrishnan? The Infosys Co-Founder Booked Under SC/ST Atrocities Act
[ Mon, Jan 27th ] - MSN
India's space agency completes 1st Gaganyaan astronaut crew capsule
[ Mon, Jan 27th ] - MSN
Infosys co-founder Kris Gopalakrishnan, former II .. irector Balaram booked under SC/ST Atrocities Act
[ Mon, Jan 27th ] - MSN
Study abroad in the Germany: 10 Universities with .. best academic reputation according to QS rankings
[ Mon, Jan 27th ] - MSN
Martian meteorite to go on display in Japan Pavilion at 2025 expo in Osaka
[ Mon, Jan 27th ] - MSN
Trump To Tariff Chips Made In Taiwan, Targeting TSMC
[ Mon, Jan 27th ] - MSN
Infosys co-founder Kris Gopalakrishnan booked under SC/ST Atrocities Act
[ Mon, Jan 27th ] - MSN
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[ Mon, Jan 27th ] - MSN
Laser surface texturing can boost lightweight vehicle design and lower emissions
[ Mon, Jan 27th ] - MSN
AI and nano-3D printing produce breakthrough high-performance material

AI and nano-3D printing produce breakthrough high-performance material


Published on 2025-01-27 18:22:18 - MSN
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  • Nanoarchitected materials represent a transformative leap in material science, combining strength, lightweight properties, and customizability like never before. These materials have achieved unparalleled specific strength,

The article from MSN discusses a groundbreaking development in material science where AI and nano 3D printing have been combined to create a new high-performance material. Researchers at the University of California, Berkeley, have utilized AI algorithms to design and nano 3D printing to fabricate a material with unprecedented strength and flexibility. This material, described as a "nano-architected" structure, features a lattice design at the nanoscale, which provides exceptional mechanical properties. The AI's role was to optimize the design for maximum performance, while the nano 3D printer allowed for the precise construction of these intricate structures. This innovation could potentially revolutionize industries like aerospace, automotive, and electronics by providing materials that are both lightweight and incredibly durable, opening up new possibilities for product design and functionality.

Read the Full MSN Article at:
[ https://www.msn.com/en-us/technology/biotechnology/ai-and-nano-3d-printing-produce-breakthrough-high-performance-material/ar-AA1xXX5L ]
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