#CleanAir #PublicHealth #Governance #Leadership #Pioneers #Ecosystem #Paradiplomacy #Projections
#Aerospace #Technologies #GreenEnergy #Synergies

Canadian quantum stock Xanadu jumps in first day of trading on Nasdaq First Canadian technology company to list publicly in more than five years

Canadian quantum stock Xanadu jumps in first day of trading on Nasdaq The company became the first photonic quantum computing company to go public and the first Canadian technology company to compl...

#Innovation #Christian #Weedbrook #Xanadu #Quantum #Technologies #Inc.

Origin | Interest | Match

#DigitalPublicHealth #PandemicPreparedness #HealthEmergencies #PublicHealthInnovation #GlobalHealth #WHO #HealthSecurity #UCLHealth #HealthTech #EmergencyPreparedness #Launch #Celebration #Collaboration #Centre #AI #Digital #Technologies #Data

Razer Blade 16 Unveiled: Intel Panther Lake Power and RTX 50 Graphics in a Sleek Package Top configuration includes RTX 5090 and 64 GB of RAM

Razer Blade 16 Unveiled: Intel Panther Lake Power and RTX 50 Graphics in a Sleek Package

#computers #technologies

Good job India 🇮🇳

#Advanced #Robotics #Lab
#actuators, #quadruped #robots like #Trakr, and the #Elixis #humanoid #robot #platform
Addverb #Technologies #Bot #Valley #factory

Elon Musk's xAI Faces Crisis: 10 Co-founders Depart Amid Internal Struggles and Technical Setbacks The billionaire took direct control of the AI company

Elon Musk's xAI Faces Crisis: 10 Co-founders Depart Amid Internal Struggles and Technical Setbacks

#artificial_intelligence #technologies #Elon_Musk

Did they hijack people's minds with high tech, technologies.

#Research #DetectiveWork #Technology #Tech #Technologies #Psychology

📝 Ya puedes leer “El fenómeno del live-streaming en Twitch. Una revisión sistemática de la literatura sobre la investigación científica internacional”  

🔗 Artículo completo en 👉 https://doi.org/10.7195/ri14.v23i1.2195  

#ICONO14 #Journal #Communication #Technologies #LiveStreaming #Twitch

Original post on liliputing.com

Brax open_slate hits Indiegogo for $469 and up (open source, privacy-focused tablet) After launching a privacy-focused smartphone called the Brax3 a few years ago, Brax Technologies is expanding it...

#News #brax #brax #technologies #braxos #crowdfunding […]

[Original post on liliputing.com]

Vivo X300 Ultra: First Smartphone with Dual 200MP Sensors and Pro-Level Accessories Unveiled Official photos and teaser show impressive additional modules

Vivo X300 Ultra: First Smartphone with Dual 200MP Sensors and Pro-Level Accessories Unveiled

#smartphones #technologies

Original post on webpronews.com

NASA Bets on Nuclear Propulsion to Cut the Mars Trip in Half — and the Clock Is Ticking NASA and DARPA are racing to fly the first nuclear thermal rocket engine in space by 2030, a technology tha...

#SpaceRevolution #BWX #Technologies #HALEU #DARPA #nuclear […]

[Original post on webpronews.com]

It's essential to embed #access thinking early while developing #technologies that may shape the future of #TB #prevention !
@medicinespatentpool.org is proud to be part of this partnership !

This image shows a figure titled INTENSITY USAGE COMPARED TO ADVANCED ECONOMIES.

How do new #technologies diffuse? This paper analyzes diffusion of 31 technologies across 139 countries over two centuries, incorporating recent #digital & #renewableenergy technologies.

Read: spkl.io/63328ALkRA
Subscribe: spkl.io/63323ALkrB

#EconSky

www.hackedexams.com/item/76975/p...
Pipelines Emerging Technologies And Design Criteria 1st Edition By M Rafiqul Islam
#PipelinesEmerging #Technologies #TechnologiesAndDesign #DesignCriteria #studyguide #testbankexams #hackedexams

Original post on mstdn.moimeme.ca

Quantum computers are unlikely to replace traditional ones any time soon

// Article in French //
- - -
Les ordinateurs quantiques sont peu susceptibles de remplacer les ordinateurs traditionnels de sitôt […]

ASUS Unveils Mini-PC ExpertCenter PN55: Compact Powerhouse with Ryzen AI 400 and Wi-Fi 7 for AI Tasks Built-in NPU will provide up to 55 TOPS in AI tasks

ASUS Unveils Mini-PC ExpertCenter PN55: Compact Powerhouse with Ryzen AI 400 and Wi-Fi 7 for AI Tasks

#computers #technologies

HERE Technologies Off Campus Hiring – Trainee – Apply Now! HERE Technologies Off Campus Hiring for Trainee Role. Interested Candidates can go through the details and apply using the link provided at the bottom of the Post. **Join our Telegram Channel** ## HERE Technologies Off Campus Hiring – Trainee **Company name**| HERE Technologies ---|--- **Website**| www.here.com **Job Role**| Trainee **Work Location**| **Mumbai, India** **Job Type**| Full Time **Experience**| Freshers **Qualification**| Bachelor’s degree **Batch**| Not Mentioned **Package**| INR 3.2 LPA(Estimated) ## Job Description ## **HERE Technologies Off Campus Hiring – Trainee** ### **Role Overview** This position is structured to provide trainees with foundational knowledge of how digital maps are developed and maintained using HERE’s advanced spatial technologies. Through guided, hands-on training, you will gradually gain expertise in applying navigation-related attributes and interpreting map data effectively. During the course of your training, you will also be introduced to essential data engineering activities such as data cleaning, removing duplicates, and organizing datasets. As your understanding of mapping improves, you will contribute to AI and machine learning initiatives, including data annotation and assisting with model training processes. Additionally, you may support the development of basic tools and proof-of-concept applications aimed at enhancing internal workflows and operational efficiency. This is a one-year contractual position on the company payroll, with no assurance of a permanent role upon completion. ### **Key Responsibilities (Trainee/Apprentice)** **Training on HERE Spatial Tools:** Participate in structured learning sessions and supervised practice to apply fundamental navigation attributes such as road names, addresses, speed limits, road classifications, intersections, and movement restrictions. **Map Data Annotation:** Develop domain expertise by working on real-world mapping data under mentorship, focusing on improving accuracy and consistency over time. **Adherence to Quality and Database Standards:** Understand and follow mapping guidelines and quality benchmarks, with regular reviews to ensure compliance and continuous improvement. **Data Preparation Support:** Assist in tasks like data cleaning, deduplication, filtering, balancing, and formatting while learning basic data engineering principles. **AI/ML Support (Post Training):** After building sufficient mapping knowledge, contribute to annotation tasks, preparation of training datasets, and basic machine learning workflows under guidance. **Basic Application and Tool Support:** Collaborate with senior team members to support the creation or maintenance of simple tools and prototype applications for automation and scaling purposes. ### **Candidate Profile** **Educational Qualification:** Bachelor’s degree in Computer Science, Information Technology, Artificial Intelligence, Data Science, or a related discipline from a recognized institution. **Technical Knowledge:** Basic understanding of at least one programming language (such as Python, Java, or C), along with familiarity with frameworks (React.js, Node.js), databases (MySQL, MongoDB, PostgreSQL), and fundamental data structures and algorithms. **Preferred Skills:** Basic knowledge or certification in Machine Learning, Data Science, or Artificial Intelligence concepts is an added advantage but not mandatory. **Key Attributes:** * Quick learner with strong attention to detail * Good analytical, problem-solving, and debugging abilities * Interest in IT systems and applications * Effective verbal and written communication skills * Ability to adapt to new tools and technologies ### **Work Details** **Location:** Airoli (West), Navi Mumbai / Goregaon (East) **Work Mode:** On-site (Monday to Friday, 8:00 AM – 5:00 PM) **GE Aerospace Off Campus Hiring 2026 – B.Tech Intern – Apply Now!** ## How to Apply? * To apply for a job, read through all information provided on the job listing page carefully. * Look for the apply link on the job listing page, usually located somewhere on the page. * Clicking on the apply link will take you to the company’s application portal. * Enter your personal details and any other information requested by the company in the application portal. * Pay close attention to the instructions provided and fill out all necessary fields accurately and completely. * Double-check all the information provided before submitting the application. * Ensure that your contact information is correct and up-to-date, and accurately reflect your qualifications and experience. * Submitting an application with incorrect or incomplete information could harm your chances of being selected for an interview. **Apply for this Job** ## About HERE Technologies HERE Technologies is a global leader in mapping and location-based services, offering innovative solutions for businesses and individuals. With a rich history in digital mapping, the company provides accurate and reliable location data, enabling smarter navigation, efficient logistics, and enhanced mobility experiences. HERE’s platform is widely used across industries, supporting applications in automotive, transportation, and urban planning. By leveraging advanced technologies such as AI and real-time data processing, HERE empowers businesses to make informed decisions and improve operational efficiency. Headquartered in the Netherlands, the company continues to drive innovation in the field of location intelligence.

HERE Technologies Off Campus Hiring – Trainee – Apply Now! HERE Technologies Off Campus Hiring for Trainee Role. Interested Candidates can go through the details and apply using the link provid...

#Fresher #jobs #Bachelor’s #Degree #Uncategorized #HERE #Technologies

Origin | Interest | Match

“These #technologies are DANGEROUS societally,” #Karp continued.“The only JUSTIFICATION you could possibly have would be that if WE DON'T DO IT, our adversaries will do it. And we will be subject to their rule of law.."

#GetTHISDerangedPalantirFREAK-OUT of #OurNHS!

newrepublic.com/post/207693/...

Samsung Galaxy S26 Transforms into a High-Quality Webcam with One UI 8.5 Update The new Webcam mode works with Windows and macOS and does not require third-party applications

Samsung Galaxy S26 Transforms into a High-Quality Webcam with One UI 8.5 Update

#computers #One_UI #smartphones #technologies #updates

Elon Musk's Terafab: A Semiconductor Factory the Size of 23 Disneylands! Ambitious Musk's factory will be located on a huge territory

Elon Musk's Terafab: A Semiconductor Factory the Size of 23 Disneylands!

#artificial_intelligence #future #ideas #technologies #Elon_Musk

¿Aún no has leído “Discursos contrarios a la educación sexual en España argumentario mediático y agentes de referencia en Twitter (X)”? 💬 | Puedes acceder al artículo completo en 👉 https://doi.org/10.7195/ri14.v22i2.2086

#ICONO14 #Journal #Communication #Technologies #Twitter #EducacionSexual

# About TTT **Transformational Tools and Technologies** The Transformational Tools and Technologies (TTT) project conducts cutting-edge, foundational research and delivers impactful solutions that are vital to NASA’s missions in aviation and space. TTT advances the state of the art by integrating innovative methods and world-class computational, experimental, and flight capabilities to transform aerospace engineering and discover the future of flight. Scroll to Continue ## **How TTT Approaches NASA’s Challenges** TTT applies agile, innovative thinking when tackling NASA’s near- and long-term challenges ahead and formulating solutions to drive innovation and discovery. NASA’s decades of leadership in developing computational and physics-based methods used to address NASA’s challenges are now enhanced by advances in high-end computing, machine learning, and AI. Researchers Ben Simmons, left, and Greg Howland, right, upload software changes in real time to the Research Aircraft for electric Vertical takeoff and landing Enabling techNologies Subscale Wind Tunnel and Flight Test at NASA’s Langley Research Center in Hampton, Virginia on Aug. 8, 2024, during testing in the 12-Foot Low-Speed Tunnel. NASA/David C. Bowman ## **Technical Excellence and Design Acceleration** TTT accelerates the design cycle by integrating computational, experimental, and flight test excellence to enable real-time analysis, quick redesign, and rapid testing iterations. The project applies its robust engineering methods and unique test capabilities across multiple disciplines to reveal intricate physics for complex systems. The results deliver the knowledge that aerospace engineers need to solve challenges for both aeronautics and space exploration efforts. Christopher Bennett, left, and Jason Kirk are seen in an Aeronautics Systems Analysis Branch laboratory at NASA’s Langley Research Center in Virginia, discussing computer code that is part of Aviary, a new digital modeling tool that helps engineers innovate new aircraft designs. NASA ## **Materials and Manufacturing Innovation** TTT’s revolutionary approach results in breakthrough materials such as GRX-810, Nickel-based superalloys, and shape memory alloys by leveraging the latest development in computational materials modeling, machine learning, and additive manufacturing. The project also strengthens U.S. competitiveness in aerospace by using efficient methods for materials discovery and innovative approaches to advance the manufacturing and certification of various materials vital to the aerospace industry. TTT’s data-driven and physics-based approaches create materials databases that can interface with machine learning algorithms and computational materials methods. The NASA insignia is 3D printed using the GRX-810 superalloy. Credit: NASA/Jordan Salkin Innovative solutions through **foundational research** and **cross-cutting methods** ## **Propulsion and Energy Exploration** TTT explores how advanced hybrid electric propulsion systems can enable new aircraft designs that will increase options for regional air travel while remaining economically competitive with existing travel options. The project leverages NASA expertise in controls, electrical systems, propulsion research, advanced motors and drives, and thermal management to investigate unique propulsion airframe integrations for next-generation electrified aircraft. TTT collaborates with emerging U.S. companies to research new airframe designs that will revolutionize future airline operations. These partnerships can improve the public’s flying experience by allowing more convenient, affordable, and quiet air travel out of smaller, local airports with minimal layovers. Artist’s rendering of an advanced geared turbofan with electric machines. NASA ## **Community Building** TTT maintains robust partnerships with industry, academia, and other government agencies to advance its research goals and discover ground-breaking, transformative solutions. The project leads vision studies, leveraging the aerospace community to evaluate the most critical challenges impacting the future of aviation. The vision studies generate a prioritized list of potential high-value research that is appropriate for NASA, guided by input from the aerospace community on what is needed to revolutionize aviation. The One NASA Boeing Team, a collaborative partnership between NASA and Boeing, meets at NASA’s Langley Research Center in Hampton, Virginia on December 13, 2023, to share information on recent research around the High Lift Common Research Model and collaborate on next steps and the path forward. NASA ## TTT’s Impact Many of the project’s breakthroughs and discoveries in these areas are making impacts around the world and delivering significant value for the aerospace community and the Nation. TTT’s mission includes ensuring its technologies are adopted across NASA and industry to drive aerospace and aviation innovation forward. Darren Tinker, left, from NASA’s Marshall Space Flight Center, and Tim Smith, from the agency’s Glenn Research Center, inspect the GRX-810 nozzle and injector following hot-fire testing in 2023 at Marshall. NASA/Paul Gradl ### ## Resources Vision Studies, Analysis of Alternatives (AoA) Studies, and White Papers Explore the strategies and goals driving TTT’s innovation guided by input from the aerospace community on what is needed to revolutionize aviation. Read and Download TTT Resources about Resources Artist concept of a small testbed aircraft to explore what happens in flight using Turboelectric Distributed Propulsion. NASA ## Explore More 1 min read ### Transformational Tools and Technologies Resources Article 54 minutes ago 2 min read ### NASA Simulations Improve Artemis II Launch Environment Article 2 days ago 4 min read ### Award-Winning NASA Camera Revolutionizes How We See the Invisible Article 1 month ago ### About the Author ## Anisha Engineer Media Specialist ## Share * * * * ## Details Last Updated Mar 22, 2026 Editor Jim Banke Contact Diana Fitzgerald diana.r.fitzgerald@nasa.gov ## Related Terms * Transformational Tools Technologies

About Transformational Tools and Technologies (TTT) About TTT Transformational Tools and Technologies The Transformational Tools and Technologies (TTT) project conducts cutting-edge, foundational r...

#Transformational #Tools #Technologies

Origin | Interest | Match

# About TTT **Transformational Tools and Technologies** The Transformational Tools and Technologies (TTT) project conducts cutting-edge, foundational research and delivers impactful solutions that are vital to NASA’s missions in aviation and space. TTT advances the state of the art by integrating innovative methods and world-class computational, experimental, and flight capabilities to transform aerospace engineering and discover the future of flight. Scroll to Continue ## **How TTT Approaches NASA’s Challenges** TTT applies agile, innovative thinking when tackling NASA’s near- and long-term challenges ahead and formulating solutions to drive innovation and discovery. NASA’s decades of leadership in developing computational and physics-based methods used to address NASA’s challenges are now enhanced by advances in high-end computing, machine learning, and AI. Researchers Ben Simmons, left, and Greg Howland, right, upload software changes in real time to the Research Aircraft for electric Vertical takeoff and landing Enabling techNologies Subscale Wind Tunnel and Flight Test at NASA’s Langley Research Center in Hampton, Virginia on Aug. 8, 2024, during testing in the 12-Foot Low-Speed Tunnel. NASA/David C. Bowman ## **Technical Excellence and Design Acceleration** TTT accelerates the design cycle by integrating computational, experimental, and flight test excellence to enable real-time analysis, quick redesign, and rapid testing iterations. The project applies its robust engineering methods and unique test capabilities across multiple disciplines to reveal intricate physics for complex systems. The results deliver the knowledge that aerospace engineers need to solve challenges for both aeronautics and space exploration efforts. Christopher Bennett, left, and Jason Kirk are seen in an Aeronautics Systems Analysis Branch laboratory at NASA’s Langley Research Center in Virginia, discussing computer code that is part of Aviary, a new digital modeling tool that helps engineers innovate new aircraft designs. NASA ## **Materials and Manufacturing Innovation** TTT’s revolutionary approach results in breakthrough materials such as GRX-810, Nickel-based superalloys, and shape memory alloys by leveraging the latest development in computational materials modeling, machine learning, and additive manufacturing. The project also strengthens U.S. competitiveness in aerospace by using efficient methods for materials discovery and innovative approaches to advance the manufacturing and certification of various materials vital to the aerospace industry. TTT’s data-driven and physics-based approaches create materials databases that can interface with machine learning algorithms and computational materials methods. The NASA insignia is 3D printed using the GRX-810 superalloy. Credit: NASA/Jordan Salkin Innovative solutions through **foundational research** and **cross-cutting methods** ## **Propulsion and Energy Exploration** TTT explores how advanced hybrid electric propulsion systems can enable new aircraft designs that will increase options for regional air travel while remaining economically competitive with existing travel options. The project leverages NASA expertise in controls, electrical systems, propulsion research, advanced motors and drives, and thermal management to investigate unique propulsion airframe integrations for next-generation electrified aircraft. TTT collaborates with emerging U.S. companies to research new airframe designs that will revolutionize future airline operations. These partnerships can improve the public’s flying experience by allowing more convenient, affordable, and quiet air travel out of smaller, local airports with minimal layovers. Artist’s rendering of an advanced geared turbofan with electric machines. NASA ## **Community Building** TTT maintains robust partnerships with industry, academia, and other government agencies to advance its research goals and discover ground-breaking, transformative solutions. The project leads vision studies, leveraging the aerospace community to evaluate the most critical challenges impacting the future of aviation. The vision studies generate a prioritized list of potential high-value research that is appropriate for NASA, guided by input from the aerospace community on what is needed to revolutionize aviation. The One NASA Boeing Team, a collaborative partnership between NASA and Boeing, meets at NASA’s Langley Research Center in Hampton, Virginia on December 13, 2023, to share information on recent research around the High Lift Common Research Model and collaborate on next steps and the path forward. NASA ## TTT’s Impact Many of the project’s breakthroughs and discoveries in these areas are making impacts around the world and delivering significant value for the aerospace community and the Nation. TTT’s mission includes ensuring its technologies are adopted across NASA and industry to drive aerospace and aviation innovation forward. Darren Tinker, left, from NASA’s Marshall Space Flight Center, and Tim Smith, from the agency’s Glenn Research Center, inspect the GRX-810 nozzle and injector following hot-fire testing in 2023 at Marshall. NASA/Paul Gradl ### ## Resources Vision Studies, Analysis of Alternatives (AoA) Studies, and White Papers Explore the strategies and goals driving TTT’s innovation guided by input from the aerospace community on what is needed to revolutionize aviation. Read and Download TTT Resources about Resources Artist concept of a small testbed aircraft to explore what happens in flight using Turboelectric Distributed Propulsion. NASA ## Explore More 1 min read ### Transformational Tools and Technologies Resources Article 54 minutes ago 2 min read ### NASA Simulations Improve Artemis II Launch Environment Article 2 days ago 4 min read ### Award-Winning NASA Camera Revolutionizes How We See the Invisible Article 1 month ago ### About the Author ## Anisha Engineer Media Specialist ## Share * * * * ## Details Last Updated Mar 22, 2026 Editor Jim Banke Contact Diana Fitzgerald diana.r.fitzgerald@nasa.gov ## Related Terms * Transformational Tools Technologies

About Transformational Tools and Technologies (TTT) About TTT Transformational Tools and Technologies The Transformational Tools and Technologies (TTT) project conducts cutting-edge, foundational r...

#Transformational #Tools #Technologies

Origin | Interest | Match

Transformational Tools and Technologies Resources Vision Studies, Analysis of Alternatives (AoA) Studies, and White Papers

Transformational Tools and Technologies Resources Vision Studies, Analysis of Alternatives (AoA) Studies, and White Papers The post Transformational Tools and Technologies Resources appeared first ...

#Transformational #Tools #Technologies

Origin | Interest | Match

Tesla Unveils Terafab: A Bold Move to Dominate the Semiconductor Industry and Empower AI Revolution Musk's ideas are, as always, of cosmic scale

Tesla Unveils Terafab: A Bold Move to Dominate the Semiconductor Industry and Empower AI Revolution

#artificial_intelligence #ideas #technologies #Elon_Musk

But their collective #visions of what #digitalfutures might look like have spread rapidly across the globe and are accumulating in the world’s collective #imaginary as a #lab in which the #future is being shaped through digital #technologies, most recently #AI. 4/4

Introducing Modern Integrated Warfare for Defense, Intelligence, and National Security – Strategic Communications Group

This new site publishes thought leadership oriented content about trends and #technologies that meaningful for defense, national security, and intelligence agencies. gotostrategic.com/introducing-... #DoD #DepartmentofWar #govIT

Robinson Unveils Family of Self-Flying Helicopters Manufacturer is integrating autonomy systems on its flagship R44 and R66 models. Robinson Helicopter has produced conventional rotorcraft for more...

#Emerging #Technologies #Modern #Flying #Autonomous […]

[Original post on flyingmag.com]

Robinson Unveils Family of Self-Flying Helicopters Manufacturer is integrating autonomy systems on its flagship R44 and R66 models. Robinson Helicopter has produced conventional rotorcraft for more...

#Emerging #Technologies #Modern #Flying #Autonomous […]

[Original post on flyingmag.com]

BTQ Technologies Implements BIP 360 Quantum-Resistant Bitcoin Transactions on Testnet Insider Brief PRESS RELEASE — BTQ Technologies Corp. (“BTQ” or the “Company”) (Nasdaq: BTQ) (CBOE...

#Daily #Quantum #Business #BIP #360 #Bitcoin #Quantum #BTQ #Technologies

Origin | Interest | Match