Narayana M.’s Post

Yes, now we have a good way to transmit/process data by using such advanced technologies, but we need more human inputs. Please try this fact-check question of AI-IP: "Is there any today's data technology/solution you know, that can interpret and answer the following fundamental and realistic Chinese-English multilingual questions of BI?" With our intellectualproperty (IP), a copyrighted multilingual metadata, we can provide real time answers for policy/decision making, withevidence. "Who, in the Ontario province of Canada, has new US patents granted on the nearest Tuesday, when the USPTO releases the newly granted US patents on a weekly basis?" "Who, in the "江蘇‘’ province of China, has new US patents granted on the nearest Tuesday, when the USPTO releases the newly granted US patents on a weekly basis?" Metadata is an enabler, whose purpose is to help us find the data we want. Without metadata, NO data can be found/retrieved, even by the most advanced technologies, like AI, NVIDIA chips, supercomputers, etc. https://lnkd.in/g-aJFnXR Our IP can also make your data service UNIQUE globally. Do you or any of your contacts need our expertise/IP?

Quantum computing completes a trinity of technologies: the intersection of classical bits, qubits, and AI “neurons”. The synergies created by this triad under hybrid cloud workflows will drive the most significant computing revolution since Moore's Law almost 60 years ago. Just a decade ago, those who appreciated the potential of AI (and took steps to prepare for it and implement what they could achieve) are now the outperformers. Today, we are in the Quantum Decade, organizations that enhance their classical computing capabilities and aggressively explore the potential for industry transformation will be best positioned to seize Quantum Advantage. Densi Refwalu Suferne Tam Preeti Pilare Preeti Gupta Crystal Kim Julian Tan Vishal Bajpe Han Rui Indranil Mukhopadhyay Felix Adiutama Chandra Chen IBM Indra Kurniawan #QuantumComputing #QuantumAdvantage #IBMQuantum

Money💰 🤑💸 talks. Check your electricity bill first, for reality. AI has doubled the electricity bill of a C-level friend of mine 😥 😿 😞 . Is it worthwhile? Then let's try this fact-check question of AI-IP to see if AI works: "Is there any today's data technology/solution you know, that can interpret and answer the following fundamental and realistic Chinese-English multilingual questions of BI?" With our intellectualproperty (IP), a copyrighted multilingual metadata, we can provide real time answers for policy/decision making as evidence. "Who, in the Ontario province of Canada, has new US patents granted on the nearest Tuesday, when the USPTO releases the newly granted US patents on a weekly basis?" "Who, in the "江蘇‘’ province of China, has new US patents granted on the nearest Tuesday, when the USPTO releases the newly granted US patents on a weekly basis?" Metadata is an enabler, whose purpose is to let us find the data we want. Without metadata, NO data can be found/retrieved, even by the most advanced technologies, like AI, NVIDIA chips, supercomputers, etc. https://lnkd.in/g-aJFnXR Our IP can also make your data service UNIQUE globally.

The IBM Quantum System One is not only a modern marvel of state of the art engineering but it also a work of art.

How apropos that RPI is the first campus with an IBM quantum computer! The timing is perfect as RPI enters its third century as a leading university where students, faculty, and alumni have been defining the scientific and technological advances of our world for 200 years.

Discover the future of quantum computing In the rapidly evolving world of computer science, quantum computing stands out as a breakthrough. As a teaching assistant in a policy design course, I find it important to keep up to date with this phenomenal progress and share it with my students. Today’s article thoroughly discusses the transformative power of quantum computing and what it means for the future. 🔍 Key topics: Increased Speed: Quantum computers can solve complex problems faster than traditional computers. This could transform industries such as cryptography, materials science, and artificial intelligence. Quantum dominance: The article discusses recent milestones in achieving quantum dominance, where quantum processors outperform the most advanced classical supercomputers in specific tasks. Real-World Applications: From drug discovery to optimization problems, the practical applications of quantum computing are vast and hold the promise of significant breakthroughs. Educational Impact: As educators, it is important to incorporate emerging technologies into our curriculum. By understanding quantum theories and their implications, the next generation of computer scientists can prepare for the challenges and opportunities ahead. 💻 Why it matters: Quantum computing is not just a concept; it is becoming a reality that will define the future of technology. Computer science practitioners need to remain aware of such developments. It opens up new avenues for research, innovation, and business growth. I highly recommend reading this article to gain insight into the current state and future potential of quantum computing. The possibility is that we continue to restrict it on the border, and our students will be inspired to be the first in this exciting field. Here is the link to the article if you're interested in reading it: https://lnkd.in/dg7mFZt4 #QuantumComputing #ComputerScience #Innovation #Education #TechTrends #FutureTech

Congrats to PsiQuantum Jeremy O'Brien and university partners on working to build #quantum #stem skills in Australia. As Professor Professor Deborah Terry, Vice-Chancellor and President, The University of Queensland says: “Students starting high school this year will graduate into a world with utility-scale quantum computers," so we need to prepare students for future jobs in quantum and advanced technologies. https://lnkd.in/gmGUHN3D

📚 Preparing students for a quantum future is crucial.  Processim Labs highlights the importance of integrating quantum computing in education, creating interactive and personalized learning experiences. Discover more about how quantum computing is transforming education 👇 https://lnkd.in/gRHEYjii. 🌐 If you are ready to move, SPINQ offers a series of quantum computers to help with education. Leave us a message to find out more. Discovering the Future of Quantum Computing and Education with SPINQ.

🔬 Breaking Ground in Quantum Computing! 🔬 New York College takes a quantum leap with the first on-campus IBM Quantum Computer!Discover how this pioneering move is set to revolutionize scientific utility and education. Read more here: https://lnkd.in/d-UVXFFy New York College Pioneers with First On-Campus IBM Quantum Computer: A Leap for Scientific Utility#QuantumComputing #IBM #NewYorkCollege #Science #Technology #Innovation #Education #FutureTech #STEM #LinkedInAnnouncement 🌐🚀

So happy to see an article that discusses quantum computing and its potential impact on higher education. It's important that we see more quantum computing programs out there for interested students, but Nuno Fernandes also shares some benefits this tech could have on the actual institution of higher education as well. "Perhaps in the future, quantum computers will enable us to better analyze students’ data to adapt content in real time and customize their learning experience," says Fernandes. Here's how universities can help embrace quantum computing: ➡️ Offer quantum computing programs. ➡️ Establish research centers. ➡️ Provide training to students and faculty. ➡️ Collaborate with the quantum computing industry. Would you add anything else to this list? #QuantumComputing #HigherEd #QuantumComputingPrograms