Richard Wingert’s Post

Researchers have created the world's first graphene semiconductor. The joke goes that graphene can do everything but leave the lab, but in the last few years, this is no longer true. In this episode we'll see how scientists turned the best conductor known to man into a semiconductor, opening the door to faster, cooler and more efficient computing.

Google's advanced Quantum Computer can complete computing tasks that would take 47 years in a brief 6 seconds. Here's how it has the potential to radically transform EVERYTHING:👀 ♾️♾️ #QuantumComputer #Everyting

#google #quantum #technology #computing Google has made a huge breakthrough in quantum computing with its newest technology, which is now 241 million times faster than what they had in 2019. This is a big step forward for quantum computing and could lead to amazing new possibilities in how we use computers. Quantum computing can solve really tough problems super quickly, far beyond what regular computers can do, and it could change many industries in the process.

By 2030, semiconductors will allow us to integrate a trillion transistors in a single chip. AI models will have trillions of parameters and many trillions of tokens of data inside them. With quantum computing, we're going to be able to represent information that have numbers like 2 to the power of 100. We believe that the future of computing lies in the successful convergence of classical, AI, and quantum computing platforms, that is, the seamless use of all of them to solve problems that have been previously unsolvable. Take a look inside our newest working compute lab, a physical manifestation of what's next in computing. #AImodels #highperformancecomputing #semiconductors #quantumcomputing IBM Cathy Byrne David J Kelly Alex Chalmers Arkadiusz (Arek) Gadula Conor Mc Cartan Paul Pradeep Mayank Jain Alan Murphy

Fascinating video by Cold fusion on Youtube about a new chip that could revolutionize computing! Check it out: This Chip Could Change Computing Forever https://lnkd.in/gAsW4Gpz"

How are #quantum_computers physically realized? Here are some modalities of quantum computing used by different companies.

Today’s #quantum computers are incredibly error-prone. Microsoft and Quantinuum have achieved a groundbreaking milestone by demonstrating the most reliable logical #qubits on record thanks in part to an innovative error correction method. This breakthrough paves the way for hybrid #supercomputers that will revolutionize research across industries. More at Interesting Engineering https://bit.ly/3J4tGIb

An area that hasn't had as much traction/discussion lately due to the everything Nvidia or LLMs...quantum computing Why am I thinking about this? Wired recently covered how quantum computing could revolutionize data processing and problem-solving. How do you see quantum computing impacting your field? If, at all? #QuantumComputing #TechInnovation #FutureOfTech

My Foley colleagues discuss the current state of quantum computing and where the technology is heading in the next article of the Beyond the Binary series. Click below to read more! #InnovativeTechnology #QuantumComputing #Technology

Taming the Quantum Beast: The Fight Against Noise Imagine a supercomputer solving problems impossible for our current technology, but plagued by constant errors. That's the current state of quantum computing. Noise disrupts calculations, creating a major obstacle. Recent breakthroughs in hardware and software are promising fighters, offering hope for noise reduction. Could "quantum utility" be closer than we think? #QuantumComputing #Innovation #Breakthroughs