Andrew Leckie’s Post

This article on recent breakthroughs in Terahertz waves is a good read. Although light on technical details initially, it finishes strong. The new polarization multiplexer technology, tailored for terahertz waves, has the potential for broader applications. https://lnkd.in/gNUuePdt

Quantum Altitude Chart (c) is Back - This Time for Sensors! In today's #substack, I bring back Quantum's Business original Quantum Altitude Chart with a focus this time on #quantumsensors. https://lnkd.in/dzDRjr9J Quantum's Business' copyrighted chart brings the world of quantum tech to every organization and every #business and #IT leader where the 50,000; 30,000; 10,000 foot and ground levels of quantum technologies are revisited and explored. Market insights, product development and maturation and more appear in today's substack for one of the most advanced segments of the #quantum field, namely #sensors. Hilary Kaye Mike Kilroy Alex Tingle, MS Q-CTRL Hugh Hyde Page Rowen Wu Infleqtion Veronica Combs #quantumsensing #quantumforbusiness #quantumtechnologies #technology #innovation #technology #business Image source: Brian Lenahan/Midjourney

Quantum internet inches closer: Qubits sent 22 miles via fiber optic cable. https://lnkd.in/gHgeyzmF #quantumcomputing #quantuminternet #technology

Since the introduction of AI technologies, worldwide energy consumption for data centers has shown a marked increase, raising concerns about long-term sustainability. Efforts to address the energy consumption required for heavy computing workloads are underway at Swiss technology center uptownBasel. Damir Bogdan, CEO of its commercial quantum hub QuantumBasel, invites a closer look at this emerging sustainability issue, exploring a longitudinal approach to possible solutions through global collaboration on quantum technology ventures. Listen to the insights in the recorded session: https://lnkd.in/gkDJGRrP #Quantum #Sustainability

The terahertz signals can move around objects, useful for 6G. Researchers at Brown University have pioneered a way to bend a data signal to essentially curve around objects. They achieved this by manipulating terahertz waves, a frequency range that may become a part of future 6G technologies where new innovations will be likely be required to keep up with bandwidth demand. The research, supported by the National Science Foundation and the Air Force Office of Scientific Research, is still in very early stages. Thus questions as to how far the curved beams could travel and how much data could be transmitted are still unknown at this point. So how did they do it? https://lnkd.in/eqtjPi-Q --- #ftth #fibertothehome #network #fiberopticnetworks #terahertz

The interaction of light with matter lies at the heart of quantum technologies: the high selectivity of laser... | Click below to read the full article at The Digital Insider.

The interaction of light with matter lies at the heart of quantum technologies: the high selectivity of laser... | Click below to read the full article at The Digital Insider.

Quantum data transfer is going to be so huge! Not only that connection between devices is going to be faster, connectivity would not be interrupted by distance or signal/object interference. Adding to that, the quality of life and human health would improve as a result of lower electro magnetic waves pollution. And the really exciting part is: it will allow technologies that only few are yet able to imagine.

What is Quantum Locking? Imagine a superconductor being pinned in space, defying gravity and staying locked in a specific position, even if the supporting structure is tilted. That's quantum locking! It occurs when a superconductor is cooled below its critical temperature, causing magnetic flux lines to penetrate it, locking it in space. The key lies in flux pinning, where magnetic vortices form within the superconductor, essentially "locking" it into place. The superconductor can then move along the magnetic track while maintaining its orientation, as if it were glued to the magnetic field. Potential Applications? quantum locking can be used in maglev trains, allowing for smooth, high-speed travel with minimal energy consumption. Or consider its application in quantum computing for stabilizing qubits. ___ Win a $130 Aosu Video Doorbell this September! Join over 150k innovators who get the latest tech and AI insights in just 5 minutes. Stay ahead—subscribe today: https://lnkd.in/ex9mu2hM #QuantumLocking #Levitation #Superconductors #MagneticFields #FutureTech

These diamond quantum sensors can also be used in Space pods to monitor seals at cryogenic temperature