Netherlands Innovation Network UK’s Post

Norway Invests $8 Million Annually in Quantum Technology Research The Norwegian government has launched a major quantum technology initiative, investing NOK 70 million annually in research and development. Ministers Karianne Tung, Bjørn Arild Gram, and Oddmund Hoel visited OsloMet's Quantum Hub to announce the initiative, which aims to harness the power of quantum technology to address societal challenges such as climate change and the need for new medicines. According to Minister of Research and Higher Education Oddmund Hoel, "the data processing of the future is already here, with associated opportunities and risks that increase sharply." OsloMet's Rector Christen Krogh emphasized the university's commitment to increasing knowledge in quantum technology, which can perform calculations impossible today. Professor Sølve Selstø demonstrated the capabilities of OsloMet's quantum computers, highlighting their potential to crack encryption and process large amounts of information at once. The initiative marks a significant step forward for Norway's quantum technology sector, with implications for national security, data processing, and more. https://lnkd.in/eDG65Kcf

Quantum Technology Could Open The Way to Economic Advantage For The UK, Academy Reports  🇬🇧 ♦ The UK is well placed to apply its unique expertise and commercial knowhow in key areas of quantum technology that could boost its future economy. ♦ The findings are part of a report published today by the Royal Academy of Engineering. ♦ The Academy makes six recommendations on how government could support the UK’s emerging quantum sector and increase its potential for future success. https://lnkd.in/eDbwRyjw #UKQuantum #Economy #UKGovernment - UKQuantum

Seed Areas of Emerging Opportunity 1. Biotechnology Collapse #Biotechnology is an emerging engineering discipline that uses living systems to produce a wide range of technologies and capabilities. From fighting global pandemics and avoiding surprises to reducing logistics and sustainment costs and increasing energy efficiency, biotechnology can help change the way the Department conducts missions, performs in contested logistics environments, and adapts to major global changes. 2. Quantum Science #Quantum Science is the study of physical properties at small, even atomic, scales. Defense applications include atomic clocks, quantum sensors, quantum computing, and quantum networks. Quantum science promises to enable leap-ahead capabilities. Quantum computing can provide unprecedented computational speeds and help solve the Department's hardest analytical problems. Quantum sensors promise the ability to provide unprecedented accuracy in position, navigation, and timing. From more accurate information to faster decision making, to significantly stronger encryption capabilities, quantum science has the promise to deliver cutting-edge technology. 3. Future Generation Wireless Technology (FutureG) Collapse #FutureG is a suite of emerging wireless network technologies enabled by DoD and commercial industry cooperation to enable military operations and ensure a free and open internet. As Fifth Generation (5G) wireless technology is adopted and provides building blocks for capability, the DoD will also look to FutureG for leap-ahead technologies to lead in creating future standards. The Department will invest in FutureG technology development to lay the groundwork for continued United States leadership in information technology, which is vital for maintaining our economic and national security. 4. Advanced Materials Collapse #Advanced materials explore innovative new materials and novel manufacturing techniques that can dramatically improve many of the Department's capabilities. Materials that have higher strength, lighter weight, higher efficiency, and can handle more extreme temperatures will have the potential to better protect our service members and enhance their ability to accomplish their missions. #MavenScouts #MavenWERX #Innovation #NationalSecurity #VC

The quantum internet would be a lot easier to build if we could use existing telecommunications technologies and infrastructure. Over the past few years, researchers have discovered defects in silicon that could be used to send and store quantum information over widely-used telecommunications wavelengths. Could these defects in silicon be the best choice among all the promising candidates to host qubits for quantum communications? Prof. Evelyn Hu, Ph.D. candidate Aaron Day, and a team of researchers developed a platform to probe, interact with and control these potentially powerful quantum systems.  The device uses a simple electric diode to manipulate qubits inside a commercial silicon wafer.  Using this device, the researchers were able to explore how the defect responds to changes in the electric field and tune its wavelength within the telecommunications band, which is important for quantum networking when disparate quantum systems need to be aligned. Read the full story: https://buff.ly/3L9jbEN

Quantum technology company IonQ will work with the United States Air Force Research Laboratory (AFRL) on a $21.1 million project to establish quantum networking capabilities via the recently acquired quantum networking company Qubitekk, Inc. The project will support AFRL’s Quantum Information Science and Technology Branch at the Information Directorate and its quantum networking and computing research: #Photonics #Quantum #Research

Telecommunications advancement into 6G to 10G era may push technology into science fiction era sooner than many may think possible. These scientists made the new era of low energy ultrafast secure communications possible with their innovative devising. Optical switches, the devices responsible for sending information via telephone signals, rely on light as a transmission medium and on electricity as a processing tool, requiring an extra set of energy to interpret the data. A new alternative engineered by Zhou uses only light to power a full transmission, which could improve speed and energy efficiency for telecommunications and computation platforms. Optical switches, the devices responsible for sending information via telephone signals, rely on light as a transmission medium and on electricity as a processing tool, requiring an extra set of energy to interpret the data. A new alternative engineered by Zhou uses only light to power a full transmission, which could improve speed and energy efficiency for telecommunications and computation platforms. “Achieving strong non-linearity was unexpected, which opened a new direction that we were not previously exploring: quantum communications. They have used the QPress which is an automated tool for synthesizing quantum materials with layers as thin as a single atom. Zhou’s research team aims to increase energy efficiency down to the smallest amount of electromagnetic energy, a main challenge in enabling the so-called quantum communications, which offer a promising alternative for data security. Quantum communications offer a promising alternative as they encode the information using light, which cannot be intercepted without altering its quantum state. Zhou’s method to improve materials' nonlinearity is a step closer to enabling those technologies. #telecommunications #6G #aiml #datasecurity #quantumnet

🗞 Electronic News! 🗞 Researchers in the UK are making significant strides in developing a new generation of optical fibres tailored specifically for the quantum Internet. Unlike traditional optical fibres, the team at the University of Bath has engineered speciality fibres with a micro-structured core featuring a complex pattern of air pockets running along the entire length. These unique fibres have the capability to support quantum entanglement of photons, enabling quantum key distribution and facilitating data transfers within the quantum Internet. Dr. Kristina Rusimova from the Department of Physics at Bath highlighted the limitations of conventional optical fibres in accommodating the operational wavelengths required for light-based quantum technologies. She emphasized the need for fibres that can align with the characteristics of single-photon sources, qubits, and active optical components essential for quantum applications. #electricalengineering #electronics #embedded #embeddedsystems #electrical #computerchips Follow us on LinkedIn to get daily news: HardwareBee - Electronic News and Vendor Directory

A study from Princeton University, recently published in Nature on August 30, unveils a groundbreaking method to establish connections between quantum devices over significant distances, a pivotal advancement for the quantum computing industry’s evolution towards integrated communication systems. This novel technique employs telecom-ready light emanating from a solitary ion implanted within a crystal. The journey leading to this discovery spans numerous years, culminating in the integration of advancements in photonic design and materials science. While this accomplishment represents a pivotal milestone, further work is essential to enhance the storage duration of quantum states in the erbium ion’s spin. The ongoing focus of the team is to refine the production of calcium tungstate, striving to minimize impurities that disrupt quantum spin states... #technology #tech #quantumcomputing #communication #breakthrough

Queensland Leads Australia in Quantum Technology Advancements The Queensland government has made the largest quantum commitment of any Australian state or territory, with a potential worth of $2.2 billion by 2030 and $6 billion by 2045, creating up to 19,400 jobs. This investment builds on Queensland's 30-year legacy in quantum technology, which has already led to breakthroughs such as smartphones and MRI machines. The government's partnership with PsiQuantum will establish the world's first fault-tolerant quantum computer in Brisbane, creating up to 400 new skilled job openings. Researchers at universities including the University of Queensland and Griffith University are working on projects such as portable brain imaging, advanced power electronics, ultra-secure data transmission, and simulations of complex chemical reactions. According to Professor Kerrie Wilson, Queensland Chief Scientist, this investment will revolutionize industries and create new businesses, while also helping to combat climate change. https://lnkd.in/erU7k_NX