Q-CTRL’s Post

⏩ Quantum Technologies for Air and Space - Quantum-Enhanced Radars and Electronic Warfare: Use Cases and Timelines ⏪ is the title of my latest paper, which is based on great discussions with individual experts on various aspects of warfighting from the Joint Air Power Competence Centre (JAPCC). The goal is to provide a more realistic analysis of possible quantum technology utilisation in the space and air domain and in the near term, let's say by 2030. This part deals with the RF domain, which is crucial for these domains. The next part will focus on the PNT. https://lnkd.in/eY-msbyQ #quantum #quantumdefence #quantumsecurity #defence

This is a worthwhile read in Global Defence Technology Magazine talking about the role of mesh(ed) networks in the future of battlefield communications. The integration of mesh networks with Low Earth Orbit (LEO) satellites is certainly the future, allowing connectivity with points anywhere in the world. However, I would argue that IEEE mmWave technology is superior to 3GPP when it comes to connecting troops on the ground. IEEE 5G mmWave networks are self-healing, which means if a node is out of range or otherwise unavailable, the network re-configures to maintain full connectivity by another node stepping in to complete the circuit. https://bit.ly/3STWetD

A small box sitting in a Conex shipping container on a New Zealand navy supply vessel off Hawaii may be the answer to why Australia has decided to get its own quantum computer in a commercial partnership with little-known company PsiQuantum. Inside the box – loaded on to the HMNZS Aotearoa – were three quantum clocks and several atomic sensors. Australian officials were among a group of Five Eyes intelligence allies who observed whether the boxes could reliably plot the ship’s navigational path as it sailed for three weeks as part of the 2022 PACRIM navy exercise. Modern ships and planes and their high-tech weaponry are heavily reliant on satellite GPS. Defence planners have long worried how vulnerable military information systems are to GPS being taken out by an adversary. The Hawaii demonstration proved a navy ship could sail without GPS assistance in real-world maritime conditions, prompting US Air Force researchers to declare quantum-based navigation was likely to be ready for the real world within three to five years. GPS doesn’t work underwater, and the same tech could be equally revolutionary for next-generation submarines. Hello AUKUS. Noting the Five Eyes clock trial, the same researchers from the Mitchell Institute for Aerospace Studies in the US earlier this year released three major papers calling for the US to work with its allies through the AUKUS agreement to fast-track quantum defence capability. https://lnkd.in/gz3ZGZTs

The challenge of achieving robust LPD in tactical scenarios - Airforce Technology 🛡️ Discussions surrounding 5G tactical communications systems in defence are often dominated by the arguably ‘hotter’ topics of extra high data speeds and superior performance. Here Macy Summers examines the importance of the military’s silent partner: LPI/LPD (low probability of interception and low probability of detection) wireless networks which will define the future of the battlefield. https://bit.ly/3Qp451b #defense #militarycomms

In today's era of digitized battlefields, #satellite communications must be secure and reliable. Read #Anritus's app note to learn how #5G evolution has influenced #satcom roles and applications, as well as how to effectively mitigate interference. #satellitecommunications #5G #militarycommunications

Military Embedded Systems has featured an article by our CEO, Steve Roemerman. In his piece titled "The Steps to Laying Out an Embedded System Quantum Roadmap," Steve explains, "There is a tendency to think of quantum technology as being "far in the future" or something that's "too big" to matter for systems at the military edge or other embedded systems. You aren't alone, but you would still be mistaken. So, is it time to panic? No, but it is time to lay out a quantum roadmap for your organization." The steps to laying out an embedded system quantum roadmap: https://lnkd.in/exSQeju6

It's an issue that needs to be addressed: at institutions level as well as at technology sectors like space, energy and defence.

The EA-37B is a game-changer in the electromagnetic battlespace. By modernizing electromagnetic attack capabilities, it helps deny peer competitors' tactical networks and information ecosystems. https://lnkd.in/gDiMaK_Z

Pasquali Microwave Systems supplies electronics components at high-level complexity: Solid State #TR Limiters prevent #Tx/#Rx devices from interfering signals and high-power Tx leakage burst through #LNAs and Diodes and Sensitivity Time Control (STC) systems. Covering wide set of Operational Bands (C-S-X Bands and higher) at High Peak Powers (up to 10kW) with minimized Insertion Loss.  Pasquali Microwave Systems ST TR Limiters are suitable for #ATC, #NAVAL AND #DEFENSE applications.