National Institute of Standards and Technology (NIST)’s Post

You probably don’t want to revolutionize the quantum industry. But just in case you do, I’m looking for a few unassuming geniuses for roles that are only somewhat likely to redefine technology as we know it—in Spain and the Netherlands, no less. We need a Quantum Research and Development Engineer, Senior Quantum Design Engineer, Fabrication Engineer, Quantum Measurements Engineer, Experimental Quantum Engineer, and a Quantum Production Technician. Just your typical, everyday quantum wizards. Imagine spending your days not just pushing the boundaries of what’s possible, but completely obliterating them. But hey, if you prefer the mundane, there are plenty of other jobs out there that involve pushing paper and attending endless meetings about font choices. We're not looking for just anyone. We need people who understand that 'quantum' isn't just a cool word to throw around but a real commitment to being confused at a higher level and about more important things. What will your day look like? Decoding the universe’s secrets before lunch, revolutionizing technology in the afternoon, and maybe, just maybe, changing the world by dinner. If you think you can fit into a team that barely fits into the conventional dimensions of physics, then we need to talk. Yes, the fabric of reality is complex, but your decision to apply doesn’t have to be. Not ready to make history? That's fine; history isn't for everyone. But if you are, send me a message. Let’s make the universe sit up and take notice. #QuantumComputing #TechJobs #HiringNow #Innovation #EngineeringJobs #QuantumTechnology #CareerOpportunities #SpainJobs #NetherlandsJobs #ExperimentalPhysics #TechTalent

Excited to share this fantastic YouTube training on Signal Integrity by Rohde & Schwarz. As a Hardware Design Engineer, I found the material shared over here is very valuable. Link: https://lnkd.in/g5UFw5Pi Sharing my notes and understanding: Signal integrity is the measure of how effectively electronic signals maintain their quality as they travel through components like cables, connectors, and circuit boards. Factors affecting Signal Integrity: Impedance Mismatch: Discrepancies in impedance along transmission lines can cause signal reflections, leading to amplitude and timing distortions. Attaining impedance matching is vital to uphold signal integrity. Frequency Response: Describes system behavior at different signal frequencies, including attenuation, bandwidth, phase shift, filtering, and equalization. Understanding it optimizes performance, ensuring reliable signal transmission. Cross Talk: Unwanted interference between signals traveling through adjacent channels. Techniques like shielding and routing mitigate cross-talk, ensuring reliable transmission. Noise: Unwanted electrical disturbances degrade signal quality, including thermal noise, electromagnetic interference (EMI), and power supply fluctuations. Effective noise mitigation strategies minimize its impact. Simulation enables early issue detection, optimizing designs by predicting signal behavior and experimenting with different parameters. It reduces costly redesigns, handling complexity and ensuring signal integrity across high-speed electronic systems. In summary, Signal integrity (SI) ensures signal quality during transmission. Factors like impedance mismatch, frequency response, cross-talk, and noise affect SI. SI simulation is vital for early detection, predictive analysis, and optimization, reducing costly redesigns. It's crucial for reliable electronic systems, ensuring performance and reliability in high-speed designs. #SignalIntegrity #Electronics #Simulation #HighSpeedDesigns #Innovation P.S: This post was assisted by ChatGPT