Auriga Space’s Post

Excited to share that I've finally published again! This one is extra special as it's my first since joining Sandia Labs two years ago as a Radiation Effects Engineer. It highlights an important discovery for space-based applications, showing how strategic transistor selection and design in GlobalFoundries’ 12LP 12nm bulk FinFET technology can improve resistance to total ionizing dose (TID) effects, which is vital for the reliability and longevity of electronics in low-radiation space environments. https://lnkd.in/gkCFb8va

Did you know the science behind EMF shielding and protection products is based on the work of renowned British scientist, Michael Faraday? 🧪⚡ Faraday's groundbreaking discovery of electromagnetic shielding in 1836 led to the invention of the Faraday cage, a device that blocks harmful electromagnetic radiation. 🛡️ Today, EMF shielding products use materials like copper, silver, or aluminum to create barriers that absorb, reflect, or dissipate electromagnetic energy, keeping us safe from harmful exposure. 📡🔋 Thanks to Faraday's curiosity and innovation, we can protect ourselves and our devices from the invisible dangers of electromagnetic fields! 🙌 https://lnkd.in/eSTF9nMC

Did you know the science behind EMF shielding and protection products is based on the work of renowned British scientist, Michael Faraday? 🧪⚡ Faraday's groundbreaking discovery of electromagnetic shielding in 1836 led to the invention of the Faraday cage, a device that blocks harmful electromagnetic radiation. 🛡️ Today, EMF shielding products use materials like copper, silver, or aluminum to create barriers that absorb, reflect, or dissipate electromagnetic energy, keeping us safe from harmful exposure. 📡🔋 Thanks to Faraday's curiosity and innovation, we can protect ourselves and our devices from the invisible dangers of electromagnetic fields! 🙌 https://lnkd.in/eSTF9nMC

Did you know the science behind EMF shielding and protection products is based on the work of renowned British scientist, Michael Faraday? 🧪⚡ Faraday's groundbreaking discovery of electromagnetic shielding in 1836 led to the invention of the Faraday cage, a device that blocks harmful electromagnetic radiation. 🛡️ Today, EMF shielding products use materials like copper, silver, or aluminum to create barriers that absorb, reflect, or dissipate electromagnetic energy, keeping us safe from harmful exposure. 📡🔋 Thanks to Faraday's curiosity and innovation, we can protect ourselves and our devices from the invisible dangers of electromagnetic fields! 🙌 https://lnkd.in/eSTF9nMC

Did you know the science behind EMF shielding and protection products is based on the work of renowned British scientist, Michael Faraday? 🧪⚡ Faraday's groundbreaking discovery of electromagnetic shielding in 1836 led to the invention of the Faraday cage, a device that blocks harmful electromagnetic radiation. 🛡️ Today, EMF shielding products use materials like copper, silver, or aluminum to create barriers that absorb, reflect, or dissipate electromagnetic energy, keeping us safe from harmful exposure. 📡🔋 Thanks to Faraday's curiosity and innovation, we can protect ourselves and our devices from the invisible dangers of electromagnetic fields! 🙌 https://lnkd.in/eSTF9nMC

If you are interested in the latest developments on ENZ and NZI media, please check our recent perspective in ACS Photonics. We try to give an account on the new horizons in this rapidly growing field, including nonlinear optics, time-varying media, thermal engineering and sensing. It was a blast to collaborate in the writing with so many emerging figures in the field: Michaël Lobet, Nathaniel Kinsey, Iñigo Liberal Olleta, Humeyra C., Paloma Arroyo Huidobro, Emanuele Galiffi, Giovanna Palermo, Zubin Jacob and Nicolò Maccaferri. The perspective was lead by Nicolò Maccaferri and Michaël Lobet, and the figure was created by Nathaniel Kinsey. https://lnkd.in/dkjpiXYg

Correlated Solutions recently assisted in an important research project at the University of South Carolina with members of Austin R.J. Downey's research group who are investigating the degradation parameters of rapidly discharging Lithium-ion batteries. In some cases – especially in defense and aerospace applications – it is necessary to push battery performance to extreme limits. Dr. Downey’s team, working in the ARTS lab (Adaptive Real-Time Systems) at the USC College of Engineering and Computing, are using the VIC-3D digital correlation system in conjunction with the NHR 9200 battery test system to investigate the material characteristics of an 18650 2500mAh 20A battery as it rapidly discharges. This video provides an overview of the test from the DIC perspective. For more details on this project, check out the full application example here: https://lnkd.in/euzmZXYw Connor Madden Alistair Tofts John White Jr #battery #batterytechnology #batterytesting #digitalimagecorrelation #lithiumion #materialstesting

Come join me December 7th in Boulder Colorado for a 1/2 day crash course on Ultrafast Optics and Applications, hosted by the Colorado Photonics Industry Association (CPIA). The class goals are: - The physics underneath a pulse of light 1-Millionth of a Billionth of a second in duration - How to interpret a femtosecond laser specification table - Comparing and contrasting different femtosecond light sources - The physical processes (and pitfalls) in between the laser and your application - An overview of the applications leveraging the unique aspects of ultrafast light. https://lnkd.in/gwx7yGRM

ITECH IT-M3900C Compact bi-directional DC power supplies at MIT School of Engineering ! 🔋 ⚡️ 🔄 Bidirectional, regenerative DC Power Supply 10 V to 1500 V models 2, 4, 6 kW in1U height and 12kW models in 2U Master /Slave parallel connection Battery Emulation, Battery Test Seamless current switching source-sink 4 sink modes CC/CR/CV/CP PowerFlex Automotive testing standards as built-in The IT-M3900C power system is ideal for use as a battery emulator for simulating battery modules and packs. As a battery simulator, the power supply can be quickly and easily set to the required different State of Charge (SoC) levels. As well as parameters such as terminal voltage at full and empty capacity, internal resistance and total battery capacity. This way, there is no need to go through the real charge and discharge cycle of a physical battery. During testing of battery-powered product designs, this will significantly reduce testing time and efficiency. With the optional BSS2000 software, the most complex battery profiles can be easily programmed, stored and simulated. For durability, reliability and characterization testing of batteries, the IT-M3900C is equipped with a built-in battery test function. This makes it very suitable for performing charge and discharge cycles in single and multi-channel setups.

New paper! Our longstanding collaboration with Dr. Leo Belostotski and Dr. Soumyajit Mandal on LNAs for arrays has led to a new paper in IEEE Trans. on Microwave Theory and Tech (T-MTT). Our paper "Demonstration of Receiver-Noise/Distortion Shaping in Antenna Arrays by Using a Spatio-Temporal Δ  - Σ Method"- led by Leo's team of expert analog IC designers - describes the first experimental verification of mmW spatiotemporal multidimensional noise shaping for multiport LNAs. This early work is exciting because it shows how the Causality Lightcone for received signals can be exploited along with multidimensional sparsity in frequency domain to improve the noise figure of LNAs used in large arrays/MIMO or active metasurfaces. So proud of this work and of our team. Zara Kabirkhoo Leo Belostotski Soumyajit Mandal Mohammad Radpour https://lnkd.in/gFJ-P_nv