SpaceX Dragon Returns Axiom-4 Crew to Earth From Space Station
The astronauts splashed down off the coast of California at 5:31a.m. New York time on Tuesday, concluding a mission signaling the Texas-based company's ambitions to work with countries to expand global access to space.
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HRL Laboratories Launches Open-Source Solution for Solid-State Spin-Qubits
MALIBU, Calif., July 16, 2025--(BUSINESS WIRE)--HRL Laboratories developed an open-source extension to the Quantum Instrumentation Control Kit (QICK), designed to control electrostatically confined semiconductor spin-qubits. Called spinQICK, HRL's solution provides a cost-effective way to rapidly utilize high performance and affordable field-programmable gate array (FPGA) hardware with spinQICK's firmware and software to control spin-qubits. "By creating a cost-effective solution for academic and industry partners, HRL is helping to advance the quantum computing industry and spin qubit community," said Andrew Oriani, a spinQICK Principal Investigator at HRL. Abbie Wessels, a spinQICK Principal Investigator and Lead Developer at HRL, elaborated, "As leaders in quantum science and engineering, we believe that making tools like spinQICK freely available will accelerate scientific progress and push the boundaries of what's possible in spin qubit research." The spinQICK package builds on the standard QICK API, an open source toolkit developed and deployed by Fermilab, with additional low-level extensions tailored for spin-qubit systems. Fermilab is America's particle physics and accelerator laboratory. It is the lead institution for the Superconducting Quantum Materials and Systems Center, plays a major role in the Quantum Science Center headquartered at Oak Ridge National Laboratory, and is a leader in quantum networks and controls including cryoelectronics. The hardware intended for use with spinQICK is vastly more affordable than comparable custom or other commercial hardware systems currently available, without compromising on performance. This enables faster and more affordable adoption of standardized measurement and control methods used for electrostatically confined spin-qubits. The new tool also drives workforce development and quantum outreach by encouraging speedy, efficient engagement with research labs and educational institutions entering the field of semiconductor quantum computing. Sponsoring a clinic team at Harvey Mudd College, HRL is bringing spinQICK and accessible quantum computing solutions to engineering communities. This year's Harvey Mudd team recently showcased their end of year project at HRL, where they integrated spinQICK with custom analog control hardware. Key features of HRL spinQICK: Support for low-cost, off-the-shelf Xilinx Radio Frequency System-on-Chip (RFSoC) Field Programmable Gate Arrays (FPGAs) to rapidly develop novel application-specific experimental hardware and software for spin-qubit control. Enables methods that accommodate single-spin (Loss-DiVincenzo) qubits, including: Charge-stability and electrostatic tune-up Initialization and parity readout Single-spin coherent control and characterization of key properties and gate operations, including: T1, T 2 ∗, T2-Echo, Ramsey and All-XY Exchange calibration Two-qubit gates Provides features for parameter management, plotting and demonstrations to help users get started with spinQICK. "SpinQICK is a great example of how open-source systems such as QICK grow across boundaries, including national labs, academia and industry. We are very impressed with the work done by HRL" said Gustavo Cancelo, leader of QICK development at Fermilab. The HRL spinQICK package is now available here. ----------------- HRL Laboratories, LLC, California ( the next frontiers of physical and information science. Delivering transformative technologies in automotive, aerospace and defense, HRL advances the critical missions of its customers. As a private company owned jointly by Boeing and GM, HRL is a source of innovations that advance the state of the art in profound and far-reaching ways. View source version on Contacts media@ 310-317-5000 Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data
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US FAA not considering replacing L3Harris, Verizon contracts with Musk's Starlink
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Medscape 2050: Robert Wachter
Medscape 2050: The Future of Medicine Have you tried an AI tool yet? Robert Wachter, MD, professor and chair of the Department of Medicine at the University of California, San Francisco, wants to know. In fact, Wachter will tell you that 'in order to be a responsible physician or probably any professional, you should be trying them today.' Why is this so urgent? Because physicians – perhaps more than most other professionals – need support. Did you know that 1 out of 5 medical records is longer than Moby Dick? (That's not an estimate; it's been studied.) How can a doctor comb through over 600 pages of notes in the five minutes before a patient visit and feel confident that they haven't missed anything? This is just one of many 'impossible' tasks, Wachter says, that doctors face in today's healthcare system. The 'Holy Grail' of AI, for Wachter, will be when these tools can reliably provide 'clinical decision support.' He envisions a system where AI is seamlessly integrated into the EHR, analyzing literature, evidence, and recommendations, and delivering that information in a form that is 'useful and actionable.' Are you worrying that AI is coming for your job? Don't. These fears are overstated, Wachter says, mentioning Geoffrey Hinton's famous suggestion in 2016 that we 'should stop training radiologists now.' And yet, almost a decade later, radiology is still a crucial specialty. Even as we look toward a 'transformative moment' when medical AI will make clinicians' lives a lot easier, we shouldn't count ourselves out. 'If you'd asked me 15 years ago, which comes first: the radiologists are out of business, or I sit in the backseat of a driverless car and fall asleep on my way home,' says Wachter, who is a fan of Waymo, 'I would've said the radiologists are toast.' And he would have been wrong.
