Scientists at Macquarie University have discovered a novel way to enhance quantum sensor performance using ordinary grapes.
By utilizing the water content and specific size of grapes, they created strong magnetic field hotspots that improve the efficiency of microwave-based quantum sensing.
Supermarket Grapes and Quantum Sensors.
A new study explores the potential consequences of time travel, including the possibility of losing all your memories.
Special multi-layer mirrors guide the light through plates called masks, which hold the intricate patterns of the integrated circuits for semiconductor wafers. The light projects the pattern onto a photoresist layer that is etched away to leave the integrated circuits on the chip, according to a press release by LLNL.
The project also aims to investigate the primary hypothesis that the energy efficiency of existing EUV lithography sources for semiconductor production can be improved with technology developed for the novel petawatt-class BAT laser, which uses thulium-doped yttrium lithium fluoride (Tm: YLF) as the gain medium through which the power and intensity of laser beams are increased, as per the release.
Scientists have planned to conduct a demonstration pairing the compact high-rep-rate BAT laser with technologies that generate sources of EUV light using shaped nanosecond pulses and high-energy x-rays and particles using ultrashort sub-picosecond pulses.
Have you ever wondered how fast our brains work? Well, scientists have recently quantified the brain’s speed limit. They revealed that from sensory organs, the brain processes signals at only about 10 bits per second.
This speed is millions of times slower than the input rate, as the human body’s sensory systems gather data about the surrounding environment at a rate of a billion bits per second.
“I’m really happy to announce the successful accomplishment of the launch of PSLV 60 for the SpaDeX mission,” ISRO Chairman S. Somanath said shortly after the launch in a live webcast. “The rocket has placed the satellites in the right orbit.” If all goes well, the first docking attempt could occur by Jan. 7, he added.
The SpaDeX mission is made up of two satellites, a Target and a Chaser, on a mission to test autonomous docking technology in orbit. But ISRO hopes to do more than just test automatic docking gear.
The mission also includes a secondary payload module with 24 different experiments aboard, including a small robotic arm, which are riding aboard the PSLV rocket’s fourth stage independent of the SpaDeX satellites. Scientists hope to test the arm and other payloads after docking in a payload operations demonstration while also test dual spacecraft control and power transfer between the docked spacecraft.
Earlier, Director of the Gamaleya National Research Center for Epidemiology and Microbiology Alexander Gintsburg told TASS that the vaccine’s pre-clinical trials had shown that it suppresses tumor development and potential metastases.
MOSCOW, December 15. /TASS/. Russia has developed its own mRNA vaccine against cancer, it will be distributed to patients free of charge, General Director of the Radiology Medical Research Center of the Russian Ministry of Health Andrey Kaprin has told Radio Rossiya.
The vaccine was developed in collaboration with several research centers. It is planned to launch it in general circulation in early 2025.
Love this interview with Erika Alden DeBenedictis on her work towards terraforming Mars with engineered microorganisms, her thoughts about how to develop new funding structures for biotechnology, and her ideas on finding a balance between standardizing practices across biotechnology and retaining customizability. #biotech #mars #future #research
A conversation with Astera resident Erika Alden DeBenedictis.
Real-time data from Axial Seamount off the Oregon coast is providing researchers with a good eruption forecasting test.
What is the deepest level of reality? In this Quanta explainer, Vijay Balasubramanian, a physicist at the University of Pennsylvania, takes us on a journey through space-time to investigate what it’s made of, why it’s failing us, and where physics can go next.
Explore black holes, holograms, “alien algebra,” and more space-time geometry: https://www.quantamagazine.org/the-un…
00:00 — The Planck length, an intro to space-time.
1:23 — Descartes and Newton investigate space and time.
2:04 — Einstein’s special relativity.
2:32 — The geometry of space-time and the manifold.
3:16 — Einstein’s general relativity: space-time in four dimensions.
3:35 — The mathematical curvature of space-time.
4:57 — Einstein’s field equation.
6:04 — Singularities: where general relativity fails.
6:50 — Quantum mechanics (amplitudes, entanglement, Schrödinger equation)
8:32 — The problem of quantum gravity.
9:38 — Applying quantum mechanics to our manifold.
10:36 — Why particle accelerators can’t test quantum gravity.
11:28 — Is there something deeper than space-time?
11:45 — Hawking and Bekenstein discover black holes have entropy.
13:54 — The holographic principle.
14:49 — AdS/CFT duality.
16:06 — Space-time may emerge from entanglement.
17:44 — The path to quantum gravity.
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Bringing in more AI agents to workflows means having a strong orchestrator agent to manage it all for enterprises.
