Agibot plans to produce 5,000 humanoid robots in 2025, aiming to match Tesla’s Optimus output and expand in industrial automation.
Dr. Laura Aguilar, MD, Ph.D. is Chief Medical Officer at Diakonos Oncology ( https://www.diakonosoncology.com/ ), a clinical stage immuno-oncology company de…
WASHINGTON — Maxar Intelligence developed a visual-based navigation technology that enables aerial drones to operate without relying on GPS, the company announced March 25.
The software, called Raptor, provides a terrain-based positioning system for drones in GPS-denied environments by leveraging detailed 3D models created from Maxar’s satellite imagery. Instead of using satellite signals, a drone equipped with Raptor compares its real-time camera feed with a pre-existing 3D terrain model to determine its position and orientation.
Peter Wilczynski, chief product officer at Maxar Intelligence, explained that the Raptor software has three main components. One is installed directly on the drone, enabling real-time position determination. Another application georegisters the drone’s video feed with Maxar’s 3D terrain data. A separate laptop-based application works alongside drone controllers, allowing operators to extract precise ground coordinates from aerial video feeds.
Space Day Texas will be held on March 25 at the Texas Capitol, featuring exhibits from NASA and various aerospace companies. The event will include live space suit demos, a proclamation celebrating…
Electric vehicles (EVs) are transforming transportation, but challenges such as cost, longevity, and range remain barriers to widespread adoption. At the heart of these challenges lies battery technology—specifically, the electrolyte, a critical component that enables energy storage and delivery. The electrolyte’s properties directly impact a battery’s charging speed, power output, stability, and safety.
To overcome these hurdles, researchers are turning to AI-driven approaches to accelerate the discovery of novel battery materials.
SES AI, a leader in battery innovation, is leveraging the cutting-edge NVIDIA hardware and software ecosystem to revolutionize materials discovery. By combining domain-adapted LLMs with an AI model and GPU-accelerated simulations in a single workflow, SES AI compresses decades of research into months and unlocks groundbreaking advancements in EV battery performance.
The universe is so similar to our brain that it could be conscious. In this video, we talk about how we might be just tiny echoes of a larger cosmic mind.
- Sources:
https://scienceexchange.caltech.edu/topics/quantum-science-e…tanglement.
https://link.springer.com/chapter/10.1007/978-3-642-20253-7_2
https://www.psychologytoday.com/us/blog/the-new-science-cons…sciousness.
Do atoms going through a double slit ‘know’ if they are being observed?
https://www.sciencealert.com/quantum-entanglement-has-now-be…opic-scale.
https://www.scientificamerican.com/article/is-consciousness-…universe1/
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Here’s what the science says about how you can slip into this dreamlike, meditative state.
Magnetoresistive random-access memory, or MRAM, promises to make computers more efficient and powerful, but a few hurdles still need to be cleared.
Advances in materials and architecture could lead to silicon-free chip manufacturing thanks to a new type of transistor.
Time travel has long fascinated scientists and theorists, prompting questions about whether the future can send visitors into its own past and whether individuals could move forward in time in ways that bypass the normal flows of daily life. The general idea of time as a fourth dimension, comparable to spatial dimensions, gained traction when Hermann Minkowski famously stated that “space by itself, and time by itself, are doomed to fade away into mere shadows” (Minkowski, 1908, p. 75). This integrated view of spacetime underlies many physics-based theories of how a traveler might move along the temporal axis.
In relativity, closed timelike curves (CTCs) theoretically allow a path through spacetime that loops back to its origin in time. As Kip Thorne put it, “wormhole physics is at the very forefront of our understanding of the Universe” (Thorne, 1994, pp. 496–497). A wormhole with suitable geometry might permit travel from one point in time to another. However, such scenarios raise paradoxes. One common example is the “grandfather paradox,” which asks how a traveler could exist if they venture into the past and eliminate their own ancestor. David Deutsch offered one possible resolution by suggesting that “quantum mechanics may remove or soften the paradoxes conventionally associated with time travel” (Deutsch, 1991, p. 3198). His reasoning rests on the idea that quantum behavior might allow timelines to branch or otherwise circumvent contradictions.