Tesla has made its original Roadster design and engineering “fully open source” and released R&D documents accessible to everyone.
The original Tesla Roadster hasn’t been in production for more than a decade now, and we are still waiting for the new generation that was unveiled all the way back in 2017 and has been delayed several times since.
The vehicle has become quite rare.
Q* appears to apply a RL technique that uses AI generated data and teaches LLMs how to solve multi step logic problems Q* techniques can be applied to GPT-5 endowing it with excellent reasoning and retrieval skills This may not be AGI but it is an extremely powerful LLM.
We’re on a journey to advance and democratize artificial intelligence through open source and open science.
To enhance their catalytic efficiency in degrading organic pollutants, such as RB and urea, researchers further functionalized the surface of the micromotors with laccase, the bio-catalytic counterpart, for the generation of ammonia from urea. Urea is an emerging contaminant, being a common pollutant from residential activities (urea is the main component of urine) and from different industrial processes.
The chemical component laccase accelerates the conversion of urea into ammonia upon contact with contaminated water. This ammonia can be transformed into hydrogen, which is a clean and sustainable energy source.
“This is an interesting discovery. Today, water treatment plants have trouble breaking down all the urea, which can result in eutrophication when the water is released. This is a serious problem in urban areas in particular,” says Rebeca Ferrer, a PhD student from Dr. Katherine Villa’s group at ICIQ.
Heat pumps are ubiquitous in the form of air conditioners. Scientists just invented one that avoids harmful refrigerant gases.
More information about TITA robot:
🔗 Official Website: https://shop.directdrive.com/products/tita?utm_source=prorobots.
🔗 YouTube: www.youtube.com/@directdrivetech4558
Meet the fast-legged TITA robot, which made its first appearance at the ICRA 2023 Robotics Show. Easily switching between wheeled and walking modes, the robot with eight degrees of freedom is able to move quickly on any terrain. In addition, the developers report that TITA combines exceptional perceptual abilities with advanced decision-making capabilities. Its maneuverability, sleek design, modular construction and ability to quickly swap payloads and accessories make it a true Swiss knife in the world of security and service robots. TITA also has exceptional fall resistance, improved self-healing capabilities, instant response time and enhanced obstacle avoidance ability. The robot easily adapts to difficult terrain and, importantly, supports secondary development in multiple modes. The latter not only allows you to control it at any level using RPC, but also allows you to program the robot for your tasks. If TITA has captured your heart as well as ours, you can learn more about the robot and even buy it for yourself by using the QR code on the screen.
👉For business inquiries: [email protected].
✅ Instagram: https://www.instagram.com/pro_robots.
DARPA launches a new project to develop incredible military technology for underwater warfare, the US, UK and Australia test autonomous groups of military robots, ChatGPT independently developed a robot, and NASA plans a $10-quintillion mission! See these and other high-tech news in one video!
00:00 In this video.
00:30 Tita robot.
1:40 Combat robot drills.
2:46 New DARPA project.
4:12 ChatGPT creates robots.
5:43 Tesla ready to share technology.
6:41 A single-seat multicopter goes on sale.
7:46 High tech collision.
8:42 NASA begins exploring Psyche.
9:58 New robot guide.
10:35 An ingenious AI gadget.
11:48 Boston Dynamics upgrades robot Spot.
12:45 Robot chef learns to cook from video.
13:40 Drone to search for objects in murky waters.
14:44 New agricultural robot.
15:21 Delivery robots take over the world.
#prorobots #robots #robot #Neurotechnology #robotics #Neurochips #Neuralink.
Researchers innovated a stretchable thermoelectric generator with a skin-attachable gasket, enhancing energy production through “mechanical metamaterials.”
National research council of science and technology.
This breakthrough has the potential to revolutionize the area of energy generation by leveraging the power of “mechanical metamaterials.”
The study found that bacterial cells store memory in the guise of cellular iron levels.
Artur Plawgo/iStock.
While humans accumulate countless memories over the years, bacterial memories are limited to certain factors, such as iron levels. This aids the bacteria’s adaptation to their surroundings.
Ocean Eye will illuminate the hidden realms of marine biodiversity and pave the way for unprecedented insights into the ocean using lidar technology and advanced sensors.
In a groundbreaking initiative, researchers from the Technical University of Denmark (DTU) and Aarhus University spearhead the Ocean Eye project. This revolutionary undertaking aims to transform our understanding of marine biodiversity using cutting-edge optical technologies, according to a university press release.
The project utilizes a combination of hyperspectral cameras, lasers, and artificial intelligence on an autonomous vessel to gather comprehensive data on coastal waters, surpassing the limitations of traditional methods.
Challenging the uncharted depths
Despite 71 percent of Earth’s surface being covered by water, a staggering 91 percent of marine species remain unidentified, creating a substantial blind spot in our knowledge of marine biodiversity. Traditional methods employing divers and drones have proven challenging and expensive, leading DTU to pioneer the Ocean Eye project.
Reportedly, OpenAI’s secret breakthrough which precipitated the ousting of Altman is called Q*.
Ahead of OpenAI CEO Sam Altman’s firing, a number of employees wrote a letter to the board of directors warning of a powerful artificial intelligence discovery that they said could threaten humanity.
The three-year project aims to advance radar and communication capabilities in modern battlefields.
Lockheed Marting.
Commencing on November 21, 2023, this ambitious three-year project aims to advance and revolutionize methods for detecting and classifying elusive radar and telecommunications signals, marking a transformative leap in Finland’s defense technology capabilities.
