Lifeboat Foundation

Space Perspective, a US-based company, is set to revolutionize the way humans experience space.

The capsule has large vertical windows for panoramic views and innovative window technology that shields against harmful sunlight wavelengths and regulates the interior temperature.

This spacious capsule is designed to comfortably host eight Explorers (the travelers) along with a Captain.

Continue reading “US company reveals largest capsule ever built for human space travel” »

Firefly Aerospace sent a Lockheed Martin payload to the wrong orbit in December, and it is now ‘implementing corrections’ for future missions.

Discover the Arc Sport, a revolutionary electric wake boat engineered for performance, sustainability, and seamless user experience.

Former SpaceX engineers have unleashed their latest innovation, the Arc Sport, onto the waters, redefining the landscape of wake sports. Combining cutting-edge aerospace engineering with electric vehicle (EV) technology, the Arc Spor t promises an exhilarating experience like no other.

Boasting a massive 226 kWh battery capacity and a robust 570 horsepower (425 kW) motor, this engineering marvel delivers more than double the torque of its gas-powered counterparts.

Continue reading “Ex-SpaceX engineers unveil Arc Sport, 570 horsepower electric wakeboat” »

The team found that administering an HDAC inhibitor orally effectively halted sperm production and fertility in mice while preserving the sex drive.

Researchers are grappling with the challenge of developing effective male contraceptives as existing attempts to block sperm production, maturation, or fertilization have fallen short, either offering incomplete protection or leading to severe side effects.

Now, a team of researchers at the Salk Institute in the US has developed a novel approach to halting sperm production, which is both non-hormonal and reversible, marking a significant advancement in male contraception research.

Continue reading “Scientists unlock key to reversible, non-hormonal male birth control” »

MIT researchers unveil a revolutionary smart glove integrating tactile feedback for enhanced learning, robotics, and virtual reality interactions.

Discover how MIT’s new smart glove is transforming education, robotics, and virtual reality experiences with personalized tactile feedback.

The technology can reconstruct a hidden scene in just minutes using advanced mathematical algorithms.

Potential use case scenarios

Law enforcement agencies could use the technology to gather critical information about a crime scene without disturbing the evidence. This could be especially useful in cases where the scene is dangerous or difficult to access. For example, the technology could be used to reconstruct the scene of a shooting or a hostage situation from a safe distance.

Continue reading “New technology can reveal what’s hidden behind objects using algorithm” »

The compound showed enhanced heat absorption due to quicker evaporation, superior cooling in suppressing TR propagation, and high water content with low conductivity.

Researchers propose ‘dry water’ as the breakthrough solution for extinguishing lithium-ion battery fires, easing global fire department concerns.

W/ Andrej Karpathy

The Tokenizer is a necessary and pervasive component of Large Language Models (LLMs), where it translates between strings and tokens (text chunks). Tokenizers are a completely separate stage of the LLM pipeline: they have their own training sets, training algorithms (Byte Pair Encoding), and after training implement two fundamental functions: encode() from strings to tokens, and decode() back from tokens to strings. In this lecture we build from scratch the Tokenizer used in the GPT series from OpenAI. In the process, we will see that a lot of weird behaviors and problems of LLMs actually trace back to tokenization. We’ll go through a number of these issues, discuss why tokenization is at fault, and why someone out there ideally finds a way to delete this stage entirely.

Continue reading “Let’s build the GPT Tokenizer” »

Researchers from Nanyang Technological University in Singapore (NTU Singapore) have created a low-cost tool that can capture power from wind energy as moderate as a light breeze.

The gadget can create a voltage of three volts and energy power of up to 290 microwatts when exposed to winds with speeds as low as 2 meters per second (m/s). This is enough to power a commercial sensor device and allow it to transfer data to a smartphone or computer.