Lifeboat Foundation

Scientists from the University of Ottawa have invented a unique method to create better molecule-based magnets, known as single-molecule magnets (SMMs). This synthetic tour de force has resulted in a two-coordinate lanthanide complex which has magnet-like properties that are intrinsic to the molecule itself. This advancement paves the way for high-capacity hard drives, potential applications in quantum computing.

Performing computation using quantum-mechanical phenomena such as superposition and entanglement.

What do you think? China is doing it. The West is going to have to keep up. Have you seen the Netflix series Altered Carbon? It’s like that.

A U.S. Army video shows its concept of the soldier of the future. At first glance, it looks like it will only be a better-equipped soldier.

Continue reading “U.S. Cyborg Soldiers to Confront China’s Enhanced ‘Super Soldiers’ — Is This the Future of Military?” »

Designed for DARPA, Intel’s RISC-based 7nm chip can hit a theoretical bandwidth of 1TB/s.

SweetBunFactory/iStock.

This is according to a report by Reuters published on Wednesday.

Many believe the future of humanity is to go Digital, uploading our minds to computers, living in virtual worlds that are vastly more efficient and compact. If we might do this, might distant alien empires too? And if so, might this be the reason we don’t see them?

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Continue reading “The Fermi Paradox: Digital Empires & Miniaturization” »

September is the start to a new academic year. For many students, this means a fresh start and perhaps a chance to acquire some new study habits. Maybe this is the year you will stop putting everything off until the night before the exam? Now, there is some new evidence to explain why last-minute high-pressure cramming might not be the best way to retain information in the long term.

Imagine you’re an art thief planning an art heist. That was the role people played in a computer game under guidance of researchers from Duke University. But what they remembered about it one day later depended on the instructions they got when they started the game.

In this study, published in Proceedings of the… More.

Continue reading “Curiosity-Driven Exploration Makes Things More Memorable” »

From pterodactyls flying overhead in a game to virtually applying cosmetics prior to making a purchase, augmented reality and other immersive technologies are transforming how we play, observe, and learn. Cheap and ultra-small light-emitting diodes (LEDs) that enable full-color imaging at high resolution would help immersive displays reach their full potential, but are not currently available.

Now, in a study recently published in Applied Physics Express, a team led by researchers at Meijo University and King Abdullah University of Science and Technology (KAUST) has successfully developed such LEDs. The simplicity of their fabrication, via presently available manufacturing methods, means they could be readily incorporated into modern metaverse applications.

Why is the development of improved LEDs necessary for immersive reality? The realism of augmented and virtual reality depends in part on resolution, detail, and color breadth. For example, all colors must be evident and distinguishable from one another. Gallium indium nitride semiconductors are versatile materials for LEDs that meet all of these requirements.

A new study explores the field of biological brain modeling, determining the brain’s structure is similar to a computer.

The brain has been designated as one of the most complex organs of the human body, comprised of features including intelligence, an interpreter of the senses, an initiator of body movement, and a controller of behavior, according to the National Institute of Health.

Now, a recent study discovered that a living model of this three-pound organ sheds light on the mechanisms of how humans understand and experience the world.

Year 2022 Infinite quantum computer :3.

The scaling of the entanglement entropy at a quantum critical point allows us to extract universal properties of the state, e.g., the central charge of a conformal field theory. With the rapid improvement of noisy intermediate-scale quantum (NISQ) devices, these quantum computers present themselves as a powerful tool to study critical many-body systems. We use finite-depth quantum circuits suitable for NISQ devices as a variational ansatz to represent ground states of critical, infinite systems. We find universal finite-depth scaling relations for these circuits and verify them numerically at two different critical points, i.e., the critical Ising model with an additional symmetry-preserving term and the critical XXZ model.