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Aug 4, 2022

Google is here to Counter Code Complexities through ML-enhanced Completion

Posted by in category: robotics/AI

Google has described how the researchers have combined machine learning and semantic engines to develop a novel Transformer-based hybrid semantic ML code completion. The increasing complexity of code poses a key challenge to productivity in software engineering. Code completion has been an essential tool that has helped mitigate this complexity in integrated development environments. Intelligent code completion is a context-aware code completion feature in some programming environments that speeds up the process of coding applications by reducing typos and other common mistakes.

Google AI’s latest research explains how they combined machine learning and semantic engine SE to develop a novel transformer-based hybrid semantic ML code completion. A revolutionary Transformer-based hybrid semantic code completion model that is now available to internal Google engineers was created by Google AI researchers by combining ML with SE. The researchers’ method for integrating ML with SEs is defined as re-ranking SE single token proposals with ML, applying single and multi-line completions with ML, and then validating the results with the SE.

A common approach to code completion is to train transformer models, which use a self-attention mechanism for language understanding, to enable code understanding and completion predictions. Additionally, google suggested employing ML of single token semantic suggestions for single and multi-line continuation. Over three months, more than 10,000 Google employees tested the model in eight programming languages.

Aug 4, 2022

Thousands of hackers flock to ‘Dark Utilities’ C2-as-a-Service

Posted by in category: cybercrime/malcode

Security researchers found a new service called Dark Utilities that provides an easy and inexpensive way for cybercriminals to set up a command and control (C2) center for their malicious operations.

The Dark Utilities service provides threat actors a platform that supports Windows, Linux, and Python-based payloads, and eliminates the effort associated with implementing a C2 communication channel.

A C2 server is how adversaries control their malware in the wild, sending out commands, configurations and new payloads, and receiving data collected from compromised systems.

Aug 4, 2022

Russia has allegedly launched a new stalking satellite to eavesdrop on U.S. space assets

Posted by in category: space

Aug 4, 2022

Sleeping Under the Stars in Luxury with PurePod

Posted by in category: futurism

Aug 4, 2022

UMass Amherst and Georgia Tech Researchers 3D Print First High-Performance Nanostructured Alloy That’s Both Ultrastrong and Ductile

Posted by in categories: 3D printing, biotech/medical, nanotechnology, transportation

Aug 4, 2022

NASA’s private spaceflight move paves the way for future space tourism

Posted by in category: space travel

Aug 4, 2022

Scientists discover light as ‘glue’ in a loosely linked molecule

Posted by in category: particle physics

Aug 4, 2022

Human footprints from 12,000 years ago found at Air Force’s Utah range

Posted by in category: futurism

Aug 4, 2022

This Gates-Backed Startup Builds Modular Homes Out of Energy-Efficient Panels

Posted by in categories: energy, finance, sustainability

Companies specializing in cutting-edge construction techniques are aiming to make a difference by churning out high-quality homes at a lower cost than traditional industry standards. Among these are 3D printed homes, “foldable” homes, and homes that ship in kits then are assembled like Ikea furniture.

Now a new player is joining the list, and it just got a serious financial boost. Vantem Global has already helped construct a total of over three million square feet of living space in six different countries, and earlier this month closed a Series A funding round co-led by Breakthrough Energy Ventures (Breakthrough was founded by Bill Gates in 2015 to invest in sustainable energy and emissions-reduction technologies).

Continue reading “This Gates-Backed Startup Builds Modular Homes Out of Energy-Efficient Panels” »

Aug 4, 2022

Exceeding 100 percent quantum efficiency in the photocurrent of a hybrid inorganic-organic semiconductor

Posted by in categories: particle physics, quantum physics, solar power, sustainability

Tiny crystals, known as quantum dots, have enabled an international team to achieve a quantum efficiency exceeding 100 percent in the photocurrent generated in a hybrid inorganic-organic semiconductor.

Perovskites are exciting semiconductors for light-harvesting applications and have already shown some impressive performances in solar cells. But improvements in photo-conversion efficiency are necessary to take this technology to a broader market.

Light comes in packets of energy known as photons. When a semiconductor absorbs a photon, the is transferred to a negatively charged electron and its positively charged counterpart, known as a hole. An can sweep these particles in , thereby allowing a current to flow. This is the basic operation of a solar cell. It might sound simple, but optimizing the quantum efficiency, or getting as many from the incoming photons as possible, has been a long-standing goal.