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While “protein” often evokes pictures of chicken breasts, these molecules are more similar to an intricate Lego puzzle. Building a protein starts with a string of amino acids—think a myriad of Christmas lights on a string— which then fold into 3D structures (like rumpling them up for storage).

DeepMind and Baker both made waves when they each developed algorithms to predict the structure of any protein based on their amino acid sequence. It was no simple endeavor; the predictions were mapped at the atomic level.

Designing new proteins raises the complexity to another level. This year Baker’s lab took a stab at it, with one effort using good old screening techniques and another relying on deep learning hallucinations. Both algorithms are extremely powerful for demystifying natural proteins and generating new ones, but they were hard to scale up.

Since OpenAI released ChatGPT, there has been a lot of speculation about what its killer app will be. And perhaps topping the list is online search. According to The New York Times, Google’s management has declared a “code red” and is scrambling to protect its online search monopoly against the disruption that ChatGPT will bring.

ChatGPT is a wonderful technology, one that has a great chance of redefining the way we create and interact with digital information. It can have many interesting applications, including for online search.

But it might be a bit of a stretch to claim that it will dethrone Google—at least from what we have seen so far. For the moment, large language models (LLM) have many problems that need to be fixed before they can possibly challenge search engines. And even when the technology matures, Google Search might be positioned to gain the most from LLMs.

Timetable.
0:00 — AI in our society.
0:46 — Defining Algocracy.
1:00 — Current AI algorithms.
2:20 — Future of AI decision-making.
5:59 — AI governance scenarios.
7:43 — Poll on our opinions of AI
8:35 — What actually worries experts.
10:02 — What now?

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Written Sources:
Civil society calls on the EU to prohibit predictive and profiling AI systems in law enforcement and criminal justice.
https://www.statewatch.org/news/2022/march/civil-society-cal…l-justice/

Toward a Theory of Justice for Artificial Intelligence, Gabriel.

This short film was made in 24 hours using ARTIFICIAL INTELLIGENCE

No image was captured, drawn or modeled.
No text was written or recorded.
No music was written or performed.

The human being was only needed to give prompts and to put the pieces together.

Image Generator — Dall-E

Artificial intelligence (AI) is a rapidly growing technology with the potential to revolutionize many industries, and luxury real estate is no exception. With its ability to analyze large amounts of data, identify patterns and trends, and even communicate with clients, AI can be a valuable tool for increasing sales in the luxury real estate market.

One of the key benefits of AI in the luxury real estate market is its ability to provide personalized recommendations to clients. By analyzing a client’s search history, preferences, and budget, AI algorithms can suggest properties that are the most likely to appeal to them. This can save time for both the client and the real estate agent, as it reduces the need to sift through countless listings to find the right property.

Another benefit of AI in the luxury real estate market is its ability to enhance the overall customer experience. For example, some real estate firms are using chatbots that can answer questions and provide information about properties to potential buyers. These chatbots can work around the clock, providing assistance to clients whenever they need it. This not only helps to streamline the process of finding a property, but it can also help to build trust and establish a more personal connection with clients.

Deep Learning AI Specialization: https://imp.i384100.net/GET-STARTED
A breakthrough artificial intelligence called SinFusion can now take any video as input and extrapolate a synthetic video as output, either moving forward or backward in time, using a diffusion model. Google AI has released a new robotics transformer (RT-1) that does over 700 tasks using a fleet of 13 different robot arms with 7 degrees of freedom and a 2 fingered gripper manipulator. Researchers from Korea have developed a quadruped robot that is able to walk on walls and ceilings using magnetic elastomers and electromagnets.

AI News Timestamps:
0:00 The Rise of AI Diffusion Models.
1:08 Custom AI Diffusion Model Options.
1:27 What Is SinFusion AI
2:35 How Sinfusion AI Works.
4:04 New Google AI Robot Tech.
6:28 New Robotics That Walk on Walls.

#technology #tech #ai

Sensing systems are becoming prevalent in many areas of our lives, such as in ambient-assisted health care, autonomous vehicles, and touchless human-computer interaction. However, these systems often lack intelligence: they tend to gather all available information, even if it is not relevant. This can lead not only to privacy infringements but also to wasted time, energy, and computational resources during data processing.

To address this problem, researchers from the French CNRS came up with a concept for intelligent electromagnetic sensing, which uses machine-learning techniques to generate learned illumination patterns so as to pre-select relevant details during the measurement process. A programmable metasurface is configured to generate the learned patterns, performing high-accuracy sensing (e.g., posture recognition) with a remarkably reduced number of measurements.

But measurement processes in realistic applications are inevitably subject to a variety of . Noise fundamentally accompanies any measurement. The signal-to– can be particularly low in indoor environments where the radiated electromagnetic signals must be kept weak.