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PASADENA, Calif. — The world’s first fully autonomous restaurant is set to open in Southern California.

At ‘CaliExpress by Flippy’ robots are the chefs in the kitchen… both on the grill and at the fry station. They’ll be cooking hamburgers, cheeseburgers and french fries.

Miso Robotics created Flippy which they say is the world’s first AI-powered robotic fry station. They say Flippy works alongside humans to “enhance quality and consistency, while creating substantial, measurable cost savings for restaurants.”

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A game-changer in prosthetics has been introduced to the world, and for the first time, amputees are regaining sensation through an electrical signal from their prosthetic arm. Max Ortiz-Catalan, a professor of bionics, explains the process of implanting these mind-controlled bionic arms through direct skeletal attachment. The researcher takes us through every step of this groundbreaking advancement in bionic medicine, from surgically implanting electrodes to fitting the prosthesis and training for everyday use.\r\
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Director: Lisandro Perez-Rey\r\
Editor: Jordan Calig\r\
Expert: Prof. Max Ortiz Catalan\r\
Line Producer: Joseph Buscemi\r\
Associate Producer: Kameryn Hamilton\r\
Production Manager: D. Eric Martinez\r\
Production Coordinator: Fernando Davila\r\
Post Production Supervisor: Alexa Deutsch\r\
Post Production Coordinator: Ian Bryant\r\
Supervising Editor: Doug Larsen\r\
Assistant Editor: Justin Symonds\
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Harvard researchers have realized a key milestone in the quest for stable, scalable quantum computing, an ultra-high-speed technology that will enable game-changing advances in a variety of fields, including medicine, science, and finance.

The team, led by Mikhail Lukin, the Joshua and Beth Friedman University Professor in physics and co-director of the Harvard Quantum Initiative, has created the first programmable, logical quantum processor, capable of encoding up to 48 logical qubits, and executing hundreds of logical gate operations, a vast improvement over prior efforts.

Published in Nature, the work was performed in collaboration with Markus Greiner, the George Vasmer Leverett Professor of Physics; colleagues from MIT; and QuEra Computing, a Boston company founded on technology from Harvard labs.

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Like China, the US sees AI as a key to both a military and economic power in the 21st century. Both Republicans and Democrats in DC are concerned about the rate of Chinese advancement. In fact, the running joke on Capitol Hill is that the only thing they can agree on is The Chinese Threat.

Toward this end, Congress recently passed The CHIPS Act and the Executive Branch has been implementing trade controls to deny technology that they believe are critical for developing AI in China. While this desire is rational, it is unlikely to work in the mid-to long-term, and it will only increase geopolitical tension.

The US strategy of technology relies on seven realities that, while true today, are unlikely to all be true tomorrow.

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Scientists have designed a transistor that stores and processes information like the human brain and can perform cognitive tasks that most artificial intelligence (AI) systems today struggle with.

This technology, known as a “synaptic transistor,” mimics the architecture of the human brain — in which the processing power and memory are fully integrated and found in the same place. This differs from conventional computing architecture, in which the processor and memory are physically separate components.

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