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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.

WASHINGTON — U.S. Space Command, the Defense Department’s combatant command responsible for space operations, has achieved full operational capability, its commander Gen. James Dickinson announced Dec. 15.

In short, this means that U.S. Space Command is now fully up and running. It has the staff, infrastructure and plans it needs to handle its mission of conducting space operations and protecting American and allied assets and interests in space.

U.S. Space Command, established in 2019 in Colorado Springs, is tasked to monitor space activity and threats, support other military units with space capabilities like communications and surveillance, respond to crises involving space, deter aggression and defeat enemies if needed.

A video released by a Chinese state broadcaster shows the use of Microsoft Hololens 2 to simulate maintenance on a warplane.


The Chinese military is reported to be utilizing mixed-reality goggles manufactured by Microsoft for equipment maintenance, as shown in a video released by a state broadcaster.

On Tuesday, CCTV-7, the military channel of the Chinese state broadcaster CCTV, broadcasted a brief clip depicting an engineer-in-training from the People’s Liberation Army (PLA) Air Force using Microsoft’s HoloLens 2 to simulate maintenance on a warplane.

In the provided video, a member of the PLA Air Force is seen donning the HoloLens 2 headset created by Microsoft. Before him, a 3D hologram displays an interface featuring Microsoft applications, according to the South China Morning Post (SCMP).

The Chinese military has been escalating its cyber capabilities, posing a potential threat to key American infrastructure. This includes power and water utilities, as well as communication and transportation systems. Over the past year, hackers affiliated with China’s People’s Liberation Army have successfully infiltrated the computer systems of approximately two dozen critical entities.

These cyber intrusions are not isolated incidents. They are part of a broader strategy to develop methods that could cause panic, chaos, or disrupt logistics in the event of a U.S.-China conflict. The victims of these cyber-attacks include a water utility in Hawaii, a major West Coast port, and at least one oil and gas pipeline. There was also an attempt to breach the operator of Texas’s power grid.

Takeaways:

• The Chinese military is reportedly increasing its attempts to infiltrate essential infrastructure, utilities, communication, and transportation services in the U.S., according to anonymous U.S. officials and cybersecurity experts.

• Hackers linked with China’s People’s Liberation Army have infiltrated around two dozen essential service entities in the past year, including a water utility in Hawaii, an oil and gas pipeline, and a West Coast port.

According to a notice the agency posted on the government contracting portal SAM.gov on Thursday (Dec. 7), the technology was developed by researchers at NASA’s Langley Research Center in Virginia and has been studied for use in a simulated entry into Neptune’s atmosphere. A separate 2021 study of the same technology studied it for use in the atmosphere of Mars.

Related: Space Force wants ‘Foo Fighter’ satellites to track hypersonic missiles

The agency claims its MHD system is “simpler than conventional methods for control of hypersonic craft (e.g., chemical propulsion, shifting flight center of gravity, or trim tabs) and enables new entry, descent, and landing mission architectures.”

SpaceX is making progress at Starbase, collaborating with the US Transportation Command and Air Force, potentially becoming a major source of revenue, while also facing potential competition from Relativity Space, and experiencing design errors but still managing to save samples.

Questions to inspire discussion.

What progress has SpaceX made at Starbase?
—SpaceX has made significant progress at Starbase, including construction of the Starfactory, residential area, and Rocket Garden, but the fate of prototype ships remains uncertain.

Producing fake sound reflections that simulate the presence or absence of an object could allow the military to hide assets underwater.

A hologram plate simulates the presence of a three-dimensional object by reflecting the appropriate light waves. Now researchers have demonstrated an equivalent behavior with sound by precisely mimicking the acoustic pattern scattered from an object [1]. The technique could be useful in military efforts to hide or disguise underwater objects, or it may be useful in modifying the reflected sounds of objects so that they are easier to identify by people with impaired vision.

The sound waves reflected from an object can be used to reconstruct its position and shape, an idea routinely exploited in sonar and ultrasound imaging. In principle, using similar concepts, a cleverly produced pattern of scattered waves streaming out of a small region could signify that an object is present when it is not. Several recent attempts to realize such “acoustic cloning” have been unsuccessful because of limitations in recording the precise pattern of waves an object reflects, a necessary preliminary step.

In the exercise, an engineer equipped with a set of virtual reality (VR) goggles is orchestrating the robot’s actions.


Advanced proposition.

Nadia, a cutting-edge humanoid robot, is engineered with a focus on achieving a remarkable power-to-weight ratio and extensive range of motion. This is made possible by leveraging innovative mechanisms and advanced composite materials.

The robot draws its namesake from the renowned gymnast Nadia Comăneci, reflecting the ambitious aim of replicating human range of motion. Funding for Nadia’s development is derived from various sources, encompassing support from the Office of Naval Research (ONR), Army Research Laboratory (ARL), NASA Johnson Space Center, and TARDEC. This diverse funding base underscores the broad interest and recognition of Nadia’s potential applications across military, space exploration, and technological research domains, according to IHMC.