Military Quantum Stealth

Military Quantum Stealth - A quantum sensor uses the principles of quantum physics. According to DSB, this is the most mature military application of quantum technology and is currently "mission ready". Quantum sensing could provide many enhanced military capabilities. For example, it could provide alternative positioning, navigation and timing options that would theoretically allow the military to continue operating at full capacity in environments where GPS is degraded or GPS is not enabled.

Hyperstealth is developing a contingency plan for Quantum Stealth (light bending material) to allow the company to bring a version of it to the global commercial market if the US military is unable to access it for some reason.

Military Quantum Stealth

Source: asiapacificdefencereporter.com

Currently, the US military has scheduled research and development for the Quantum Stealth for fiscal year 2015 (fiscal year 2015). is there any danger that someone will find out or copy what you have done? Yes, but I've already created a countermeasure for Quantum Stealth so we can detect anyone else with something identical or similar to Quantum Stealth.

Ready For Battle

in 2011 In May, I spoke at ADS Inc. Warrior West's breakout session in San Diego on The New Science of Stealth. Anyone could join and be at the military show in San Diego, there was a lot of USA.

Navy SEALs in the audience, but I didn't know that the editor of the Military Times came on the show just to hear this presentation, and at the end of the talk she wanted to hear about the lightweight folding material.

more information. After the conversation, she came to me for an interview on this topic. If completed, the new quantum radar system would outperform any radar system in the past, but that's still a big "if," according to Zhang Chao of Tsinghua University and his team at the School of Aerospace Engineering.

Scenario 3: Next generation fighter jets are being tested, previously these stealthy planes had to be moved to hangers when a spy satellite flew overhead. Now with Quantum Stealth, the plane cannot be detected by the eyes of spy satellites, aerial drones or observation balloons at any time of the day or night.

Source: pub.mdpi-res.com

From The Report

2004-2008 I had an open channel about new technologies in the US when I worked as chief of staff to Senator John Warner (defense committee chairman until 2007), but Warner in 2008 retired at the end, and his people spread out to work in other jobs.

, after this time I created Quantum Stealth. Daan Roosegaarde told Dezeen a few years ago about a project that turns this idea on its head. Instead of a material that hides the person behind it, the Dutch designer worked with a suit that becomes transparent when the wearer lies, something he suggested could be used to "unmask rogue bankers."

Videos released by the company show that Quantum Stealth can work even with a material as thick as a sheet of paper, while remaining light and cheap to manufacture, while being large enough to block thermal cameras.

Hyperstealth is currently developing the intellectual property (IP) of INVISIB and only when the IP is secured will the product be demonstrated to the public. For example, stealth aircraft such as the F-22 Raptor or F-35 fighter jets absorb a large portion of radar waves through a special coating material that, combined with minimal right angles in the exterior structure, can reduce the radar signal to a baseball-sized object.

Colin Worth, CEO of Cornerstone Protection Agency (a recently retired 26-year RCMP [Royal Canadian Mounted Police] officer), accompanied Cramer to Ottawa to demonstrate the Quantum Stealth to the Canadian military and RCMP. Colin wrote that it works as Cramer claims.

Hyperstealth was not allowed to pursue intellectual property rights until this recent release, as Canada does not allow patents for classified technology and the US allows patents for classified technology, it would have to be sealed and prevent Hyperstealth from securing global protection.

Source: www.airforcetimes.com

. "It easily bends like a water glass, when the spoon or straw inside appears bent," Cramer told Dezeen. "Except I figured out how to do it with a much smaller volume and material thickness." It works by bending light around a target to make it disappear, according to a press release.

This light can be in the visible spectrum, or it can be ultraviolet, infrared, or short-wave infrared, which is why the Hyperstealth material is called a "broadband invisibility cloak." The challenge with such technology from a military point of view is not only to exploit its full potential, but also to keep it out of other hands.

With a large multi-billion dollar outdoor market waiting for Quantum Stealth, the logical business side is to use it commercially. While Cramer knows a crossroads is fast approaching; bureaucracy, politics and state budget issues can only decide the path of least resistance.

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at the bottom of the letter or by sending us an email email to [email protected]. However, there remain some limitations to the effectiveness of the material, as the object or subject must be at a certain distance to hide, and the effect can be more or less convincing when viewed from different angles.

The National Academy of Sciences (NAS) defines entanglement as the property where "two or more quantum objects in a system can be self-coupled in such a way that a measurement of one dictates the possible outcome of a measurement of the other, regardless of how far apart the two objects are."

Source: d1e00ek4ebabms.cloudfront.net

. Entanglement is at the heart of many possible military applications of quantum technology. However, both superposition and entanglement are difficult to maintain due to the fragility of quantum states, which can be disrupted by small motions, changes in temperature, or other environmental factors.

Hyperstealth will pull some technology from the military version of Quantum Stealth to make it work in the commercial market, without releasing a few key elements to the public, but this silenced version will still offer an enhanced stealth imaging spectrum.

all over the world. Available now. Once this Genie in the Bottle is released, you won't be able to put it back down. "Because of laser splitting, in addition to many military and commercial LIDAR applications, I can foresee quantum computers using it because it solves two of their big needs: millions of lasers and room-temperature quantum computing. Some critics argue that our technology (if it works

) only has to work in one direction at one angle, I can say that we have shown that it can work 360 degrees, which means you will see what is on the other side of the target and someone at another angle will see May 23, 2016 SOFIC

2016 (Special Operations Forces Industry Conference): Hyperstealth, along with ADS Inc. booth #1336, will demonstrate Light Bending Material 1 (LTF1), Hyperstealth Light Bending Material: Quantum Stealth for Qualified US Flag Officers SOFIC , May 23-26, 2016, Tampa Convention Center, Tampa, FL March 14, 2014) Foreign Affairs Canada is involved in identifying possible restrictions and authorization to move forward with the British

agriculture and will not make a decision at least until 2013. spring At their request, I held a presentation of the technology at the British military headquarters in Bristol. 2011, also SBS (Special Boat Service) in Poole with two former US Navy SEALs, one of whom is Bill Jarvis, mentioned in the previous update.

Source: www.insightturkey.com

We just learned this morning that the US military's requirement for lightweight, passive (non-powered) adaptive camouflage has now been withdrawn. No reason was given. Along with news of the patent application, Hyperstealth released more than 100 minutes of footage describing and demonstrating the material — and if the press release doesn't clarify that the military is the company's target customer, the footage does.

The patent includes 13 different versions of the material, which are tailored to conceal larger objects, patterned for use when hunting, or can distort an object in the event that it cannot be fully concealed. Quantum applications rely on a number of key concepts, including superposition, quantum bits (qubits), and entanglement.

Superposition refers to the ability of quantum systems to exist in two or more states simultaneously. A qubit is a computer block that uses the principle of superposition to encode information. (A classical computer encodes information in bits, which can represent the binary states 0 or 1, while a quantum computer encodes information in qubits, each of which can simultaneously represent 0, 1, or a combination of 0 and 1. Thus, the power of a quantum computer increases exponentially with the addition of each qubit.)

The military applications are endless. The Quantum Stealth website describes several situations in which it can be used, such as stealth landings on a beach, providing cover for downed pilots, even hiding an entire fleet of tanks.

Smart (interactive/intelligent textiles) are textiles that incorporate some technology that can adapt to the environment or the user. Most of the research in this area is done using nanotechnology or metamaterials. Our Smartcamo approach showed me how I could combine new technologies with existing ones to provide a cost-effective yet fast solution to a current problem.

Small changes to the system will allow mobile or moving uniforms to mask movement. There are limitations to the Smartcam, such as cost, weight of the power supply, and limited activation time. I didn't say at the time that I had already created something better without these limitations;

Source: www.hyperstealth.com

Quantum Secret. The material, called Quantum Stealth, is currently still in the prototype stage, but the company's CEO, Guy Cramer, developed it primarily for military purposes, to hide agents and equipment such as tanks and jets.

in 2013 March 26 CTV News: Canadian company makes invisibility cloak for 'quantum secrecy' Colin Worth (a former RCMP [Royal Canadian Mounted Police] officer), CEO of the Cornerstone Protection Agency, joined Cramer to demonstrate the material to the Canadian Armed Forces, explaining what the "quantum decoration" material is.

The fabric is used in the new invisibility cloak. Is there anything planned for the commercial market? I work on a number of non-motorized color change camouflage materials for the commercial market that use different technologies than Quantum Stealth or Smartcamo.

Colors change with climate, seasons change environmental colors, and even a 24-hour day can cause a large mismatch between camouflage and background colors as day turns to night. People want camouflage that can be changed by these variables.

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