Exact Measurement For More Sustainable Innovation and Progress

Coherence Technology and it's practical application, Quantum Noise Reduction System, establishes a time-independent or exact standard for measuring time.

FAQS - Frequently Asked Questions About Increasing Signal Integrity And Actual Intelligibility Through The Application Of Coherence Technology 

What is Coherence Technology? 

Coherence Technology is an effective noise reduction technology. At present it is primarily used for electronic audio or video noise reduction.

How does Coherence Technology work?

Coherence Technology works by increasing the phase coherence of the signal from the level of the ground plane. Increasing the phase coherence of the signal, reduces the potential for noise to adversely influence the signal. With the reduction of the disruptive influence of noise, there is a measurable increase in performance and compatibility to improve the operation of discrete parts, circuits, and systems.

What is the value of Coherence Technology's approach to noise reduction through reducing phase noise on the ground plane?

The advantage of reducing noise in a system by reducing phase noise on the ground plane is that this approach increases the integrity of the signal as it is being generated; from the ground up.

Because this kind of noise reduction works from the level of the ground plane it is not dependent on frequency or amplitude. It is complimentary to the design, materials, and conditions that already exist in the circuit and the system. Because this approach of noise reduction is applied to the ground plane, there are no compatibility problems

What are the basic benefits of Coherence Technology?

  • increasing the effectiveness and efficiency for technological performance and compatibility
  • increasing compatibility between modern technologies and living systems
  • systematically unfolding individual awareness to it’s full mental potential
  • increasing alignment between technological worlds and the natural world

What are the far reaching results of Coherence Technology's approach to noise reduction and increased signal integrity?

There is an improvement in technological operations and an improvement in quality performance. This increase in quality performance includes an increase in the actual intelligibility of the signal. Higher actual intelligibility means an improvement in the overall experience for the end user. The improvement in actual intelligibility is measured both technologically and biologically, and results in better human performance.

How does an increase in actual intelligibility improve human performance?

Increasing actual intelligibility reduces mental effort. Reduced mental effort frees up cognitive reserves, and increases the effectiveness and efficiency of cognitive function. With this there is a reduction in the problems of information overload and stress for the end user. 

With improvements in task performance, collaboration, and productivity, there is an automatic improvement in the bottom line for the company.

How does a product development team work with Coherence Industries to incorporate Coherence Technology into its product?

There are a number of ways that Coherence Technology can be added to increase the value of electronic products. Coherence Industries offers off-the-shelf or custom ordered crystal oscillators, micro controllers, circuit assemblies, and software that can be incorporated into the design of an electronic product.

Coherence Technology ready-made units are also available for rent or purchase. These units come in a variety of sizes and can be used by a product development team to test the effectiveness of adding Coherence Technology's Phase Noise Reduction to their products. 

Why would we want to add Coherence Technology's Phase Noise Reduction products to our products?

Phase noise on the ground plane can give rise to a variety of performance and user experience problems. Product designers use noise reduction solutions to solve these problems by trying to manipulate the signal after the problems have already arisen.

In contrast, by reducing phase noise on the ground plane, it is possible to reduce the potential for phase noise in the signal, and thereby avert many signal integrity problems before they arise. In this way after-the-fact noise reduction solutions may not be as necessary. It may be possible to simplify product design and reduce manufacturing costs, even while increasing customer satisfaction and loyalty.

What are some of the most common applications of Coherence Technology?

Coherence Technology has already been successfully applied in a wide variety of practical areas, including, but not limited to, the following:

  • Entertainment systems; high-end audio and video systems, to increase resolution and improve overall user experience.
  • Business settings to increase productivity and improve job satisfaction.
  • Transportation vehicles to improve task performance and alertness for the operator and improve passenger comfort
  • Education to improve cognitive function, learning ability, creativity and to automatically resolve behavioral problems.
  • Health to provide deep relaxation for clients so that treatment modalities can be more effective in less time.
  • Product development to offer hassle-free innovation options to improving product value while reducing cost.
  • Production studios, broadcast stations, cable, and internet systems to take their reproduction quality to the next level.
  • Increase the efficiency of electrical generators and industrial motors
  • Air quality for metropolitan areas to improve public health
  • Online services to increase intelligibility, cognitive function, and customer satisfaction for the end user.