人工進化研究所（AERI）
- 2023年6月15日
- 読了時間: 6分

The Peta-Exa Watt Class Ultra-High Power Laser Missile Defense Systems

Professor Kamuro's near-future science predictions:

The Peta-Exa Watt Class Ultra-High Power Laser

Missile Defense Systems

How can it detect the launch of a nuclear missile or a cruise missile at an early stage before it is launched?

Quantum Physicist and Brain Scientist

Visiting Professor of Quantum Physics,

California Institute of Technology

IEEE-USA Fellow

American Physical Society-USA Fellow

PhD. & Dr. Kazuto Kamuro

AERI：Artificial Evolution Research Institute

Pasadena, California

HP: https://www.aeri-japan.com/

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I. In this session, prof. Kamuro give a lecture on how to detect the launch of a nuclear missile or a cruise missile at an early stage before it is launched at the Peta-Exa Watt Class Ultra-High Power Laser Missile Defense Systems.

1. Introduction

In AERI (Artificial Evolution Research Institute HP： https://www.aeri-japan.com/), as a missile interceptor system, according to the type of adversary missile (intercontinental ballistic missile, cruise missile, nuclear missile, hypersonic missile, etc.) and the missile launch mode (underground, underwater, on land, on bombers, on ships, etc.), Research and development of various missile defense systems, enemy base disablement systems, nuclear and conventional weapon disablement systems, etc., applying at the Peta-Exa Watt Class Ultra-High Power Laser Missile Defense Systems are underway.

The application-specific forms of said at the Peta-Exa Watt Class Ultra-High Power Laser Missile Defense Systems are,(1) High-altitude missile initial interception system: High-altitude missile initial interception system (HAMIIS),(2) Next-generation interceptor laser system for anti-fighter aircraft,(3) AERI･HEL surface-to-air defense laser system (for cruise missiles), etc. are currently under research and development.

2. Missile Detection method at AERI Peta-Exa Watt Class Ultra-High Power Laser Missile Defense Systems

Detecting the launch of a nuclear missile or a cruise missile in its early stages is of utmost importance for national security and effective defense measures. While the specifics of detection methods may vary, depending on the missile type and the technologies available, there are some general principles and technologies involved in early detection.

Prof. Kamuro will explore the critical topic of early detection of nuclear and cruise missile launches. Detecting these launches in their early stages is crucial for timely response and effective defense. He delves into the key aspects and technologies involved:

Detection a. Radar Systems: Radar plays a vital role in detecting missile launches. Early warning radar systems, such as long-range surveillance radars or phased array radars, scan the skies for any unusual activity. These radars are capable of detecting and tracking missile launches by detecting the missile's radar cross-section or the radar signature of its propulsion system. Continuous monitoring using radar systems provides an early indication of missile activity.

Detection b. Satellite Systems: Satellite-based sensors contribute significantly to early detection. Surveillance satellites equipped with optical, infrared, or radar sensors provide wide-area coverage and monitor potential launch sites. These sensors can detect the heat signatures, plumes, or other distinctive characteristics associated with missile launches. Satellite systems enable global monitoring, offering an additional layer of early warning capability.

Detection c. Electro-optical/Infrared (EO/IR) Systems: EO/IR sensors are designed to detect the thermal radiation emitted by missiles during their boost phase. These sensors can detect the infrared signature of missile launches and track their trajectories. They are particularly effective in detecting short-range or tactical missiles and provide valuable information for early warning and response.

Detection d. Acoustic and Seismic Monitoring: Missile launches generate significant energy that can be detected through acoustic and seismic monitoring. Specialized acoustic and seismic sensors are strategically positioned to detect the distinctive sound waves or ground vibrations associated with missile launches. These monitoring techniques can provide additional confirmation of a missile launch and help determine its location.

Detection e. Over-the-Horizon Radar: Over-the-horizon radar systems utilize the phenomenon of ionospheric reflection to detect targets beyond the line of sight. These radars can detect the presence of missiles at long ranges and provide early warning capabilities, especially for low-flying cruise missiles. By bouncing radar signals off the ionosphere, these systems extend the detection range and enhance early warning capabilities.

Detection f. Intelligence and Surveillance: Intelligence agencies play a crucial role in monitoring potential adversaries and their activities. Through various means, including human intelligence, signals intelligence, and satellite imagery analysis, intelligence agencies gather information about missile development programs, test launches, and activities at launch sites. Analyzing this intelligence enables the identification of potential missile threats and facilitates early detection.

Detection g. International Cooperation: International collaboration is vital in enhancing early detection capabilities. Sharing information, intelligence, and data on missile activities can improve the collective ability to detect missile launches in their early stages. Establishing partnerships and cooperative agreements enables the exchange of real-time information, enhances situational awareness, and strengthens overall global security.

3. Conclusion

Early detection of nuclear and cruise missile launches at AERI Peta-Exa Watt Class Ultra-High Power Laser Missile Defense Systems is a complex and multifaceted process. It relies on a combination of advanced radar systems, satellite surveillance, EO/IR sensors, acoustic and seismic monitoring, intelligence analysis, and international cooperation. Investing in research, development, and international collaboration is essential for enhancing early warning capabilities and ensuring effective defense against missile threats.

II. In this section, prof. Kamuro will give a lecture on the theme,”If an ICBM is neutralized by attacking it with a laser, which part of the missile in question should be destroyed?”

Consideration 1: When neutralizing an intercontinental ballistic missile (ICBM) using a laser, the specific part of the missile that should be targeted depends on various factors, including the capabilities of AERI Peta-Exa Watt Class Ultra-High Power Laser Missile Defense Systems and the desired outcome. Here are a few possible target areas:

a. Warhead: The warhead is the payload of the missile and is responsible for carrying the destructive payload, such as a nuclear or conventional explosive. Neutralizing the warhead by targeting it with a laser could disable or destroy its functionality, rendering the missile ineffective.

b. Guidance Systems: Targeting the guidance systems of the missile can disrupt its ability to navigate accurately towards its intended target. This could involve aiming the laser at the onboard sensors, navigation components, or control systems that guide the missile.

c. Control Surfaces: Attacking the control surfaces, such as the fins or stabilizers, could interfere with the missile's ability to maintain stability and maneuverability. Disabling or damaging these surfaces can disrupt the missile's flight path and prevent it from reaching its intended destination.

d. Propulsion Systems: Targeting the missile's propulsion systems, such as the rocket engines or fuel tanks, can potentially disable the missile by preventing it from accelerating or maintaining its trajectory. Damaging the propulsion systems could cause the missile to lose power or veer off course.

Consideration 2: It's important to note that neutralizing an ICBM using a laser is a complex task that requires advanced targeting, power, and precision. Additionally, the success of AERI Peta-Exa Watt Class Ultra-High Power Laser Missile Defense Systems depends on various factors, including the range of the laser, atmospheric conditions, and countermeasures employed by the attacking missile. Developing effective laser-based missile defense systems involves ongoing research, technological advancements, and thorough testing to ensure their reliability and effectiveness in real-world scenarios.

END

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Quantum Brain Chipset & Bio Processor (BioVLSI)

Prof. PhD. Dr. Kamuro

Quantum Physicist and Brain Scientist involved in Caltech & AERI Associate Professor and Brain Scientist in Artificial Evolution Research Institute（ AERI: https://www.aeri-japan.com/ ）

IEEE-USA Fellow

American Physical Society Fellow

PhD. & Dr. Kazuto Kamuro

https://www.aeri-japan.com

email: info@aeri-japan.com

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【Keywords】　Artificial Evolution Research Institute：AERI

HP： https://www.aeri-japan.com/

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