Artificial Evolution Research Institute (AERI)
Challenge to immortality
Eruption prediction Eruption prediction Earthquake prediction Earthquake sign Explosive detection Gun detection Dangerous object detection Deterioration diagnosis Life prediction Life diagnosis Non-destructive inspection Non-contact inspection Tunnel inspection, bridge inspection Rail inspection --High altitude electromagnetic pulse HEMP High altitude nuclear explosion High altitude nuclear explosion Electromagnetic Pulse Compton Effect Nuclear Explosion Nuclear Missile EMP Attack Gamma Ray X-ray Mass Destruction Weapon Non-lethal Intercontinental Ballistic Missile ICBM Missile Attack Ballistic Missile Defense Nuclear Weapon Neutralization --Artificial Intelligence Biocomputer AI --Geothermal Power Renewable Energy Cogeneration Power Binary Power Generation Smart Grid Climate Change Abnormal Meteorological Nuclear Power Generation Warming Environmental Destruction Environmental Conservation Global Environment Warming Gas Greenhouse Gas SDGS -Brain-computer Interface BCI Brain-machine Interface BMI Neural Network Neural Engineering Military Robot Cybernetics 6th Generation Computer Deep Learning Inference
Artificial Evolution Research Institute
(AERI)
Artificial
Evolution
Research
Institute
Challenge to immortality
●鎌倉市鎌倉山 不動産購入・ 買います・売ってください
鎌倉市鎌倉山の土地・不動産・物件・中古住宅・中古一戸建て
●葉山町一色海岸 不動産購入・ 買います・売ってください
葉山町一色海岸の土地・不動産・物件・中古住宅・中古一戸建て
●葉山町森戸海岸 不動産購入・ 買います・売ってください
葉山町森戸海岸の土地・不動産・物件・中古住宅・中古一戸建て
About Artificial Evolution Research Institute
The Institute for Artificial Evolution (AERI) is conducting research and development on geothermal power generation, next-generation defense weapons, biocomputers, etc. as research subjects in unexplored areas and extreme areas.
We also conduct contract research from military-industrial companies and military-industrial conglomerates.
The Artificial Evolution Research Institute is engaged in research subjects in unexplored and extreme areas based on advanced research results in quantum physics, biophysics, brain science, artificial brain engineering, computer science, nanosize semiconductor, quantum semiconductor, and ultra LSI engineering, non-destructive testing and lifetime prediction engineering, long/short and ultra high-power laser science, satellite optoelectronic engineering, and renewable energy engineering. The research topics are based on advanced research results in the fields of computer science, nano-size semiconductors, quantum semiconductors, ultra LSI engineering, non-destructive inspection and lifetime prediction engineering, long- and ultra high-power laser science, satellite optoelectronics, and renewable energy engineering.
Specifically,
(1) Research on quantum effects in the brain
(2) Design and development of neural connection devices and brain-machine interface VLSI (BMI VLSI)
(3) Quantum Brain field with the application of BMIVLSI
(4) Quantum Artificial Intelligence (Artificial Brain, AI): Consciousness-driven bio-computer field with quantum interference-controlled BMIVLSI implemented in cranial nerves
(5) Next-generation defense/defense/exclusive defense field
(6) Renewable energy field
(7) Social infrastructure sustainability field
(8) MEGA earthquake prediction and forecasting satellite field
(9) Terrorist pre-deterrence
(10) Non-destructive laser life prediction for buildings, tunnels, bridges, rails, and other structures
(11) Explosives remote detection and detection security field
(12) Terrorist remote detection security field
(13) Explosives and heavy explosives remote detection security field
(14) Environmental non-destructive terawatt-class geothermal power generation field
(15) Prediction and prediction of volcanic eruptions satellite field
(16) Terawatt-class laser-equipped missile defense for intercepting surface-to-air missiles (enemy base attack capability)
(17) Terawatt-class laser-equipped missile defense satellites for intercepting ICBMs and other missiles (enemy base attack capability)
(18) National Land Toughness Field
(19) Laser-induced plant fluorescence measurement
(20) Satellite laser-applied remote sensing (satellite optoelectronic engineering application technology)
(21) Field of remote sensing for environmental assessment of plant and bioresource cultivation
(22) Laser remote sensing for volcanic tremor detection
(23) Infrared (IR) spectroscopy and FT-IR spectroscopy laser remote sensing for volcanic eruption gas detection
(24) Satellite-based greenhouse gas detection
In each of these fields, we are conducting world-leading, top-class, cutting-edge research in the most important fields.
If you have any questions about our research products, please contact us by e-mail at the following address
info@aeri-japan.com
AERI Overview
AERI conducting the state-of-the-art in eight research fields
Artificial Evolution Research Institute(AERI)
I. Institute Profile
·Formerly Artificial Evolution Research Institute (AERI)(1986–)
·Type profit scientific research institute
·Industry Research and development
·Founded 1986, Yokohama, Japan
·Founder Kazuto KAMURO
·Headquarters East California Boulevard Pasadena, California, U.S.
·Area served Worldwide
·Key people Kazuto KAMURO (President of the Institute)
·Services Scientific research
·Revenue US$78 billion 806,200,791 (2020)
US$79 billion 986,584,400 (2021)
US$82 billion 779,986,811 (2022)
·Number of employees 863 (as of February 2022)
·Website https://www.aeri-japan.com/
II. About Us
1. WHAT WE DO
Artificial Evolution Research Institute(AERI https://www.aeri-japan.com/) is an aeronautic and space/missile defense R&D and embedded manufacturing firm, located in East California Boulevard Pasadena, California, US.
2. WHO WE SERVE
Artificial Evolution Research Institute(AERI) is engaged in research in unexplored and extreme areas based on advanced research results in quantum physics, biophysics, brain science, artificial brain science, biocomputing, Non von Neumann computing, nanoscale semiconductor science, quantum semiconductor science, ultra LSI engineering, non-destructive testing engineering, social infrastructure life prediction engineering, Peta-Exa watt class ultra -high power laser science, satellite optoelectronics, geothermal power generation engineering, next generation military defense science, ballistic missile defense science, enemy missile base attack science, and MEGA earthquake and volcanic eruption prediction and forecasting, terrorist deterrence and suppression.
3. Advanced Science Fields in which AERI specializes
AERI conducts world-leading, top-class, cutting-edge research in each of the most important areas of the state-of-the-art in the following eight fields.
(1) Brain Science Field:
a. Quantum effects in the brain
b. Brain Computer Interface (Brain Computer Interface) custom VLSI (BCI VLSI)
c. Brain Computer (Brain Implanted Computer) based on BCI VLSI
e. Quantum Artificial Brain/Quantum Brain: Consciousness-driven bio-computer based on quantum interference-controlled BMI VLSI implemented in cranial nerves
(2) Next-generation military defense science, ballistic missile defense science, and enemy missile base attack science fields:
a. High-altitude missile initial (initial boost-phase) intercept system (HAMIIS) technology
b. Peta-Exa Watt-class ultra high-power laser-equipped missile defense technology for initial intercept of surface-to-air missiles (enemy missile site neutralization technology)
c. Missile defense satellite technology equipped with a Peta-Exa Watt-class ultra high-power laser for initial intercept of ICBM and ballistic missiles (enemy base attack technology)
d. EMP attack missile initial boost phase interceptor (HAMIIS) technology
(3) Renewable Energy Field:
a. Environmentally non-destructive terawatt-class geothermal power generation technology
b. Closed-Cycle Heat Exchange Geothermal Power Generation System（ CHEGPG system） with a regenerative binary engine technology
(4) Land Toughening and Social Infrastructure Sustainability Field:
Nondestructive laser life prediction technology for structures such as buildings, tunnels, bridges, and rails
(5) MEGA earthquake and volcanic eruption prediction and forecasting satellite field:
a. Quantum interferometric vector dynamic technology
b. Volcanic eruption gas detection infrared spectroscopy and FT-IR spectroscopy laser remote sensing technology
c. Prediction and prediction satellite technology for volcanic eruption signs
d. Laser remote sensing technology for volcanic tremor detection
e. Satellite-based volcanic eruption gas detection technology
(6) Terrorist proactive deterrence field:
a. Technology to prevent terrorism by remotely detecting explosives
b. Technology to remotely detect terrorists and prevent crimes before they occur
c. Technology to remotely and simultaneously detect each of multiple terrorists carrying concealed explosives or heavy weapons and track each terrorist independently
(7) Field of Plant and Bioresource Breeding Environment Assessment:
a. Remote sensing technology for evaluating plant and bioresource growing environments
b. Laser-induced plant fluorescence measurement technology based on satellite optoelectronics technology
(8) Satellite optoelectronics applied technology:
a. Satellite-mounted laser-based remote sensing technology
b. Satellite onboard greenhouse gas detection technology
c. Satellite-mounted laser-induced plant fluorescence measurement technology
4. WHO WE ARE
AERI develops multi-domain capabilities in the Aerospace, Defense and Security sector. The company plays a prominent role in major international strategic programmes and is a trusted technological partner of governments, defense agencies, institutions and enterprises. Innovation, continuous research, digital manufacturing and sustainability are the cornerstones of AERI’s business worldwide.
5. AERI Research Institute Group:
(1) Research Institute for National Resilience Solution Institute
(2) Research Institute for Nuclear Weapons, Weapons of Mass Destruction and Conventional Weapons Neutralization Solution Laboratory
(3) Research Institute for Global Warming Prevention Solutions
(4) Research Institute for solutions for the realization of a symbiotic society
(5) Research Institute for Food Self-Sufficiency Solutions
(6) Research Institute for Non-Nuclear, Defense, Military, and Counter-Terrorism Solutions
(7) Research Institute for Solutions to Normalize the Exiling Bias of Elderly Medical Care and Elderly Welfare
(8) Research Institute for Realization of Sustainable Social Infrastructure
(9) Research Institute for Intellectual Property Strategy
(10) Research Institute for Information Technology Solution
(11) Research Institute for Applied Physics
(12) Research Institute for Brain Science/Artificial Brain/AI Solutions Laboratory
(13) Research Institute for Molecular Biology and Biotechnology Solutions
(14) Culture creation business Division
(15) Social contribution business Division
Research Institute Group
15 Advanced Technology Development Laboratories Supporting AERI
Artificial Evolution Research Institute(AERI)
HP： https://www.aeri-japan.com/)
(1) Research Institute for National Resilience Solution Institute
(2) Research Institute for Nuclear Weapons, Weapons of Mass Destruction and Conventional Weapons Neutralization Solution Laboratory
(3) Research Institute for Global Warming Prevention Solutions
(4) Research Institute for solutions for the realization of a symbiotic society
(5) Research Institute for Food Self-Sufficiency Solutions
(6) Research Institute for Non-Nuclear, Defense, Military, and Counter-Terrorism Solutions
(7) Research Institute for Solutions to Normalize the Exiling Bias of Elderly Medical Care and Elderly Welfare
(8) Research Institute for Realization of Sustainable Social Infrastructure
(9) Research Institute for Intellectual Property Strategy
(10) Research Institute for Information Technology Solution
(11) Research Institute for Applied Physics
(12) Research Institute for Brain Science/Artificial Brain/AI Solutions Laboratory
(13) Research Institute for Molecular Biology and Biotechnology Solutions
(14) Culture creation business Division
(15) Social contribution business Division
Military and Defense Science Research Division Overview
・Our institute conducts a variety of world-leading, cutting-edge, cutting-edge and leading-edge research focusing on unexplored and extreme areas in four of the most important next-generation academic and interdisciplinary fields: artificial intelligence, energy, environment, and military/defense science based on advanced science and engineering research results in quantum physics, biophysics, brain science, artificial brain/AI engineering, brain-machine interface engineering, nanosize semiconductor engineering, quantum semiconductor engineering, ultra LSI engineering, optical semiconductor engineering, non-destructive testing and lifetime prediction engineering, ultra short pulse and ultra high power laser science, satellite optoelectronics engineering, satellite-mounted remote sensing laser application engineering, geothermal power generation engineering and regenerative energy engineering, satellite-mounted remote sensing laser application engineering, geothermal power generation engineering and renewable energy engineering, we will conduct world-leading cutting-edge research in unexplored and extreme areas in the four most important next-generation fields of artificial intelligence, energy, environment, and military and defense science research (Military Science). We are conducting world-leading, top-class, cutting-edge research in four of the most important next-generation fields: artificial intelligence, energy, environment, and military and defense science.
・Our institute will continue to lead in science and the next generation of advanced technology, and we will not fall behind China. We will not bow down or be defeated by China in the above fields of study and research.
・To contact our institute, please use e-mail to contact us at the following e-mail address.
e-mail: info@aeri-japan.com
Phone: +81-45-286-9421 (Ruka Natsume, 1st Secretary)
Military and Defense Science Research Division Overview
1. Introduction
Military and defense science (abbreviated Military Science) in our institute is the interdisciplinary scientific study of military processes, institutions, and behavior, along with the study of warfare, and the theory and application of organized coercive force. It is mainly focused on theory, method, and practice of producing military capability in a manner consistent with defense (especially national defense) policy. Military and defense science serves to scientific identify the strategic, political, economic, psychological, social, operational, technological, and tactical elements necessary to sustain relative advantage of military force; and to increase the likelihood and favorable outcomes of victory in peace or during a war. Military and defense scientists in our institute include theoretical scientists, scientific researchers, experimental scientists, applied scientists, scientific designers, engineers, test technicians, and other scientific personnel.
Military and defense scientists in our institute don't obtain weapons, equipment, but training to achieve specific strategic goals. Our military and defense science study is also used to establish enemy capability as part of technical intelligence.
Our military and defense science studies span interdisciplinary across all scientific disciplines referring to all matters of military scientific theory and technology application as a single academic interdiscipline, including that of the research and development of strategic and defensive weapons and tactical robot soldiers.
Military scientists in the Military and Defense Sciences Division of our corporation are armed, equipped, and trained in military and defense (national defense) weapons in order to achieve given strategic objectives. At the same time, they are also trained in the intelligence science of technical information to determine the capabilities and military capacity of the enemy. The military scientists are equipped with outstanding research capabilities in the areas of war, military power, strategy, tactics, leadership, weaponry, politics, geography, engineering, etc.
The Military and Defense Science Division of our institute is conducting research and development of strategic and defensive weapons and tactical robotic soldiers, specializing in defense science, a field of military and defense science research in which research and development lags far behind (not only behind, but more than 50 years behind) that of the United Kingdom, United States, China, and other countries.
最近の研究成果
A. 新規材料・半導体材料、物性、デバイス構造・設計・製造プロセスの研究開発
１．AI、IoT、電気自動車（EV）、量子コンピューティングなど多くの分野で専用プロセッサー、メモリー向けの半導体事業に従事。
２．シリコンカーバイド（SiC）半導体の研究・開発：
高効率で高温にも耐えうる特性を持ち特に電力変換や高周波アプリケーションにおいて優れた性能を発揮し電気自動車の電力変換器や充電インフラにおいて重要な役割を果たし、エネルギー効率の向上とともにバッテリーの寿命延長が期待される次世代の半導体材料であるシリコンカーバイド（SiC）というワイドバンドギャップ半導体の研究・開発（機能デバイス構造、設計手法）、製造プロセス研究に従事。
３．ガリウムナイトライド（GaN）半導体の研究・開発：
5G通信や衛星通信などの高周波デバイスでの利用が期待でき、通信速度の向上とデータ処理能力の強化が実現できるガリウムナイトライド（GaN）というワイドバンドギャップ半導体の研究・開発（機能デバイス構造、設計手法）、製造プロセス研究に従事。
４．量子ドット材料や2D材料の研究・開発：
従来のシリコンベースの半導体に比べて、優れた電子移動度と光学特性を持ち、新たなデバイスアーキテクチャの実現に寄与し、より高性能で低消費電力のデバイスが開発可能な量子ドット材料や2D材料（例えばグラフェン）という次世代の半導体材料の研究・開発（機能デバイス構造、設計手法）、製造プロセス研究に従事。
５．NVIDIA形式のGPUの研究・開発：
コンピューターゲームやグラフィックス生成などの現場でも導入が広がりつつあり、CPU等の他のプロセッサでは不可能と言え、生成AI、Deep Learningの開発に必須のプロセッサであって、ディープラーニングや機械学習に代表されるAIモデルにおいて大量のパラメーターを持った複雑なネットワーク構造内で膨大な処理を超並列で実行でき、コンピューターグラフィックスや人工知能、ディープラーニング、仮想化技術などを得意とし、計算処理能力や処理スピードの低消費電力と高い並列計算能力を備え、多くのAI開発者に支持されているNVIDIA形式のGPUの機能デバイス構造、設計手法、製造プロセス研究に従事。.....
Solutions
At the Institute for Artificial Evolution
We are conducting strategic and innovative proposals and basic research in unexplored and extreme areas.
Please feel free to contact us for the details of the research.
Global warming prevention solution
National resilience solution
Nuclear Weapons / Conventional Weapons Invalidation Solution
Global warming prevention solution
Non-nuclear, defense and terrorism deterrence solutions
Food self-sufficiency solution
Symbiotic society realization solution
Elderly-heavy medical care and elderly-heavy welfare suppression solution
Sustainable social infrastructure realization solution
（Division of molecular biology and biotechnology）
