Create and Save the Universe by Superintelligence
- For Humanity: A Thousand Years and Beyond -
What We Do
Artificial Intelligence
We conduct research and development on “Categorical AI.” Based on category theory in mathematics, Categorical AI is an AI capable of invention and discovery, enabling performance that requires advanced creativity, such as inventing new businesses, supporting scientific research, generating management strategies, and assisting with invention. We also conduct research and development in deep learning, quantum computing, semiconductors, and other areas that serve as the foundation for Categorical AI.
Whitepapers
Case 1:
Categorical AI (Technical Report)
Case 2 (Patent in Japan):
高次元微分演算子を計算するための確率的テンソル縮約ネットワーク (特許7734902)
Case 3 (Patent in Japan):
動的再構成による相関復号量子コンピュータ (特許7749274)
Case 4 (Patent in Japan)
温度制御型エネルギー増幅機能を有する二次元/三次元ハイブリッド半導体構造及びその応用 (特許7733347)
Aerospace
We conduct research and development in aerospace, particularly rockets and satellites, using Categorical AI. Categorical AI can structurally integrate design, simulation, and test data for rockets and satellites, while visualizing dependencies between systems. It can support design optimization, anomaly detection, and improvements in mission reliability.
Whitepapers
Case 1:
Magnetohydrodynamic Drag Augmentation System for Planetary Entry Vehicles
Case 2:
Spaceborne Quantum-Enhanced Gravitational Wave Detection Satellite System
Case 3 (Patent Filing in Japan):
ハイブリッド変換器-マンバアーキテクチャを用いた高効率長文脈処理衛星システム (特許7866164)
Case 4 (Patent Filing in Japan):
衛星搭載型一貫性モデルによる地球システムモデル予測のリアルタイム高解像度化システム (特願2025-069190)
Healthcare
We conduct research and development in healthcare, particularly in pharmaceuticals/life sciences and biotechnology, using Categorical AI. Categorical AI can integrate complex experimental data and knowledge relationships in drug discovery and biological research as “structures,” enabling more explainable support for target identification, molecular design, understanding mechanisms of action, and optimization of experimental planning.
Whitepapers
Case 1:
Engineered Cells for Controlled Pyroptotic Signaling and Therapeutic Applications
Case 2:
Novel Photoactive Iminium Ion Catalysts for Triplet State-Mediated Asymmetric Cycloadditions
Case 3 (Patent Filing in Japan):
組織工学のためのRNAオリガミベースのプログラム可能な細胞外マトリックス模倣材料 (特願2025-064788)
Case 4 (Patent in Japan):
特定の疾患や細胞環境に合わせた有望な医薬品候補分子を生成するための新しい人工知能システム (特願2025-050843・特許7765795)
New York General Group Presents New Vision at the United Nations 2023 United Nations Climate Change Conference (COP28)
Global Megatrends Outlook
- Navigating the Transformative Forces Shaping Our Future -
Our Main Reports
Artificial General Intelligence (AGI) represents a fundamental paradigm shift in computational capability, distinguished by systems that demonstrate cognitive flexibility comparable to human intelligence across diverse intellectual domains. AGI exhibits transferable learning capabilities that enable knowledge acquired in one domain to be successfully applied to entirely different contexts without extensive retraining or architectural modification. This cognitive transferability positions AGI as a transformative force across multiple industrial sectors.
The global economic landscape is undergoing a profound transformation driven by significant U.S. policy shifts that are reverberating across markets worldwide. This analysis examines the multidimensional impact of these policy changes on growth trajectories, inflation dynamics, fiscal positions, and investment opportunities. The current environment represents a departure from traditional business cycles, with supply-side factors increasingly dominating economic outcomes and creating unprecedented challenges for investors seeking to navigate this complex terrain.
The quantum computing ecosystem currently pursues five principal qubit implementation methodologies, each representing fundamentally different physical systems and engineering approaches with distinct advantages, limitations, and scaling characteristics. This architectural heterogeneity reflects the early-stage nature of the industry, where no dominant design paradigm has yet emerged and multiple competing approaches vie for technical superiority and commercial adoption.
Contact Us
New York General Group
Legal Compliance Statement
Our United States-based corporation maintains this website in strict accordance with all applicable federal, state, and international legal frameworks. We fully comply with the Digital Millennium Copyright Act (DMCA), promptly addressing legitimate copyright infringement claims.
We implement comprehensive data protection measures in compliance with the California Consumer Privacy Act (CCPA), California Privacy Rights Act (CPRA), and where applicable, the General Data Protection Regulation (GDPR). Our privacy practices include transparent disclosure of data collection methodologies and user rights. Additionally, we observe the Children's Online Privacy Protection Act (COPPA) requirements regarding minors' data.
All electronic transactions and communications conducted through this website conform to the E-SIGN Act and CAN-SPAM Act respectively. We employ industry-standard security protocols in accordance with Federal Trade Commission regulations and applicable data breach notification laws. This statement reflects our ongoing commitment to legal compliance and ethical digital practices across all operational jurisdictions.