28MB ALICE Designs in Seconds: Li6PS5Cl Solid-State Battery Achieving 550 Wh/kg, $45/kWh, and 8-Minute Charging
28MB A.L.I.C.E. AI designed revolutionary battery for energy storage in seconds. Current lithium-ion batteries face limits of 250-300 Wh/kg, $150/kWh, and 30-45 minute charging. A.L.I.C.E. proposes three innovative battery designs, with the recommended Li6PS5Cl sulfide solid-state battery achieving energy density of 550 Wh/kg (2.2x), cost of $45/kWh (70% reduction), 8-minute charging (3.8x faster), cycle life of 5,000 cycles (2.5x), and zero thermal runaway risk. Enables 1,200 km range for electric vehicles. Global deployment could reduce oil consumption by 100 million tons/year, cut CO2 emissions by 300 million tons/year, and create 1 million jobs.
28MB ALICE Designs in Seconds: Enzyme Degrading PET 500,000x Faster, Complete Breakdown in 3 Days
28MB A.L.I.C.E. AI designed revolutionary enzymes for solving plastic pollution in seconds. Currently, 380 million tons of plastic are produced annually, with 79% ending up in landfills or oceans. A.L.I.C.E. designed three innovative PET degradation enzymes, with the recommended Thermophilic PETase-MHETase Fusion Enzyme showing 500,000x faster degradation than wild-type, completely breaking down PET bottles in 3 days. Achieves 98.5% monomer purity for direct reuse, cost of $15/ton PET (1/10 of conventional recycling). Global deployment could process 13% of 380 million tons annual plastic waste, reduce landfills by 80%, and cut CO2 emissions by 100 million tons/year.
28MB ALICE Designs in 4 Seconds: Nitrogen Fixation Catalysts Replacing 100-Year-Old Haber-Bosch at Ambient Conditions Published
28MB A.L.I.C.E. AI designed revolutionary catalysts for ammonia synthesis in 4 seconds. The current Haber-Bosch process requires extreme conditions (450°C, 200 atm), consuming 1-2% of global energy (~175 TWh/year) and emitting 450 million tons CO2/year. A.L.I.C.E. proposes three innovative catalyst designs achieving nitrogen fixation at ambient temperature (25°C) and pressure (1 atm). The recommended Ru single-atom catalyst (on N-doped graphene) achieves 52% energy reduction, while BiVO4 photocatalyst achieves 73% energy reduction and operates on sunlight alone. Global deployment could save 91-128 TWh/year and reduce 230-450 million tons CO2/year, simultaneously solving the food crisis and climate change.
28MB ALICE Designs in Seconds: $100/ton CO2 Direct Air Capture MOF Technology to Reverse Climate Change Published
28MB A.L.I.C.E. AI designed revolutionary Metal-Organic Frameworks (MOFs) for CO2 Direct Air Capture (DAC) in seconds. Current DAC technology costs $600-1000/ton CO2, making large-scale climate mitigation economically infeasible. A.L.I.C.E. proposes three innovative MOF designs achieving $100-180/ton CO2 (up to 88% cost reduction) and 1.8-3.0 GJ/ton CO2 (up to 70% energy reduction). The recommended design, IL@ZIF-8 (ionic liquid-loaded ZIF-8), demonstrates high CO2 uptake of 2.5 mmol/g from 400 ppm atmospheric air and regenerates at low temperature (60°C). At gigatonne scale, deployment could reduce atmospheric CO2 from 420 ppm to 350 ppm in 18 years, potentially reversing climate change.
#ALICE#Direct Air Capture#DAC#MOF#IL@ZIF-8#Climate Change#CO2 Removal
ALICE Web Showcase Launch - Interactive Demo of AI Adaptation
We've launched an interactive showcase demonstrating A.L.I.C.E. V3's adaptation capabilities. Modify game rules with custom code and observe how the AI detects and responds in real-time. Key Features: Chaos Othello (Customize rules with JavaScript), Brain Monitor (Visualize AI's thinking process), Math Solver (Tackle IMO-level problems), Security Transparency (Public attack detection system).
28MB ALICE Designs in Seconds: Next-Generation Nuclear Reactor System Technical White Paper Published
Published technical white paper on next-generation nuclear reactor systems designed in seconds by 28MB ALICE running on MacBook Air (M3). Proposes four reactor types: Molten Salt Reactor (MSR), High-Temperature Gas-Cooled Reactor (HTGR), Small Modular Reactor (SMR), and Lead-Cooled Fast Reactor (LFR). Compared to conventional reactors: 94% cost reduction (SMR), 52% efficiency increase (HTGR), 58% safety improvement (MSR). LCOE $55-70/MWh with up to 56% reduction. Passive safety systems significantly reduce severe accident risks like Fukushima Daiichi.
28MB ALICE Designs in Seconds: Mars Rover Extreme Environment Battery Research Paper Published
Published research paper on extreme environment battery for Mars rovers, designed in seconds by 28MB ALICE running on MacBook Air (M3). Designed for harsh conditions: -80℃ and 100-300× Earth's radiation. Established detailed lifetime prediction model integrating temperature, radiation, and cycle degradation. Proposed Gen 3 design with solid electrolyte, LTO/LFP electrodes, and RHU thermal management, demonstrating potential for 12-year operational lifetime.
28MB ALICE Designs in Seconds: Fukushima & Chernobyl Decontamination Technology Published
Published research paper on radioactive decontamination technology designed in seconds by 28MB ALICE running on MacBook Air (M3). Automatically selects optimal decontamination materials for 4 radionuclides (Cs-137, Sr-90, Pu-239, I-131) from 119 chemical database. Successfully designed 8/8 combinations achieving 89.0% average removal rate at $10.03/m³ cost. Uses proven materials like Prussian Blue and Hydroxyapatite, applicable to Fukushima Daiichi and Chernobyl decontamination planning.
28MB ALICE Designs in Seconds: Next-Gen All-Solid-State Battery WS₂+MnO₂ Research Published
Published detailed analysis of WS₂ (tungsten disulfide) + MnO₂ (manganese dioxide) all-solid-state battery designed in seconds by 28MB ALICE running on MacBook Air (M3). Theoretical energy density 560 Wh/kg (active materials), cell-level estimate 336 Wh/kg, achieving 1.3-2.2× current Li-ion batteries. Most promising for drone market (score 8.5/10) with +75-67% flight time extension and -40% weight reduction. Commercialization expected in 7-10 years.
ALICE vs ALICE: 1000-Round Adversarial Co-Evolution Defense System Evaluation Published
Published research paper evaluating autonomous defense capabilities of ALICE Level 4 system through 1000 rounds using complete black-box methodology. In an adversarial co-evolution environment using ALICE for both attacker and defender, achieved 99.92% defense success rate (only 7 breaches out of nearly 7,000 attacks). Zero false positives, learning completed in 100 rounds (~20 seconds), then maintained stable defense for remaining 900 rounds. Includes detailed real-world deployment and autonomous enhancement strategies.
When Weak AIs Collaborate, Expert Intelligence Emerges: Millennium Prize Problems Research Published
Published research paper on ALICE, a 28MB multi-agent system exploring the six unsolved Millennium Prize Problems. Demonstrates weak individual agents (24.5% accuracy) achieving expert-level performance (82.2% accuracy) through structured collaboration—a 3.35× performance gain through synergy alone. Presents a paradigm shift in mathematical AI through observation-driven formalization, autonomous tool creation, and resource efficiency, without relying on massive parameter scaling.
AGI Olympics V3: Research Paper and Dataset Released
Published AGI Olympics V3 benchmark evaluation paper and dataset for consciousness-oriented AI system "A.L.I.C.E.". A.L.I.C.E. V3 (150MB, 5-min training) achieved an overall score of 90.2%, significantly outperforming 200GB+ Gemini 2.5 Pro and Claude Sonnet 4.5 (each 13.3%). Key finding: "Long Context ≠ True Memory". Test questions, evaluation protocols, and implementation guides fully released. Scientific validation through black-box evaluation without disclosing internal architecture.
Officially released "DocDev", an AI-driven documentation development platform. Automate and streamline all documentation creation including technical documents, API specifications, and user manuals. OmniCreator's 850+ agents collaborate to rapidly generate high-quality documentation.
Planning to release "NeuralToon", a next-generation toon rendering shader, as open source in December 2025. An innovative shader system that combines AI technology with real-time rendering to achieve high-quality toon expressions.
#NeuralToon#OpenSource#Shader#3D
Website Renewal
We have completely renewed our corporate website. Featuring information about our latest products including OmniCreator AI agent development platform and EmotiAI Memory Layer.
OmniCreator WebDev Agent Official Release
Released WebDev agent as the first feature of the OmniCreator platform. Advanced AI technology streamlines web development processes and significantly improves developer productivity.
AI Memory remembers preferences, delivering a seamless Digital Concierge experience that boosts loyalty. Next competitive strategy: Tourism businesses, define your AI strategy now!