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SUMMARY:39th ISTANBUL World Congress on Advances in Science\, Engineering &amp\; Technology (WASET-26) scheduled on April 29-May 1\, 2026 Istanbul (Türkiye)
DESCRIPTION:Call for Papers: WASET-26\nFull Articles/ Reviews/ Shorts Papers/ Abstracts are welcomed in the following research fields.\n\nThe field of Advances in Science\, Engineering\, and Technology (SET) is defined by its cutting-edge innovations across numerous overlapping disciplines. Here is a list of major topics and emerging subtopics driving current research and industrial breakthroughs:\n\nInformation &amp\; Computing Technology\nThis domain is characterized by the exponential growth of data processing and intelligent systems.\n\nArtificial Intelligence (AI) and Machine Learning (ML)\n\nGenerative AI: Models for creating new text\, code\, images\, and video (e.g.\, LLMs\, deepfakes).\n\nAI Agents and Digital Co-workers: Autonomous AI systems that perform complex\, multi-step tasks for collaboration.\n\nAI Ethics and Regulation: Ensuring fairness\, transparency\, and accountability in algorithmic decision-making.\n\nTiny AI: Developing highly efficient ML models for use in resource-constrained edge devices (e.g.\, sensors\, wearables).\n\nQuantum Technology\n\nQuantum Computing: Developing stable qubits (Topological\, Superconducting) and hybrid quantum-classical algorithms.\n\nPost-Quantum Cryptography: Designing secure cryptographic systems that can withstand attacks from future quantum computers.\n\nQuantum Sensing and Metrology: Using quantum effects for ultra-precise measurements.\n\nNetworking and Cybersecurity\n\n6G Wireless Technology: Developing the next generation of wireless communication with faster speeds and lower latency.\n\nCybersecurity Engineering: Designing robust defenses against advanced persistent threats (APTs) and integrating differential privacy techniques.\n\nDecentralized Technologies: Advances in blockchain\, distributed ledger technologies (DLT)\, and Web3 applications beyond cryptocurrency.\n\nBiotechnology &amp\; Health\nAdvances here are transforming medicine\, agriculture\, and our understanding of life itself.\n\nGenomics and Gene Editing\n\nCRISPR Technology: Enhancing precision and safety in gene editing (e.g.\, base editing\, prime editing) for therapeutic applications.\n\nRNA Medicine: Developing novel therapies and vaccines based on mRNA\, circular RNA\, and therapeutic oligonucleotides.\n\nSynthetic Biology: Engineering biological systems to design and construct new biological parts\, devices\, and systems for specific purposes (e.g.\, biosensors\, biofuel production).\n\nPersonalized and Regenerative Medicine\n\nDigital Twin Organs: Creating computational models of individual patients' organs to predict disease progression and treatment outcomes.\n\nTissue Engineering: Creating lab-grown organs and functional tissues using advanced scaffolds and stem cells (e.g.\, iPS cells).\n\nOrganoids: Micro-scale\, self-organizing 3D structures used for drug testing and disease modeling.\n\nNeuroscience and Brain-Machine Interfaces (BMI)\n\nNeuromorphic Computing: Hardware that mimics the structure and function of the human brain.\n\nNeural Implants: Advanced interfaces for restoring motor function\, treating neurological disorders\, and cognitive augmentation.\n\nEngineering &amp\; Materials Science\nThis category covers the development of fundamental building blocks and highly efficient systems.\n\nAdvanced Materials\n\nSelf-Healing Materials: Polymers and concretes that autonomously repair structural damage upon cracking.\n\nMetamaterials: Artificially engineered materials with properties (e.g.\, optical\, magnetic) not found in nature\, used in advanced antennas and medical imaging.\n\n2D Materials: Research into graphene\, $MoS_2$\, and other atomically thin materials for next-generation electronics and catalysts.\n\nComputational Materials Science: Using AI (e.g.\, generative models like MatterGen) to predict and design new materials with specified properties.\n\nRobotics and Autonomous Systems\n\nCollaborative Robotics (Cobots): Robots designed to work safely alongside humans in industrial settings.\n\nBiohybrid Robotics: Combining synthetic robotics with living muscle tissue for locomotion and self-repair.\n\nAutonomous Vehicles and Drones: Advancements in Lidar\, sensor fusion\, and decision-making algorithms for various environments.\n\nManufacturing and Construction\n\nAdditive Manufacturing (3D Printing): Printing with multi-materials\, large-scale construction printing\, and functional electronic components.\n\nSmart Infrastructure: Embedding sensors and AI into bridges\, roads\, and buildings for real-time monitoring and predictive maintenance.\n\nEnergy &amp\; Environmental Technologies\nThe focus here is on achieving global sustainability through clean energy and climate mitigation.\n\nClean Energy Generation\n\nNuclear Fusion: Engineering breakthroughs (e.g.\, at ITER\, private ventures) aiming for sustained\, net-positive energy output.\n\nHydrogen Economy: Advancements in green hydrogen production (electrolysis powered by renewables) and solid-state hydrogen storage.\n\nNext-Generation Solar: Highly efficient Perovskite and tandem solar cells.\n\nClimate Change Mitigation\n\nCarbon Capture\, Utilization\, and Storage (CCUS): Direct Air Capture (DAC) technology for removing $text{CO}_2$ from the atmosphere.\n\nSustainable Industrial Processes: Low-carbon production methods for high-emission materials like cement (using seaweed-infused cement) and steel.\n\nEnergy Storage\n\nSolid-State Batteries: Developing safer\, higher energy-density batteries for electric vehicles and grid storage.\n\nLong-Duration Storage: Solutions like flow batteries and advanced thermal storage for balancing intermittent renewable energy.\n\nSpace &amp\; Exploration\nThis sector is driven by cheaper access to space and ambitious exploration goals.\n\nNew Space Economy: Reusable rocket technology\, satellite constellation deployment (e.g.\, Starlink)\, and cheaper launch costs.\n\nPlanetary Science: Data from the James Webb Space Telescope (JWST) recalculating universal expansion and confirming distant galaxies.\n\nArtemis Program: Developing lunar landers\, space habitats\, and technologies for sustained human presence on the Moon (as a stepping stone to Mars).
LOCATION:Istanbul\, Holiday Inn Istanbul City\, (5 Star)\, Istanbul\, Turkey\, 34280\, Turkey
URL:https://eventstopten.com/events/39th-istanbul-world-congress-on-advances-in-science-engineering-technology-waset-26-scheduled-on-april-29-may-1-2026-istanbul-turkiye/
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