テクノロジー:Technology All-solid-state batteries and AI technology
Challenges with existing lithium-ion batteries.
Lithium-ion batteries used in electric vehicles and other applic...
テクノロジー:Technology
テクノロジー:Technology アルゴリズム:Algorithms Overview of quantum support vector machines and examples of algorithms and implementations
Overview of quantum support vector machines.
Quantum Support Vector Machines (Q-SVMs) are an extension t...
python Electricity storage technology, smart grids and GNNs
introduction
Nuclear fusion technology, as described in ‘Nuclear fusion and AI technology’, is a field where...
ICT技術:ICT Technology Soft machines and biocomputers
soft machine
In the film Terminator, the T-1000 is a transformable robot made of fluid polycrystalline m...
テクノロジー:Technology Realisation of fusion by laser method
Laser fusion method, another approach to nuclear fusion
Fusion technology, described in ‘Fusion and AI techn...
テクノロジー:Technology Schwarzschild space-time and the Einstein-Rosen Bridge and Wormhole
Schwarzschild space-time
Schwarzschild spacetime (Schwarzschild spacetime) represents a solution in general rel...
テクノロジー:Technology Importance and challenges of visualisation through prototyping in DX
Visualisation through prototyping in DX
Prototyping has an important place in digital transformation (DX) as a ...
テクノロジー:Technology Technology Discussion – A look at some of the latest technologies
Technology Discussion - A look at some of the latest technologies
Introduction
This section discusses v...
IOT技術:IOT Technology The basic operation of the physical level of wireless communication
On the basic physical level operation of wireless communications utilized for digital transformation, artificial intelligence, and machine learning tasks (carrier frequency, channel, bandwidth, Bluetooth, carrier, 2.4 GHz, amplitude modulation, frequency modulation, SoC, horn antenna , dipole antennas, monopole antennas, microstrip antennas, Yagi-Uda antennas, Heinrich Hertz, Maxwell's equations, James Clerk Maxwell, wireless communications)
コンピューター Overview of Semiconductor Manufacturing Technology and Application of AI Technology
Overview of semiconductor manufacturing technology and application of AI technology front-end process, wafer fabrication, cleaning process, deposition process, lithography process, etching process, impurity diffusion process, etc.; back-end process, dicing, mounting, bonding, molding, marking, bumping process, packaging, diffusion, ion implantation Annealing, wet etching, dry etching, immersion lithography system, EUV, AR excimer laser, Moore's law, 2nm, photosensitizer, photoengraving technology, stepper, thermal oxidation, CVD, sputter, Choklarsky method, ingot, Si wafer