The creation of materials from thought—once the realm of science fiction—is emerging as a fascinating conceptual frontier in material science and cognitive technologies. This idea envisions a future where the mind alone can influence the design, structure, and synthesis of materials, bypassing traditional fabrication methods. At its core, this concept intertwines neural interfaces, quantum-level control, and advanced simulations, suggesting that human intention could someday guide atomic assembly in real time. However, to move closer to this vision, we urgently need more comprehensive and intelligent software platforms—systems that can not only simulate material properties with high precision but also interpret neural inputs and translate them into real-world material fabrication commands. Such tools would serve as bridges between thought and matter, reshaping the way we design and interact with the material world.