"ChemCrow revolutionizes chemical research by integrating advanced AI with specialized tools, enabling efficient synthesis planning and execution. Credit: SciTechDaily.com" (ScitechDaily, ChemCrow: The Next Frontier in AI-Driven Chemical Synthesis) New metamaterials can make reflection-free surfaces. And they can also make new nanorobots possible. The waving materials can deny the soundwave. Maybe electromagnetic reflection from the surface. The waving movement makes it possible to create surfaces that pull all pressure or soundwaves into them. The waving metamaterial can also make new ultra-accurate loudspeakers possible. The new molecular machines require some systems, that make them move in the right direction. The new metamaterials can also oscillate and create nanobubbles in the right locations. That can close blood vessels and destroy tumor cells. Those waving structures can also used in swimming nanomachines that move like snakes or eels. That material can also make
"Physicists at SLAC National Accelerator Laboratory are exploring a new method to detect dark matter using quantum devices, focusing on a lesser-known form called thermalized dark matter. Their approach involves utilizing quantum sensors, traditionally disrupted by unexplained energy intrusions, to potentially detect dark matter’s subtle energy impacts. This innovative research leverages the unique capabilities of quantum technology to potentially solve the long-standing mystery of dark matter detection. Credit: SciTechDaily.com" (ScitechDaily, Scientists Propose New Way To Search for Dark Matter) Do dark matter particles impact material so often that sensors don't separate individual impacts? If the dark matter energy level is lower than the material. The impact is hard to detect. If the particle's energy form is different from what researchers think it's hard to detect. It's possible. That the particle travels slowly in space. But it spins very fast the par