DEW IS FLORIDA STATE ARTIFICIAL QUARTZ SAND I

They are murdering all using Artificial Quartz sand
DEW
Silica (silicon dioxide) and satellites are related through two main applications: satellites use silica to monitor silica-rich resources on Earth, and satellites are constructed using silica-based components. Satellite technology, particularly remote sensing, is used for mapping mineral deposits like silica. Additionally, silicon-based electronics, often incorporating silica, are a fundamental part of a satellite's structure and functionality.
Applications of satellite technology for silica
Resource mapping: Satellites with specialized sensors can use techniques like the Relative Normalized Silica Index (RNSI) and other silica ratios to map and monitor silica-rich areas, such as sandy deserts, on Earth.
Mineral exploration: Remote sensing methods are used to detect and analyze mineral resources, and mapping silica deposits helps in mineral exploration activities.
Use of silica in satellite construction
Component manufacturing: Satellites are built using silicon-based electronics and components. Silica is the primary source of silicon for many technologies, including solar cells and other electronic systems used in satellites.
Structural and thermal applications: The unique properties of silicon, a derivative of silica, allow it to be used in a satellite's structure and heat transfer systems.
Advanced communication systems: Silicon photonics, which uses silica, is being developed for high-speed, reconfigurable optical data links to connect different satellite constellations, such as in the Space-BACN program.
The terms "satellite and laser" refer to applications where lasers are used for tasks like high-speed communication between satellites and Earth, or for scientific measurements. These applications use technologies such as laser communications (lasercom) for transmitting large amounts of data faster than radio waves, and satellite laser ranging (SLR) to measure precise distances to satellites and the Earth's surface for geodetic and climate studies. There are also potential military applications, such as laser weapons that could be based on satellites.
Laser communication (lasercom)
What it is: Sending data between satellites, or between a satellite and Earth, using laser light instead of radio waves.
Benefits: Laser communication can transmit data at significantly higher speeds and with greater security compared to traditional radio frequency methods. This is crucial for modern satellites that collect massive amounts of data.
Examples:
Inter-satellite links: Satellites in a constellation, like Starlink, can use lasers to communicate with each other in space.
Space-to-ground links: High-speed laser links can transmit data from a satellite to a ground station during a single pass, which can be limited in radio.
Aircraft-to-satellite links: Tests have been conducted to demonstrate laser communication between aircraft and satellites.
Artificial silica quartz, also known as engineered quartz, is a synthetic composite material made primarily from natural quartz powder (over 90%) mixed with polyester resin, colorants, and additives. This mixture is pressed into slabs under high pressure, then ground and polished to create a durable, non-porous surface used for countertops and other building materials. While it has many desirable properties, it can also contain a high level of crystalline silica, which can cause a serious lung disease called silicosis in workers who cut or machine it.
Quartz is used to make sand primarily through two natural processes: weathering and crushing. Naturally, the durable quartz mineral is left behind as weaker minerals erode, forming sand over time. Man-made processes, such as crushing large rocks of quartzite, can also produce high-purity quartz sand for industrial use.