Sihauli Chemicals Private Limited

Vasai Virar, Palghar, Maharashtra

GST No.-27ABICS7764B1Z3

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Pioneers in the industry, we offer eht (event horizon telescope) from India.

Eht (Event Horizon Telescope)

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Product Brochure

Material	Metal
Color	White
Usage/Application	Remittance, Funding Public Healthcare
Grade	Industrial Grade
Cas. Number	88122-99-0
Chemical Formula	C48H66N6O6
Molar Mass	581.47 g/mol.

Earth-Sized Telescope:By exploiting the Earth's rotation, the EHT forms a virtual telescope with the size of the Earth, enabling it to achieve extremely high angular resolution. Event Horizon Telescope (EHT) uses very-long-baseline interferometry (VLBI) to observe black holes, forming a virtual Earth-sized telescope by linking radio telescopes worldwide, allowing for unprecedented resolution to image the "shadow" of a black hole's event horizon. Applications: Primarily used in biological research to study the roles of Rac GTPases in various cellular processes. Specific applications include:
- Investigating Rac's involvement in cell growth, migration, and transformation.
- Studying Rac's role in actin cytoskeleton organization and lamellipodia formation.
- Research on neurodegenerative diseases, as EHT 1864 has been shown to reduce β-amyloid peptide production in vitro and in vivo.
- Cancer research, to explore the potential of Rac inhibition in anti-cancer therapies.
- Studying the mechanisms of Rac activation and interaction with its effectors.
- Observing Black Holes:The EHT observes black holes by detecting radio waves emitted from the vicinity of the black hole, allowing scientists to study the structure and properties of these celestial objects.
  - Understanding Plasma Physics:The EHT observations help to understand the properties and behavior of the hot, glowing plasma surrounding black holes, which is crucial for interpreting black hole images.
  - - Studying Black Hole Properties:By imaging black holes, the EHT helps scientists to understand the properties of these objects, such as their mass, spin, and the nature of the surrounding accretion disk.
      - Observing Black Holes:The EHT observes black holes by detecting radio waves emitted from the vicinity of the black hole, allowing scientists to study the structure and properties of these celestial objects.
        
        Earth-Sized Telescope:By exploiting the Earth's rotation, the EHT forms a virtual telescope with the size of the Earth, enabling it to achieve extremely high angular resolution.
        
        Reconstructing the Structure:By comparing the arrival times, scientists can reconstruct the structure of the observed source, revealing the shape of the black hole's shadow.
        
        Observing Black Holes:The EHT's primary goal is to observe the "shadow" of a black hole, the region where light cannot escape.
        
        Imaging the Event Horizon:The EHT's primary goal is to image the "shadow" of a black hole's event horizon, the boundary beyond which nothing, not even light, can escape.
        
        Testing Einstein's Theory of Gravity:The EHT provides a unique opportunity to test Einstein's theory of general relativity in the extreme environment near black holes.