The stir casting process produces boron nitride (B4N) and fly ash-based LM6 metal matrix composites. This hybrid composite was fabricated by varying fly ash from 3% to 15% with an increase of 3%. While the other reinforcement B4N concentration was kept constant as 3%. The morphology of the metal matrix composite is analysed using a light optical microscope. The microstructure analysis shows the uniform distribution of hybrid reinforcement throughout the matrix, and only a few clusters are found in the matrix alloyed with 15% B2N. Both pure and reinforced matrices are evaluated for the mechanical properties’ evaluation. The result shows an increment in hardness from 70.4 VHN to 96.2 VHN. Similarly, the tensile strength of the composite material is improved from 151 MPa to 192 MPa. The reason for improving strength and hardness is the uniform distribution of hybrid reinforcement in the LM6 matrix.

Entrepreneurship plays a critical part in any country’s economic progress. Entrepreneurship is a cornerstone for a nation’s economic prosperity since it generates jobs, contributes to national income, promotes rural development, industrialization, technological development, and export promotion, among other things. India government has developing numerous steps for the entrepreneurship for time to time in our country. In India, policymakers have taken notice of entrepreneurship. To support private sector development, a number of high-level initiatives have been established, including Startup India. For many policymakers, however, the role of entrepreneurship in growth remains a mystery. The primary goal of this article is to investigate the ‘STARTUP INDIA’ Scheme, which aims to encourage entrepreneurship in India. This research was based on secondary material gathered from a variety of sources, including books, journals, websites, and newspapers.