Ashwini Sakharkar is a journalist at Inceptive Mind and Tech Explorist. She explores a range of topics including Earth sciences, nanotechnology, biotechnology, and climate policy, reflecting her curiosity and passion for expanding her knowledge. Ashwini's work has been featured in both Tech Explorist and Inceptive Mind.
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Ashwini's coverage mainly focuses on scientific themes, particularly technology, science, engineering, medical research, and renewable energy. She predominantly cites data in her articles and covers a large percentage of industry-specific content.
Given Ashwini’s focus on citing data and industry-specific content related to various scientific topics including technology and medical research, she may be interested in pitches that offer access to primary sources or exclusive data sets relevant to the themes she covers. Additionally, experts who can provide deep insights into emerging technologies or groundbreaking developments within the scientific community could be valuable for her coverage.
While there is no specific geographic focus mentioned for Ashwini's coverage area, it is important to note that her articles seem to cover global scientific advancements rather than being limited to a particular region.
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By: Ashwini Sakharkar
Redefining the art of matter manipulation at the nanoscale.
This new technology could transform the future of wireless communication.
By: Meta Time, Ashwini Sakharkar
Turning 3D printing's biggest flaw into its smartest feature! Interfaces play a vital role in both natural and engineered systems, significantly
By: Meta Time, Ashwini Sakharkar
A more efficient approach to image translation. In today's fast-evolving landscape of artificial intelligence and machine learning , image-to-image
By: Meta Time, Ashwini Sakharkar
Agricultural exports from 1995 to 2022 affected land use changes in the producing countries.
Don't Burst That Bubble! Gases play a crucial role in countless chemical reactions, and bubbles serve as a means to trap these gases in solution.
A new pathway to reduce the environmental impact of the construction industry.
These insights may provide potential approaches to the treatment of vascular diseases.
By: Ashwini Sakharkar
The fossil animal lived between 270 and 280 million years ago. An international team of researchers led by the Institut Català de Paleontologia
A research team at the Biozentrum of the University of Basel has demonstrated how cells interact during vascular lumen formation and the critical role of dynamic forces in this process.
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