Rachel Berkowitz is a Science Journalist and Editor. She specializes in the natural sciences, with a focus on materials science, physics, and chemistry, while also being an outdoor enthusiast and a proponent of public transport and cycling. Rachel's work has been featured in notable publications such as Scientific American, New Scientist, and Science Magazine.
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Rachel Berkowitz's articles indicate a strong focus on scientific research, particularly in the fields of physics, materials science, chemistry, and engineering. Her coverage heavily relies on data citations and addresses industry-specific topics related to these scientific disciplines.
Given her emphasis on citing data and specific industries within the sciences, she is likely interested in pitches that offer new or groundbreaking research findings with clear supporting data. Researchers or experts who can provide insights into emerging trends or innovative discoveries within these fields would be well-suited for reaching out to Rachel.
Her coverage seems to have a broad international scope without specific geographic limitations mentioned. Therefore, relevant contributions from scientists and researchers around the world could capture her interest.
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By: Rachel Berkowitz
A geometric reformulation of time-dependent density-functional theory better describes nonequilibrium systems.
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By: Rachel Berkowitz
A framework based on knot theory links the robustness of textiles to the way defects propagate through them.
By: Rachel Berkowitz
A mineral physics interpretation of NASA seismic data hints that Mars has a chemically evolved crust.
By: Rachel Berkowitz
Nicole Yunger Halpern brings her quantum thermodynamics research to the public via analogies to a futuristic Victorian adventure.
By: Rachel Berkowitz
A new light-trapping architecture could lead to CMOS-compatible night-vision technology.
By: Rachel Berkowitz
This Cree network reaches the far north and outperforms Starlink
By: Rachel Berkowitz
Satellite network known as PUNCH breaks record for forecasting space weather event
Back-to-back jets produced during heavy-ion collisions reveal a plasma property predicted by quantum chromodynamics.
By: Rachel Berkowitz
A model that captures how crater-forming impacts redistribute lunar dirt will help researchers read the cosmic timeline found in samples returned from the Moon.
