Rachel Berkowitz is a Science Journalist and Editor at various esteemed publications. She specializes in themes such as technology, deep tech, and natural sciences, with a focus on topics including photonics and optics, materials science, and edge computing. Her work has been featured in outlets like 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
An achiral metasurface selectively transmits two beams of opposite chirality.
Unlocking the fast nanotech! ETH Zurich researchers have developed a tabletop quantum sensor that measures magnetic fields with nanosecond precision. Imagine the impact on data storage and spintronics! Could this revolutionize ultrafast science without the need for synchrotrons? #Nanotech
The fidelity of a complex system’s representation as a network model depends on the diversity of its interconnections.
By: Rachel Berkowitz
A processor made of five-level, trapped-ion “ququints” captures the intricate particle–antiparticle interactions of quantum electrodynamics theory.
While seeking a visual metaphor to depict the wave-like behavior of matter, Julian Voss-Andreae forged a unique path merging quantum physics, art, and business.
By: Rachel Berkowitz
Measurements reveal the physical processes occurring where a magnetic insulator and few-layer graphene abut each other.
By: Rachel Berkowitz
AI data centers are hitting limits with copper interconnects, leading to a shift towards optical links for faster, denser connectivity. Startups like Ayar Labs and LightMatter are pioneering this with innovative chiplet designs, while Nvidia's photonic switch has rocked the industry. Are optical links the future or a passing fad? #AI #Photonics
Devices that mimic giant acoustic cameras can spy animal burrows, explosive mines, and metallic deposits
MicroLED-based inteconnects could fuel energy-efficient AI data centers In the race to an all-optical AI data center, a major player has now placed a bet on a different horse.
Cornelis Networks' congestion-free architecture takes on Ethernet and InfiniBand In the good old days, networks were all about connecting a small number of local computers.
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