Highlights
Nature: Can this revolutionary plastics-recycling plant help solve the pollution crisis?
04 February 2025A world-first facility has a new way to break down ‘unrecyclable’ plastic waste.
C&EN: Slow proteins may contribute to many chronic diseases
04 December 2024Reactive oxygen species in cells cause proteins to link up through disulfide bonds, reducing their mobility.
Engineering: Hydrogen Hubs Arise in the United States
26 November 2024Public funding brings producers and users of clean hydrogen together to boost adoption of the gas.
C&EN: Simple method converts fluorspar into fluorochemicals
16 November 2024Generating common fluorinating agents directly from the mineral avoids the dangers of hydrogen fluoride.
Science: Coming of Age
10 October 2024Twenty years after the ballyhooed discovery of graphene, the atom-thin carbon sheets are finding their footing.
TESTIMONIALS
“As an editor and reporter, Mark Peplow is fast, accurate, and versatile. He covers science policy and pure research with equal passion, and his writing combines a scientist’s precision with a journalist’s verve.” Tim Appenzeller
Former Chief Magazine Editor at Nature, now News Editor at Science
"Mark guided me through some of the most challenging stories I've written. These are pieces I might not have attempted were it not for his steady editorial hand." Linda Nordling
Freelance Journalist, South Africa
“Working with Mark is never anything other than a pleasure. He is the kind of editor that writers hope for: able to identify what needs fixing and what doesn’t, bringing to bear a wealth of knowledge, always clear, prompt and easy to talk with. Much of that comes from being a splendid writer himself.”
Philip Ball
Freelance Science Writer
Author Archives: Mark Peplow
C&EN: Scorching heat turns MOF into discerning hydrogenation catalyst
By selectively turning alkynes into alkenes, the porous material could pave the way for more efficient purification of polymer feedstocks.
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C&EN: Photochemistry unleashes a one-two radical punch for efficient ring synthesis
Iridium and nickel catalysts cooperate to install nonaromatic rings in drug molecules.
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C&EN: Water boosts light-driven coupling chemistry
A thin film of organic molecules floating on water can undergo useful photochemical reactions, without needing organic solvents or catalysts.
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C&EN: Lasers liberate hydrogen from ammonia water
Light pulses offer an alternative approach to harnessing ammonia as a carrier for green hydrogen.
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C&EN: Roll up for flexible silicon solar cells
Thin cells could wrap around corners and use less silicon without sacrificing efficiency, potentially reducing solar costs.
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C&EN: Robot assistant optimizes photochemistry
RoboChem combines flow chemistry and machine learning to improve yield of light-driven reactions.
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C&EN: Molecular shuttle thinks inside the box
Flat guest molecules zoom back and forth within iridium-based nanobox.
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Nature: Robot chemist sparks row with claim it created new materials
Researchers question whether an AI-controlled lab assistant actually made any novel substances.
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Nature: Google AI and robots join forces to build new materials
Google DeepMind tool predicts nearly 400,000 stable substances, and an autonomous system learns to make them in the lab.
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Nature: A new kind of solar cell is coming: is it the future of green energy?
Firms commercializing perovskite–silicon ‘tandem’ photovoltaics say that the panels will be more efficient and could lead to cheaper electricity.
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