materials science

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Cambridge Materials Q&A with Rumana Hossain

As part of an ongoing series of Q&As with our Cambridge Materials Board Members, Dr Rumana Hossain, UNSW Sydney, Australia a Cambridge Materials: Circularity Associate Editor discusses their research, recent advances in materials, and perspectives on future challenges and opportunities in the field.

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Cambridge Materials Q&A with Yat Li

As part of an ongoing series of Q&As with our Cambridge Materials Board Members, Yat Li, UC Santa Cruz, USA, a Cambridge Materials: Energy Associate Editor discusses their research, recent advances in energy materials, and perspectives on future challenges and opportunities in the field.

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Cambridge Materials Q&A with Hao-Cheng Yang

As part of an ongoing series of Q&As with our Cambridge Materials Board Members, Hao-Cheng Yang, Zhejiang University, China a Cambridge Materials: Water Associate Editor discusses their research, recent advances in materials, and perspectives on future challenges and opportunities in the field.

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Cambridge Materials Q&A with Volker Presser

As part of an ongoing series of Q&As with our Cambridge Materials Board Members, Volker Presser, Leibniz Institute for New Materials, Germany a Cambridge Materials: Water Editorial Board Member discusses their research, recent advances in materials, and perspectives on future challenges and opportunities in the field.

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Cambridge Materials Q&A with Yan Zeng

As part of an ongoing series of Q&As with our Cambridge Materials Board Members, Yan Zeng, Florida State University, USA a Cambridge Materials: Energy Associate Editor discusses their research, recent advances in energy materials, and perspectives on future challenges and opportunities in the field.

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Cambridge Materials Q&A with Manny Teodoro

As part of an ongoing series of Q&As with our Cambridge Materials Board Members, Professor Manny Teodoro, University of Wisconsin, USA a Cambridge Materials: Water Editorial Board Member discusses their research, recent advances in materials, and perspectives on future challenges and opportunities in the field.

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Cambridge Materials Q&A with Executive Editor-in-Chief Yanlei Yu

Professor Yanlei Yu, Fudan University, China is the recently appointed Executive Editor-in-Chief of Cambridge Materials. To celebrate her appointment and the launch of the Cambridge Materials journals, she participated in a Q&A to discuss the aims of the journals and their hopes for their role as a member of the Executive Editorial Board.

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Cambridge Materials Q&A with Executive Editor-in-Chief Jason Robinson

Professor Jason Robinson, University of Cambridge, UK is teh recently appointed Executive Editor-in-Chief of Cambridge Materials. To celebrate her appointment and the launch of the Cambridge Materials journals, he participated in a Q&A to discuss the aims of the journals and their hopes for their role as a member of the Executive Editorial Board.

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Cambridge Materials: Water Q&A with Seth B. Darling

Dr. Seth B. Darling Argonne National Laboratory, USA is the recently appointed Editor-in-Chief of Cambridge Materials: Water. To celebrate the launch of the Cambridge Materials journals, they participated in a Q&A to discuss the aims of the journals and their hopes for their role as EiC.…

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Cambridge Materials: Health Q&A with Vincent Rotello

Professor Vincent Rotello UMass, Amherst, USA is the recently appointed Editor-in-Chief of Cambridge Materials: Health. To celebrate the launch of the Cambridge Materials journal, they participated in a Q&A to discuss the aims of the journals and their hopes for their role as EiC.…

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Introducing Cambridge Materials [UPDATED February 2026]

Announcing the launch of Cambridge Materials, a suite of four new journals dedicated to advancing materials science in the service of global sustainability. Each journal focuses on a critical challenge area—Circularity, Energy, Health, and Water—and is aligned with the UN Sustainable Development Goals (SDGs). Together, they will provide a unique platform where science, engineering, and policy intersect to drive real-world impact.

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The IVF Pioneers: Who Really Wrote Their Autobiography?

This blog post is about the author’s recent paper in Medical History, The ghostwriter and the test-tube baby: a medical breakthrough story For 45 years A Matter of Life has provided the standard account of the science and medicine behind the sensational birth of the first ‘test-tube baby’.…

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Meet Professor Xiaogang Guo, Associate Editor of Programmable Materials

What first attracted you to the field of programmable materials? Programmable materials are increasingly important in various fields and are attracting more and more researchers from material science, computer science, mechanical engineering, and electronics. Searching with the keyword ‘Programmable Materials’ in Google Scholar, more than 780,000 records will be found, and 24,500 records are from 2020. Compared with traditional materials or structures, programable materials offer the capability to change their shape for the desired functions upon the external stimulus and are attracting more and more attention.

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The path to future robotics is paved with materials

There has been a notable trend in storytelling toward the redemption of beings that were once considered purely evil. In fantasy, for example, dragons have evolved from simple, violent animals into noble beasts, often of near- or above-human intellect, who act as helpers of humanity or as heroes in their own right. In science fiction, we’ve seen a similar shift in the purpose and personality of robotic characters. In her article in the April 2019 issue of MRS Bulletin, Hortense Le Ferrand, recipient of the 2018 MRS Bulletin Postdoctoral Publication Prize, connects the emergence of benevolent robots to “the use of soft materials, characterized by conformability, colors, and constant adaptation to the environment.”

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Materials Science to Empower Quantum Information Technologies

Quantum materials have exotic physical properties that arise from quantum mechanical or topological properties of their electrons. These materials display novel surface properties, magnetic effects, and optical properties, and are expected to lead to, for example, qubits with enhanced coherence times and sensors with unprecedented accuracy.

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MRS Bulletin Postdoctoral Publication Prize: inaugural recipient announced

MRS Bulletin is pleased to announce that Andy Tay Kah Ping, Stanford University, has been selected to receive the inaugural MRS Bulletin Postdoctoral Publication Prize. Andy was selected from more than 120 well-qualified applicants and nominations. He is being recognized for his combination of outstanding academic credentials, scientific publications, and science communication efforts.

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2016 JMR Paper of the Year awarded

Gayle and Cook have won the 2016 JMR Paper of the Year, for the development and modeling of an indentation method for mapping the time-dependent viscoelastic and time-independent plastic properties of polymeric-based materials.

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Hedging in the Anthropocene: the risks and rewards of a fossil fuel versus a photovoltaic energy supply

The climate is changing. We have left the Holocene and entered the Anthropocene, the era in which human enterprise is pushing the planetary functioning of essential cycles (e.g. of CO2) into a potentially unstable regime. Human enterprise, by burning fossil fuels for electrical, heat and motive power is the central cause of climate change, and is driven by an economic system that promotes insatiable consumption.

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2016 MRS Communications Lecture

The MRS Communications Lecture recognizes excellence in the field of materials research through work published in MRS Communications. It is intended to honor the authors of an outstanding paper published in the journal during the award year.…

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Perovskite solar cells: A new paradigm in photovoltaics

The recent August issue of MRS Bulletin – a flagship journal of the Materials Research Society – is dedicated to one of hottest topics in the world of materials science: perovskite photovoltaics, which have taken the photovoltaic world by storm in recent years, promising solar cells that deliver the highest possible efficiencies at the lowest possible cost.

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