Home · Science · Nov 7 archive

MIT Scientists Unlock New Crystal Structures

· Confirmed

Science Desk

In Short: MIT scientists have unlocked a new method to create crystal structures that have never been observed before, according to a study published in Nature Materials.

KSC 99pp0722, NASA
NASA (KSC-99pp0722) — public domain

MIT scientists have unlocked a new method to create crystal structures that have never been observed before, according to a study published in Nature Materials. This breakthrough could lead to the development of designer materials with unique properties.

Materials scientist Rob Macfarlane from MIT explains, 'People are interested in nanoparticle superlattices because of the promise of building designer materials where you have more say in what types of structures they can actually build into.'

The team's approach involves engineering the proteins that power prime editing, significantly reducing the error rate in creating these structures. This method allows for more precise control over how nanoparticles organize themselves, leading to new crystal formations.

In tests, the researchers were able to create ordered crystal structures that haven't been seen before. The flexibility and electrical charges of molecular connectors play a crucial role in determining the structures that nanoparticles form.

A second CDW appears below about −113 °C (–171 °F), running perpendicular to the first through the crystal, creating a 'checkerboard'. This unexpected strategy gives scientists a new way to control how nanoparticles organize themselves.

Scientists have spent decades trying to control how tiny particles connect to form advanced materials. With better control, comes more possibilities for new materials.

The development of cutting-edge, non-destructive techniques has been helping to unlock secrets in ancient artifacts, aiding conservation efforts. For example, in 2023, scientists used a portable MA-XRF imaging device to study ancient Egyptian paintings.

A remarkably preserved fossil from northeastern Spain is giving scientists a rare look at the skin, soft tissues, and possible coloration of an ancient crocodile relative that lived about 125 million years ago.

A team led by scientists at Curtin University in Australia has identified what appear to be fossilized red blood cells, along with blood-derived molecules, preserved for over 100 million years, inside an unassuming dinosaur leg bone.

Scientists have long known that Mercury’s interior was shrinking: for the past 4.5 billion years, the planet has contracted as it cooled from its fiery origins.

What this adds

On MIT scientists unlocking new crystal structures in a study published in Nature Materials.

Background

MIT scientists have unlocked a new method to create crystal structures that have never been observed before, according to a study published in Nature Materials.

What's confirmed

What's still developing

Sources