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MIT Scientists Create New Crystal Structures Using Nanoparticles

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Science Desk

In Short: MIT scientists have unlocked a new method to create crystal structures using nanoparticles, potentially revolutionizing the development of advanced materials.

MIT scientists have unlocked a new method to create crystal structures using nanoparticles, potentially revolutionizing the development of advanced materials. This breakthrough, detailed in a paper set to appear in Nature Materials, demonstrates how the flexibility and electrical charges of molecular connectors can determine the structures that nanoparticles form.

The team was able to create ordered crystal structures that have never been observed before, according to a report by ScienceAlert. This unexpected strategy gives scientists a new way to control how nanoparticles organize themselves.

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 development of these new crystal structures is significant because controlling the assembly of nanoparticles allows for the creation of materials with new properties. Macfarlane adds, 'Controlling that is how you make materials that have new properties.'

The amount of flexibility of the polymer dictates how many bonds it has, allowing researchers to lower the number of bonds each particle has and create lattices they have never seen before. 'The amount of flexibility of the polymer dictates how many bonds it has. It allows us to lower the number of bonds each particle has and make lattices we have never seen before,' says a scientist involved in the research.

This new approach in nanoparticle assembly is counterintuitive and exciting. 'This is a new approach in nanoparticle assembly that hasn't been investigated before. It's exciting to have a new tool that is so counterintuitive,' notes another researcher.

A second charge density wave (CDW) appears below about −113 °C (–171 °F), running perpendicular to the first through the crystal, creating a 'checkerboard'. This discovery adds to the understanding of how materials behave under extreme conditions.

In addition to the nanoparticle research, scientists at Curtin University in Australia have 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.

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.

Background

What's confirmed

• "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," says materials scientist Rob Macfarlane, from MIT.
• MIT scientists have identified a way to greatly cut that error rate by engineering the proteins that power prime editing.
• TOKYO – Japanese scientists are readying a mission to a moon of Mars to retrieve samples that could help unlock the origins of the solar system and life on Earth, in what is aimed to be the first round trip to the Martian region.
• "Controlling that is how you make materials that have new properties."

What's still developing

• The rover will investigate the moon’s surface, helping scientists understand its terrain and the conditions that the main spacecraft will encounter during sampling operations.
• We already have quantum computers, but they're highly specialized, not particularly practical, and only cover a fraction of the performance potential that scientists think this technology could ultimately unlock.
• Last year, the prize went to three scientists researching the immune system.
• STOCKHOLM — The Nobel Prize in medicine was awarded Monday to three scientists working on the mechanisms the brain uses to switch on, or off, the activity of individual nerve cells.
• Japanese scientists will launch the Martian Moons eXploration probe from Tanegashima Space Center, targeting Mars's moon Phobos.
• In 2023, scientists used a portable MA-XRF imaging device to study ancient Egyptian paintings, part of a broader project investigating tomb chapels in the Theban Necropolis.
• All told, scientists hope that these observations will be powerful enough to confirm or disprove current suspicions that dark energy may be more complicated than previous evidence suggested — a question upon which the ultimate fate of the universe hangs.
• To date, scientists have identified just over 6,000 planets orbiting other stars, mostly in our own neighborhood.
• Renew now to unlock exclusive stories and in-depth features.
• PHOTO/ FILE Many of the buildings in barracks across the country are old and dilapidated structures that were built in the 1950s during the British colonial period Members of the security forces are responsible for our safety and the safety of our properties.
• Research also aims to help address depression and anxiety disorders, several scientists said.
• One of the key methods through which scientists develop and enhance new materials is by getting more control over their structure at the smallest scales, and microscopic nanoparticles can be incredibly useful for this kind of detail.

Sources

• Ars Technicalink
• Science Dailylink
• Scitechdailylink
• Indiatodaylink
• ScienceAlertlink
• Scitechdailylink
• Straitstimeslink
• NPRlink
• Economictimeslink
• Science Newslink
• Monitorlink
• Philstarlink
• Newslink
• Technologykhabarlink
• ScienceAlertlink
• WarpBeat — background on MIT Scientists Create New Crystal Structures Using Nanoparticles link