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Polymer Innovations in 3D Printing

3D printing, an additive manufacturing (AM) technique, has the potential to revolutionize how we produce objects that we want and need in the modern world. Among other developments, innovations in polymer materials science will help 3D printing realize its full potential in the next few years.

Marinagrigorivna-shutterstock , Ben-pilkingtonmay , Ben-pilkington , Nature-communications , Airbus , Massachusetts-institute-of-technology , Spacex , Advanced-materials-show , Invisalign-clear-aligner , Printing-conducting , Massachusetts-institute , Polymer-feedstock

How can Machine Learning Advance Graphene Innovation?

In the last five years, the discovery and significant interest in twisted bilayer graphene gave rise to an entirely new subfield in advanced materials science and quantum physics: twistronics. In a new study, scientists apply machine learning algorithms to discover more about this remarkable phenome

Japan , Bilayer-graphene , Waals-heterostructures , Ben-pilkington , Cnstock-shutterstock , Ben-pilkingtonmay , Kyushu-university , Us-massachusetts-institute-of-technology , Machine-learning-advance-graphene , Magic-angle , Twisted-bilayer , Machine-learning

Functional Safety Standards for Robotic Systems

Functional safety standards help manufacturers design robots and other mechanical systems with built-in, automatic “fail safe” measures.

United-states , Canada , United-kingdom , American , British , Canadian , Ben-pilkington , Ben-pilkingtonmay , International-electrotechnical-commission , Canadian-standards-association-group , International-organization-for-standardization , American-national-standards-institute

How Does Cryogenic Treatment Impact Titanium Alloys?

Cryogenic metal treatment is used to create or enhance properties in metals and alloys. In 2021, a new technique was developed for the cryogenic treatment of titanium alloys, and new research is quantifying its effects on the metal.

Berkeley , California , United-states , India , Ben-pilkington , Ben-pilkingtonmay , University-of-california , College-of-engineering , Research-on-titanium-cryogenic-treatments , Cryogenic-treatment , Titanium-cryogenic , Materials-today

Detecting Coronavirus Particles with "Slow Light"

A new technique has been developed using “slow light” that enables simple detection and quantification of virus particles using a basic optical microscope and readily available antibody proteins.

Svetlana-zhukova-shutterstock , Ben-pilkington , Ben-pilkingtonmay , Light-research-for-visualizing-virus-particles , Korea-gwangju-institute-of-science , Nanoscale-coronavirus-particles , Slow-light-research , Visualizing-virus , Advanced-materials , Gwangju-institute , Slow-light-method , Image-credit

How Do EV Batteries Operate in Cold Climates?

Responding to the challenge of EV battery efficiency in cold climates, a research team in Sweden recently demonstrated how batteries for electric vehicles can work in cold climates with an innovative thermal encapsulation platform.

Sweden , Swedish , Ben-pilkington , Ben-pilkingtonmay , Mulevich-shutterstock , Volvo , Department-of-energy , Volvo-group-truck-technology , Sweden-chalmers-university-of-technology , Energy-procedia , Encapsulation-can-increase-range , Chalmers-university

The Relationship Between Cannabis Science and Nanotechnology

As cannabis science matures in the next few decades, laboratories, nanotechnology approaches and methods, and reference materials should all become standardized.

China , United-states , Canada , Lanzhou , Gansu , Vancouver , British-columbia , Canadian , Ben-pilkington , Apchanel-shutterstock , Ben-pilkingtonmay , University-of-alberta

How Has Microscopy Revolutionized Food Science?

Food science draws from – and contributes to – numerous sciences, technology disciplines, and industrial approaches. A relatively new field, food science matured alongside advanced microscopy methods such as atomic force and scanning electron microscopy. Microscope technology progress has led to a food science revolution in the last few decades.

United-states , America , Ben-pilkington , Ben-pilkingtonmay , Application-of-atomic-force-microscopy , Cutting-edge-of-food-science-research , Mcgill-university , North-america , Revolutionizing-food , Cutting-edge , Food-science , Electron-microscopy

Should Nanomaterial Synthesis Rely on Automation?

New research suggests that automating nanomaterial synthesis can reduce the environmental footprint of these advanced materials while at the same time improving quality and scalability.

Germany , Berlin , German , Ben-pilkington , Ben-pilkingtonmay , Berlin-department-of-chemistry , Germany-federal-institute-for-materials-research , Max-planck-institute-of-colloids , Research-in-automated-nanomaterial-synthesis , Nanomaterial-synthesis-rely , Automated-nanomaterial , Scientific-reports

Sustainable Alternatives to Lithium Use in Batteries

Many electronic devices need lithium-ion batteries as a power source. However, lithium presents serious sustainability challenges. This article looks at the sustainable alternatives to lithium for battery applications.

Australia , United-states , Oregon , Texas , Australian , America , Ben-pilkington , Kira-shutterstock , Ben-pilkingtonmay , Bloomberg , Bemp-research , Graphene-manufacturing-group