
Shrinking Metal Organic Framework Particles Improves Pest Control Efficiency
Researchers at the University of Bath reveal how tiny metal-organic framework (MOF) crystals control chemical release based on particle size.
New research shows lithium batteries could skip the anode entirely, enabling lighter cells, higher energy density, and longer lasting power.
TRC Analysis Desk
The Research Code editorial team bringing you the latest scientific discoveries


Researchers at the University of Bath reveal how tiny metal-organic framework (MOF) crystals control chemical release based on particle size.

New research shows lithium batteries could skip the anode entirely, enabling lighter cells, higher energy density, and longer lasting power.

Blockchain's speed bottleneck threatens its potential. Discover how Directed Acyclic Graphs (DAGs) offer a revolutionary path to faster, more secure networks.
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New research challenges decades of dark matter theory, proposing an exponential growth mechanism for its formation in the early universe, not thermal processes.

A groundbreaking mathematical proof establishes the minimum mass required for a black hole universe, advancing our understanding of gravity.

Explore how marine life thrives in Australia's intensively used Cockburn Sound. New research reveals ecosystem resilience despite decades of human activity.

Scientists uncover how Earth's crust underwent a dramatic transformation 2.7 billion years ago, driven by massive volcanic activity in Western Australia.

A new breakthrough in sodium battery technology could make energy storage cheaper, safer, and more sustainable, opening new possibilities for clean power.

Tiny microneedle patches are showing promise as a gentle new treatment for rare genetic skin diseases, offering hope for safer and more effective care.
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