Synthesis and characterization of a hexaarylbene with six unique substituents
Rethinking basic science of graphene synthesis shows route to industrial-scale production
A new route to making graphene has been discovered that could make the 21st century's wonder material easier to ramp up to industrial scale. Graphene—a tightly bound single layer of carbon atoms with super strength and ...
Micropore labyrinths as crucibles of life
Water-filled micropores in hot rock may have acted as the nurseries in which life on Earth began. An LMU team has now shown that temperature gradients in pore systems promote the cyclical replication and emergence of nucleic ...
Colliding helium and carbon monoxide particles don't have to drift apart
In a paper published on 24 March in Nature Chemistry, researchers from Nijmegen and Bordeaux showed under which special conditions carbon monoxide molecules and helium atoms do not fly apart immediately following a collision, ...
Boron 'buckyball' discovered
The discovery 30 years ago of soccer-ball-shaped carbon molecules called buckyballs helped to spur an explosion of nanotechnology research. Now, there appears to be a new ball on the pitch.
Deep within spinach leaves, vibrations enhance efficiency of photosynthesis
Biophysics researchers at the University of Michigan have used short pulses of light to peer into the mechanics of photosynthesis and illuminate the role that molecule vibrations play in the energy conversion process that ...
Stunning zinc fireworks when egg meets sperm
Sparks literally fly when a sperm and an egg hit it off. The fertilized mammalian egg releases from its surface billions of zinc atoms in "zinc sparks," one wave after another, a Northwestern University-led interdisciplinary ...
Targeting one enzyme is the key to tackling two tropical diseases
A way to combat malaria developed by scientists at Imperial College London and the University of York may also be effective against the deadly tropical disease leishmaniasis, new research has shown.
Two teams pave way for advances in 2D materials
New nanoscale protein container could lead to synthetic vaccines and medicine delivery method
UCLA biochemists have created the largest-ever protein that self-assembles into a molecular "cage." The research could lead to synthetic vaccines that protect people from the flu, HIV and other diseases.