Magnifying superlenses show more detail than before
Designs could make the optical imaging of DNA molecules possible
Read article: Magnifying superlenses show more detail than before
Read article: Magnifying superlenses show more detail than before
Double-negative metamaterial edges towards the visible
Fishnet structure gives negative permeability
Read article: Double-negative metamaterial edges towards the visible
When graphene meets negative refraction
Researchers think that graphene could be used to make a tiny electron lens
Read article: When graphene meets negative refraction
Nanorods make “ideal” anti-reflection coatings
Material first thin optical film with refractive index close to air
Read article: Nanorods make “ideal” anti-reflection coatings
Ultrafast probe uses femtosecond electron pulses
New pulsed source for electron microscopy
Caesium slows down optical image
Principle could be used in an all-optical buffer
Read article: Caesium slows down optical image
Tropical beetle has the brightest whites
Irregular structure the key to insect's brilliance
Read article: Tropical beetle has the brightest whites
Light squeezes through nano coax
Nanotube-based cable pushes the limits of optics
Read article: Light squeezes through nano coax
Hidden genius
Why Maxwell is so obscure
James Clerk Maxwell: a force for physics
Celebrating Maxwell Year: Francis Everitt examines the immense contributions of the greatest mathematical physicist since Newton
Read article: James Clerk Maxwell: a force for physics
