British veterans are taking part in a series of events in France on the eve of the 65th anniversary of D-Day.
Commemorations start with a parachute drop to mark the airborne phase of the Normandy landings that launched the beginning of the end of World War II.
Prince Charles and Gordon Brown will attend a ceremony alongside the French and US presidents.
In Asnelles around 80 children from London and the south east will plant flags in the beach with messages of thanks and talk to veterans about their experiences. Late on Friday evening there will be 25 simultaneous firework displays along the Normandy coastline followed by the illumination of Port Winston, a temporary harbour built by the British in Arromanches.
Get fireworks at the end of a level
In order to get fireworks to go off after you beat a level, simply finish the level when the last number in the Time is either a 1, 3, or 6. The number of fireworks you get depends on that number. So finish a level with 106 remaining, and you’ll get 6 fireworks to explode. Plus, you get bonus points for each firework that goes off.
Recent experiments to create a fast-reacting explosive by concocting it at the nanoscopic level could result in more spectacular firework displays. But more impressive to the Missouri University of Science and Technology professor who led the research, the method used to mix chemicals at that tiny scale could lead to new strong porous materials for high temperature applications, from thermal insulation in jet engines to industrial chemical reactors.
Researchers led by Dr. Nicholas Leventis, a professor of chemistry at Missouri S&T, reported in the April 8 issue of the Journal of the American Chemical Society that they created a new type of flammable nanomaterial by combining an oxidizer (copper oxide) with an organic fuel (a resorcinol-formaldehyde polymer, or RF). Nanomaterials are made from substances that are one billionth of a meter – the size of a few molecules. This achievement has been highlighted in the online edition of Nature Chemistry. Click here for the full read.