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Cloning and Ethics

Cloning technology today is far from perfect: it requires many attempts and only 1%, if any, of the cloned eggs become embryos and then survive. For example, the first cloned sheep, Dolly, was successful after 277 attempts. That means that with the current technology, cloning a human being would require the death of many embryos - a moral issue not ...

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CloningandEthics
Chemistry

Hydrogen Reaction Experiment Reaps a Surprise

Scientists got a surprise recently when a team of physical chemists at Stanford University studied a common hydrogen reaction. Scientists got a surprise recently when a team of physical chemists at ... Continue reading

HydrogenReactionExperiment
Geology

Why Don't We Try To Destroy Tropical Cyclones?

There have been numerous techniques that we have considered over the years to modify hurricanes: seeding clouds with dry ice or Silver Iodide, cooling the ocean with cryogenic material or icebergs, ... Continue reading

TropicalCyclones
Engineering

Pass the Basalt

Advanced composite materials technology is a field that is growing both quickly and steadily. That new fiber materials and applications will be developed is the proverbial 'no brainer'. However, ... Continue reading

PasstheBasalt
Engineering

The Right Stuff for Super Spaceships

Revolutions in technology - like the Industrial Revolution that replaced horses with cars - can make what seems impossible today commonplace tomorrow. ... Continue reading

SuperSpaceships

The World's Largest Laser

LargestLaserIn a rural community in Northern California, in a building spanning the length of two football fields scientists are creating the world's largest laser. The National Ignition Facility project, know as NIF, is being developed by Lawrence Livermore National Laboratory for the U.S. Department of Energy.

When complete, the facility will house 192 laser beams in two bays. The beams will generate a peak power of 1000 times the electric generating power of the entire United States, although only for a few billionths of a second. When fired, the laser light from the beams will travel through tubes almost the length of the entire building, and pass through giant crystals that will covert the infrared light of the lasers to ultraviolet light. The ultraviolet light from the 192 lasers will then converge on a 10-meter diameter target chamber that looks nothing but out of this world. The ultimate target is inside this chamber; a BB-sized plastic sphere, holding fusion fuel. The hydrogen fuel will reach temperatures of 100 million degrees and will be converted to helium with the release of fusion energy.

The goal of this ambitious project is national defense and research in the areas of energy creation through fusion power, nuclear reactions, astrophysics, and material sciences.