Top 5 Discoveries in Physics Last Year & Last Quarter Century
|December 19, 2013||Posted by Staff under Social Change|
Five physics discoveries with the potential to transform the world have been selected by Physics World for its 25th birthday issue:
Hadron therapy – targeting tumours with miniature, table-top particle accelerators.
Quantum computers – potentially able to simulate new drug molecules.
Nanoscopic “superlenses” using evanescent light.
Power on the go – kinetic energy harvesting using triboelectrics that could enable shoes to charge a mobile phone.
Graphene – for electronics and super-strong materials.
Graphene’s strength, flexibility, and conductivity make it a potentially ideal material for bendable smartphones and superior prosthetic limbs. Despite being just one atom thick, it is impervious to almost all liquids and gases. Generating holes in sheets of graphene could therefore create a selective membrane – “the ultimate water purifier” – which might someday create drinking water from the sea.
The magazine also picked its top five breakthroughs of the last 25 years:
Quantum teleportation (1992)
The creation of the first Bose-Einstein condensate (1995)
The accelerating expansion of the universe (1997)
Experimental proof that neutrinos have mass (1998)
The sighting of the Higgs boson at Cern (2012)
The magazine’s 25th anniversary issue also highlights five images that have allowed us to “see” a physical phenomenon or effect. In all, the publication compiled five lists of five to examine different aspects of physics.
Physics World is the monthly magazine of the Institute of Physics and was first published in October 1988.
Ed. Notes: Physics gets real results while most economic conclusions can’t even reach the standard of accuracy. No wonder economists suffer from “physics envy”. And when physicists make mistakes, after a while of competing physicists arguing and providing counter evidence, then the truth usually wins out.
None of this is true for economics, mainly because economics must confront profit and property in order to become a science, and those topics are way too controversial for most people, economists included.
Because economics is not a science, mainstream economists can not predict accurately, while geonomists can. Yet these scientific geonomists are ignored by the conventional economists. What will it take for the paradigm to shift?