Skip to main content

Search Results

Advanced Search

Advanced Search

Filter By:

Author(s)

Title

Volume

Issue

Publication Date

Published on a specific date

or

Published between two dates

and

or

Published within the last...

DOI

July 1, 1990The Sciences
Shocking Genes: Electromagnetic fields stimulate genetic activity; Tim Beardsley; Scientific American Volume 263, Issue 1; 10.1038/scientificamerican0790-26

December 4, 1909The Sciences
Demonstrations with the Musical Arc: Proof of Electromagnetic Theories; W. B. Huff; Scientific American Supplements Volume 68, Issue 1770supp; 10.1038/scientificamerican12041909-359asupp

March 1, 2013Mind & Brain
New Technique Seeks to Measure Consciousness: An electromagnetic gadget to measure the level of consciousness; Christof Koch; Scientific American Mind Volume 24, Issue 1; 10.1038/scientificamericanmind0313-24; Originally published as "A Consciousness Meter" in Scientific American Mind Volume 24, Issue 1

August 6, 1910The Sciences
Light and Electromagnetism: Electric Waves and the Electromagnetic Theory of Light; Scientific American Supplements Volume 70, Issue 1805supp; 10.1038/scientificamerican08061910-86supp

March 1, 1988The Sciences
Freezing Ions: Electromagnetic traps turn ion"gases" into "crystals"; Gregory Greenwell; Scientific American Volume 258, Issue 3; 10.1038/scientificamerican0388-28

June 15, 2010The Green-Grok
MRI set to win reprieve from EU ban: Directive that limits workers' electromagnetic exposure aims for a compromise.

August 27, 1910The Sciences
Light and Electromagnetism: Electric Waves and the Electromagnetic Theory of Light; Scientific American Supplements Volume 70, Issue 1808supp; 10.1038/scientificamerican08271910-131supp

May 4, 2007The Sciences
Envision This: Mathematicians Design Invisible Tunnel: Electromagnetic "wormhole" results from turning invisible sphere inside out; JR Minkel

July 30, 1910The Sciences
Light and Electromagnetism: Electric Waves and the Electromagnetic Theory of Light; Scientific American Supplements Volume 70, Issue 1804supp; 10.1038/scientificamerican07301910-71supp

June 1, 2002Space & Physics
A Philosopher's Stone: Could superconductors transmute electromagnetic radiation into gravitational waves?; George Musser; June 2002; 10.1038/scientificamerican0602-19

September 3, 1910The Sciences
Light and Electromagnetism: Electric Waves and the Electromagnetic Theory of Light; Scientific American Supplements Volume 70, Issue 1809supp; 10.1038/scientificamerican09031910-150supp

August 20, 1910The Sciences
Light and Electromagnetism: Electric Waves and the Electromagnetic Theory of Light; Scientific American Supplements Volume 70, Issue 1807supp; 10.1038/scientificamerican08201910-122supp

August 13, 1910The Sciences
Light and Electromagnetism: Electric Waves and the Electromagnetic Theory of Light; Scientific American Supplements Volume 70, Issue 1806supp; 10.1038/scientificamerican08131910-110supp

September 28, 1907The Sciences
Elements of Electrical Engineering.—I: The Electric Circuit-Electromagnetic Induction—The Magnetic Circuit; A. E. Watson; Scientific American Supplements Volume 64, Issue 1656supp; 10.1038/scientificamerican09281907-197supp

October 26, 2009Technology
Staying Out of a Jam: Air Force Looks at Nanotube Sheets for Electromagnetic Shielding: Strong, lightweight materials made from nanotubes could protect aircraft and satellites from harmful electromagnetic interference; Larry Greenemeier

October 27, 2008Mind & Brain
Ghost Lusters: If You Want to See a Specter Badly Enough, Will You?: Researchers set up "haunted" room to prove an electromagnetic theory of ghost sightings; Adam Marcus

June 20, 2012The Sciences
Bright Idea: New "Tractor Beam" Proposal Relies on Negative Radiation Pressure: A layered design would split two key aspects of a light wave, enabling electromagnetic energy to pull objects; Evelyn Lamb

June 1, 2009Technology
News Scan Briefs: Hand Transplant Recipients Switch Handedness: Also: ending nerve damage from needles, "caveman" connection to humans, electromagnetic chatter, and laser beams that curve; Charles Q. Choi, Kate Wong, Larry Greenemeier, Coco Ballantyne and Jordan Lite; June 2009; Originally published as "On the Other Hand" in June 2009

March 1, 1948The Sciences
Photochemistry in Industry: Electromagnetic radiation, - engineering chemical reactions through the use of specially designed lamps, is a powerful tool in many modern Processes; E. W. Beggs; Scientific American Volume 178, Issue 3; 10.1038/scientificamerican0348-109

October 9, 2013Environment
Ambient Energy Could Replace Batteries: Stray heat, electromagnetic fields or even mechanical sources can provide power for portable electronics and other devices; Daniel Cusick and ClimateWire

Continue reading with a Scientific American subscription.

You may cancel at any time.