| American Institute of Physics
|
|
News Index
| Title
| Author
| Issue
| Pages
|
| Salary growth slows |
Raymond Y. Chu |
12/04 |
10-12 |
| Hot writing |
Eric J. Lerner |
12/04 |
15 |
| Blackout clears the air |
Eric J. Lerner |
12/04 |
15-16 |
| Fighting big blackouts |
Eric J. Lerner |
12/04 |
16, 18 |
| Bacteria stir things up |
Eric J. Lerner |
12/04 |
18-19 |
| Physics in the City of Angels |
Sharon C. Glotzer |
12/04 |
20-21 |
| Democrats and Republicans |
Eric J. Lerner |
10/04 |
12-15 |
| Detecting a single spin |
Eric J. Lerner |
10/04 |
16 |
| Handheld chem lab |
Eric J. Lerner |
10/04 |
16, 18 |
| Superprisms |
Eric J. Lerner |
10/04 |
18-19 |
| Growing nanotrees |
Eric J. Lerner |
10/04 |
19 |
| Plasmon microscopy |
Eric J. Lerner |
8/04 |
8 |
| Quantum measurement |
Eric J. Lerner |
8/04 |
8, 10 |
| Quantum entanglement |
Eric J. Lerner |
8/04 |
10, 13 |
| Smoke spun into fiber |
Eric J. Lerner |
8/04 |
13-14 |
| Superlenses |
Eric J. Lerner |
6/04 |
10 |
| Self-organizing device |
Eric J. Lerner |
6/04 |
10, 12 |
| Silicon photonics |
Eric J. Lerner |
6/04 |
12-13 |
| Millennia of global warming |
Eric J. Lerner |
6/04 |
13 |
| What's wrong with the electric grid? |
Eric J. Lerner |
10/03 |
8-13 |
| Industry salaries still rising |
Raymond Y. Chu |
4/03 |
13-15 |
| Fraud shows peer-review flaws |
Eric J. Lerner |
12/02 |
12, 14, 17 |
| Industrial diamonds gather strength |
Eric J. Lerner |
8/02 |
8-11 |
| Biomedical applications of nanotechnology |
Ineke Malsch |
6/02 |
15-17 |
| A sensor for underground tunnels? |
Eric J. Lerner |
12/01 |
12-13 |
| Smart ceramics transform structural shapes |
Ted Lynch |
12/01 |
10-11 |
| Quantum cascade lasers turn commercial |
Jennifer Ouellette |
4/01 |
8, 10-13 |
| Industrial salaries surge again |
Raymond Y. Chu and Megan Henly |
2/01 |
8-9 |
| Visionary projects, far-reaching potentials |
Patrick Young |
12/00 |
12-13 |
| Nobel Prizes honor innovations in electronics |
Eric J. Lerner |
12/00 |
8, 10-11 |
| Radio on a chip expedites wireless Web |
Jennifer Ouellette |
8/00 |
9-12 |
| Detection on the cutting edge |
Jennifer Ouellette |
4/00 |
8, 10-12 |
| Technologies of the next century |
Patrick Young |
12/99 |
14-15 |
| Physicists graduate from Wall Street |
Jennifer Ouellette |
12/99 |
9-11, 13 |
| Salary spurt for industrial physicists |
Amanda Benedict and Raymond Y. Chu |
8/99 |
10-12 |
| The incredible shrinking microphone |
Jennifer Ouellette |
8/99 |
7-9 |
| Smart pixels wed optics and electronics |
Jennifer Ouellette |
6/99 |
9-13 |
| Lasers open up the life sciences |
Jennifer Ouellette |
4/99 |
9, 10, 12, 13 |
| Fuel cells gather steam |
Jennifer Ouellette |
2/99 |
15-17 |
| Stimulating high-risk, high-payoff research |
David Pope |
2/99 |
9-10, 12-13 |
| Superconductor power applications |
Jennifer Ouellette |
12/98 |
15-18 |
| Halbach arrays enter the maglev race |
David Pope |
12/98 |
12-13 |
| Combating the millennium bug |
David Pope |
12/98 |
9-10 |
| Get ready for a wireless world |
David Pope |
9/98 |
17-21 |
| Biosensors: Microelectronics marries biology |
Jennifer Ouellette |
9/98 |
11-12, 14 |
| Failure analysis in a nanometer world |
Jennifer Ouellette |
6/98 |
11-14 |
| Optical data storage looks beyond CDs |
Jennifer Ouellette |
3/98 |
11-13, 15 |
| Materials competition for flat-panel displays |
Jennifer Ouellette |
12/97 |
10-13 |
| Contamination control in vacuum |
Jennifer Ouellette |
9/97 |
7-8, 10-11 |
| Salaries lose ground against inflation |
Ken McNaughton |
6/97 |
22-23 |
| Nanostructured materials get tough |
Jennifer Ouellette |
6/97 |
15-19 |
| Digital displays with micromirror devices |
Jennifer Ouellette |
6/97 |
9, 10, 12 |
| Free-electron lasers: A radical alternative |
Jennifer Ouellette |
3/97 |
18, 21 |
| Solving real-world problems virtually |
Jennifer Ouellette |
3/97 |
12, 14-16 |
| Superconductor products poised for market |
Hank Hogan |
3/97 |
7, 9, 10 |
| Will collision-avoidance systems work? |
Michael Wofsey |
12/96 |
14, 16 |
| How smart are smart materials? |
Jennifer Ouellette |
12/96 |
10-13 |
| The gigachips are coming! |
Hank Hogan |
12/96 |
7-8 |
| TRIZ-based tools promote innovation |
Jennifer Ouellette |
9/96 |
14-15 |
| AT&T divides to prosper |
Jennifer Ouellette |
9/96 |
13 |
| MEMS: Mega promise for micro devices |
Jennifer Ouellette |
9/96 |
9-12 |
| The ups and downs of industrial R&D |
Mike May |
6/96 |
16 |
| Next-generation car checkup |
-- |
6/96 |
14-15 |
| Developing new waste treatment methods |
Jennifer Ouellette |
6/96 |
11-12 |
| The diode-pumped laser revolution |
Jennifer Ouellette |
6/96 |
7-9 |
| U.S.-Korea science/technology summit |
-- |
3/96 |
16 |
| Adding up mathematics in industry |
-- |
3/96 |
16 |
| Plastic-powered displays |
Alexander Hellemans |
3/96 |
13, 15 |
| The microfabrication boom |
Jennifer Ouellette |
3/96 |
10, 12 |
| Ketchen of IBM wins industrial physics award |
-- |
12/95 |
18 |
| How much is an industrial physicist worth? |
Ken McNaughton |
12/95 |
14, 16-17 |
| GPS industry prepares for boom |
Jennifer Ouellette |
12/95 |
8, 11-12 |
| Job prospects in flat panel display |
-- |
7/95 |
13-14 |
| Frontier's end? |
-- |
7/95 |
11 |
| Burning bridges |
John Rowell |
7/95 |
9 |
| Briefs
by David Pope and Eric Lerner |
| Inverse Doppler effect |
Eric J. Lerner |
4/04 |
8 |
| DNA-guided nanotubes |
Eric J. Lerner |
4/04 |
8, 10 |
| Magnetic graphite |
Eric J. Lerner |
4/04 |
10-13 |
| Butterfly blues |
Eric J. Lerner |
4/04 |
13 |
| Opening the X-ray water window |
Eric J. Lerner |
2/04 |
10 |
| Zero thermal expansion |
Eric J. Lerner |
2/04 |
10, 13 |
| Magnetoresistor computing |
Eric J. Lerner |
2/04 |
13-14 |
| A pressure-driven battery |
Eric J. Lerner |
2/04 |
14 |
| Infrared tissue scans |
Eric J. Lerner |
12/03 |
10 |
| Better electronic paper |
Eric J. Lerner |
12/03 |
10, 12 |
| Rapid manufacturing |
Eric J. Lerner |
12/03 |
12-13 |
| Flipping storage fields |
Eric J. Lerner |
12/03 |
13 |
| Penetrating the fog |
Eric J. Lerner |
10/03 |
20 |
| Plasma self-organization |
Eric J. Lerner |
10/03 |
20-21 |
| Stronger than spider silk |
Eric J. Lerner |
10/03 |
21-22 |
| Slow light |
Eric J. Lerner |
10/03 |
22 |
| A magnetic microscope for the brain |
Eric J. Lerner |
8/03 |
8 |
| Spin and energy--free? |
Eric J. Lerner |
8/03 |
8, 10 |
| Finest nanowire arrays |
Eric J. Lerner |
8/03 |
10-11 |
| Solar-cell burnout |
Eric J. Lerner |
8/03 |
11-13 |
| Subfemtosecond control |
Eric J. Lerner |
6/03 |
8 |
| Turbulent secrets |
Eric J. Lerner |
6/03 |
8, 10 |
| Micromachines in vacuum |
Eric J. Lerner |
6/03 |
10-11 |
| Fluid nanostructuring |
Eric J. Lerner |
6/03 |
11 |
| Twenty watts of terahertz |
Eric J. Lerner |
4/03 |
9 |
| Chaos in the engine |
Eric J. Lerner |
4/03 |
9-10 |
| 3-D lithography |
Eric J. Lerner |
4/03 |
10-11 |
| Stock physics |
Eric J. Lerner |
4/03 |
11 |
| Hidden imaging data |
Eric J. Lerner |
2/03 |
10 |
| Piggy-back chips |
Eric J. Lerner |
2/03 |
10, 12 |
| Synthetic ion pump |
Eric J. Lerner |
2/03 |
12-13 |
| Strong, ductile copper |
Eric J. Lerner |
2/03 |
13 |
| Big step toward molecular electronics |
Eric J. Lerner |
12/02 |
9 |
| Better X-ray imaging |
Eric J. Lerner |
12/02 |
10 |
| Solar-cell efficiency |
Eric J. Lerner |
12/02 |
10-11 |
| Transparent circuits |
Eric J. Lerner |
12/02 |
11 |
| Twisting single photons |
Eric J. Lerner |
10/02 |
9 |
| Pocket-size rocket |
Eric J. Lerner |
10/02 |
9-10 |
| Printing on silicon |
Eric J. Lerner |
10/02 |
10-11 |
| Light in tight places |
Eric J. Lerner |
10/02 |
11 |
| Brighter lights from photonic crystals |
Eric J. Lerner |
8/02 |
13 |
| Chopping up nanotubes |
Eric J. Lerner |
8/02 |
13-14 |
| Raman spectra |
Eric J. Lerner |
8/02 |
14 |
| Thought control |
Eric J. Lerner |
8/02 |
14-15 |
| Tropical fires feed global warming |
Eric J. Lerner |
6/02 |
11-12 |
| Raman lasing from spheres |
Eric J. Lerner |
6/02 |
12-13 |
| Cosmology to technology |
Eric J. Lerner |
6/02 |
13 |
| Polymer LEDs |
Eric J. Lerner |
6/02 |
14 |
| A rice-grain-sized motor |
Eric J. Lerner |
4/02 |
8 |
| Single-photon source |
Eric J. Lerner |
4/02 |
8, 10 |
| Photon sieve for X-rays |
Eric J. Lerner |
4/02 |
10 |
| Stopping light in a solid |
Eric J. Lerner |
4/02 |
10-11 |
| Bose-Einstein condensate on a chip |
Eric J. Lerner |
2/02 |
8 |
| Pyroelectric-crystal X-rays |
Eric J. Lerner |
2/02 |
8, 10 |
| Building enzymes, filters |
Eric J. Lerner |
2/02 |
10-11 |
| Bird songs, human speech |
Eric J. Lerner |
2/02 |
11-12 |
| Neurons on a chip |
Eric J. Lerner |
12/01 |
6 |
| Cellular manipulator |
Eric J. Lerner |
12/01 |
6, 8 |
| Fast-ignition laser fusion |
Eric J. Lerner |
12/01 |
8-9 |
| Super buckyballs |
Eric J. Lerner |
12/01 |
9 |
| Liquid marbles roll in tight places |
Eric J. Lerner |
10/01 |
8 |
| Chaos in weather forecasts |
Eric J. Lerner |
10/01 |
8-10 |
| Ultraviolet nanolasers |
Eric J. Lerner |
10/01 |
10-11 |
| Photonic transistor |
Eric J. Lerner |
10/01 |
11 |
| Quantum stickiness put to use |
Eric J. Lerner |
8/01 |
8 |
| Molecular piston |
Eric J. Lerner |
8/01 |
8, 10 |
| Fighting epilepsy |
Eric J. Lerner |
8/01 |
10-11 |
| Holographic data storage |
Eric J. Lerner |
8/01 |
11-12 |
| Intermetallic superconductor |
Eric J. Lerner |
6/01 |
8 |
| Fluorescing nanoclusters |
Eric J. Lerner |
6/01 |
8, 10 |
| Silicon cage cluster |
Eric J. Lerner |
6/01 |
10-11 |
| Superconducting plastics |
Eric J. Lerner |
6/01 |
11-12 |
| Molybdenum as nanoconductor |
Eric J. Lerner |
4/01 |
14 |
| Memories from thin air |
Eric J. Lerner |
4/01 |
14, 16 |
| Ferromagnetics |
Eric J. Lerner |
4/01 |
16-17 |
| A nose comes of age |
Eric J. Lerner |
4/01 |
17-18 |
| Light from organic transistors |
Eric J. Lerner |
2/01 |
10 |
| A city in the computer |
Eric J. Lerner |
2/01 |
10, 12 |
| Can electrons be split? |
Eric J. Lerner |
2/01 |
12-13 |
| Sunlight to hydrogen |
Eric J. Lerner |
2/01 |
13-14 |
| Physics of the Internet |
Eric J. Lerner |
12/00 |
14 |
| Analog model of neurons |
Eric J. Lerner |
12/00 |
16 |
| Nanotube switches |
Eric J. Lerner |
12/00 |
17-18 |
| Modeling nanojets |
Eric J. Lerner |
12/00 |
18-20 |
| Who hires bachelors? |
Patrick Young |
12/00 |
20 |
| Smoothing turbulence electromagnetically |
Eric J. Lerner |
10/00 |
8 |
| Single-molecule 'scope |
Eric J. Lerner |
10/00 |
8-9 |
| Camera in a pill |
Eric J. Lerner |
10/00 |
9-10 |
| Holography with atoms |
Eric J. Lerner |
10/00 |
10-11 |
| Polymers speed electro-optical conversion |
Eric J. Lerner |
8/00 |
14 |
| 3-D lithography |
Eric J. Lerner |
8/00 |
14-15 |
| Femtosecond X-ray pulses |
Eric J. Lerner |
8/00 |
15-16 |
| Molecular printing |
Eric J. Lerner |
8/00 |
16-17 |
| Putting nanomagnets in their place |
Eric J. Lerner |
6/00 |
10 |
| Storing bits on atoms |
Eric J. Lerner |
6/00 |
10-11 |
| The left hand of radiation |
Eric J. Lerner |
6/00 |
11-13 |
| The gigahertz era begins |
Eric J. Lerner |
6/00 |
13 |
| Can plasma clean auto exhaust? |
Eric J. Lerner |
4/00 |
14 |
| Nanotube nanotweezers |
Eric J. Lerner |
4/00 |
14-15 |
| Faster photography |
Eric J. Lerner |
4/00 |
15-17 |
| Spintronics |
Eric J. Lerner |
4/00 |
17 |
| Tiny, powerful laser for optical recording |
Eric J. Lerner |
2/00 |
6 |
| Transparent conductors |
Eric J. Lerner |
2/00 |
6, 8 |
| Self-assembly |
Eric J. Lerner |
2/00 |
8, 10 |
| Laser separation |
Eric J. Lerner |
2/00 |
10-11 |
| Making molecular switches |
Eric J. Lerner |
12/99 |
17 |
| Ion sputtering |
Eric J. Lerner |
12/99 |
17-18 |
| Rolf Landauer |
Eric J. Lerner |
12/99 |
18-20 |
| Insect flight elucidated |
Eric J. Lerner |
10/99 |
6, 8 |
| High-Tc motors |
Eric J. Lerner |
10/99 |
8-9 |
| Nanotubes |
Eric J. Lerner |
10/99 |
9 |
| "Mr. Science" dies |
Eric J. Lerner |
10/99 |
9, 11 |
| Communicating via brain waves |
Eric J. Lerner |
8/99 |
14-16 |
| Fiber-optic cable |
Eric J. Lerner |
8/99 |
16 |
| Magnetic surgery |
Eric J. Lerner |
8/99 |
16-17 |
| Funds increase for R&D |
David Pope |
4/99 |
15 |
| Hidden in the work force |
David Pope |
4/99 |
16 |
| Aerogel stardust collector |
David Pope |
4/99 |
16, 19 |
| Violet laser diode |
David Pope |
4/99 |
19 |
| Free-electron laser for the far infrared |
David Pope |
2/99 |
18 |
| Motion in microdevices |
David Pope |
2/99 |
18, 20 |
| Update |
David Pope |
2/99 |
20 |
| Lensless lithography |
David Pope |
12/98 |
19 |
| Update |
David Pope |
12/98 |
19 |
| Advancing battery technology |
David Pope |
9/98 |
23-24 |
| Microvalves on the move |
David Pope |
9/98 |
24 |
| Kit for MEMS |
David Pope |
9/98 |
24, 26 |
| Bow-tie resonance |
David Pope |
9/98 |
26 |
| Shallow wafer defects |
David Pope |
9/98 |
26, 28 |
| Update |
David Pope |
9/98 |
28 |
| Physics-business master's degree |
David Pope |
6/98 |
17 |
| Infrared connections |
David Pope |
6/98 |
17-18 |
| Updates |
David Pope |
6/98 |
18 |
| Higher R&D spending forecast for 1998 and 1999 |
David Pope |
3/98 |
17 |
| Biosensors to the rescue |
David Pope |
3/98 |
17-18 |
| Updates |
David Pope |
3/98 |
19 |
| Cold plasma thin films |
David Pope |
12/97 |
15 |
| Flywheel technology |
David Pope |
12/97 |
15-16 |
| High-IQ highways |
David Pope |
12/97 |
16-17 |
| Radiation detector |
David Pope |
12/97 |
19 |
| Megasonic cleaning |
David Pope |
12/97 |
19 |
| NASA puts the heat on aerogels |
David Pope |
9/97 |
13 |
| Measuring the wind |
David Pope |
9/97 |
13-14, 16 |
| The elusive blue laser |
David Pope |
9/97 |
16, 18 |
| Keeping magnetic memory ahead of the curve |
David Pope |
6/97 |
20 |
| Motion sensor |
David Pope |
6/97 |
20-21 |
| Patent search |
David Pope |
6/97 |
21 |
| Imation restructures R&D |
David Pope |
3/97 |
22-23 |
| Radio ID tags |
David Pope |
3/97 |
23 |
| Microsoft expands R&D |
David Pope |
3/97 |
23 |
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