IEEE Power & Energy Society-Philippines

IEEE Power & Energy Society-Philippines IEEE Power & Energy Society-Philippine Branch

07/01/2026

November 5, 1935. New York City.
Edwin Howard Armstrong stood before the Institute of Radio Engineers with a paper titled "A Method of Reducing Disturbances in Radio Signaling by a System of Frequency Modulation."
Then he turned on his invention—and the room fell silent.
Not because nothing was happening. Because for the first time in history, radio was silent. No crackle. No static. No distortion. Just pure, crystalline sound. A voice came through his speakers as clearly as if the person were standing in the room. Music played without the hiss and pop that had plagued every radio since Marconi.
Armstrong had invented FM radio. And he'd just made every AM station in America obsolete.
It should have been his triumph. Instead, it became his death sentence.
Armstrong wasn't some amateur tinkerer. He was already one of the most important inventors in radio history. In 1912, he'd invented the regenerative circuit, which made radio receivers actually practical. In 1918, he created the superheterodyne receiver—still the foundation of nearly every radio and TV today. He'd made radio work when everyone else was still struggling with the basics.
But every invention put him at war with the corporations that controlled American radio: AT&T, Westinghouse, and especially RCA, led by the ruthless David Sarnoff.
When Armstrong demonstrated FM in 1935, RCA had a problem. They'd invested millions in AM radio infrastructure. They owned the patents, the stations, the equipment manufacturers. FM threatened all of it. And unlike Armstrong's earlier inventions—which they could license or steal—this one couldn't be controlled. FM was fundamentally different, fundamentally better, and it made their entire empire vulnerable.
So they destroyed him.
Armstrong built his own FM station network on frequencies between 42 and 50 MHz. It worked beautifully. FM stations began appearing across the country. The future Armstrong had imagined was happening.
Then in 1945, after years of intense corporate lobbying, the FCC made a decision: FM radio would be moved to a new band—88 to 108 MHz.
On paper, it was a technical adjustment. In reality, it was sabotage. Every FM receiver Armstrong and his allies had built became useless overnight. Every station had to rebuild from scratch. Years of investment, thousands of radios, an entire network—erased with the stroke of a regulatory pen.
The FCC also limited FM stations to lower power, crippling their reach compared to AM. RCA pushed television instead, framing FM as obsolete before it even had a chance. And then came the lawsuits—endless, exhausting patent litigation designed not to win but to drain Armstrong's resources, energy, and will.
For years, he fought. He spent his fortune on legal fees. His health deteriorated. His marriage strained under the pressure. The man who had revolutionized radio three times was being systematically destroyed by the industry he'd helped create.
On the morning of January 31, 1954, Edwin Howard Armstrong put on his overcoat, hat, and gloves. He wrote a note to his wife, Marion. Then he opened the window of his 13th-floor Manhattan apartment and stepped out into the winter air.
He was 63 years old.
Marion would later say that RCA didn't just take his inventions—they took his life.
But here's what they couldn't take: the technology itself.
Eventually, FM won. Not because corporations wanted it, but because it was simply better. Today, nearly every radio station broadcasts in FM. Every time you hear music without static, every time a voice comes through clearly, every time you tune to 88.1 or 107.9—that's Armstrong's invention.
He never got to see it triumph. He died believing he'd failed, that the corporations had beaten him, that his life's work had been for nothing.
He was wrong.
Every song you've ever heard on the radio clearly—without crackle, without distortion—exists because a brilliant engineer refused to accept that static was just "the way radio is." He imagined something better. He built it. And when the powerful tried to bury it, his invention survived anyway.
Edwin Howard Armstrong gave us the sound of clarity in a world of noise. And though the corporations silenced his voice, they couldn't silence what he created.
The frequency may have changed. The stations may have been rebuilt. But every time you turn on the radio and hear music the way it was meant to be heard, you're listening to the legacy of a man who deserved so much better than what the world gave him.
If you or someone you know is struggling with thoughts of su***de, please reach out: National Su***de Prevention Lifeline: 988 (US)

27/10/2025
26/10/2025
24/10/2025

2026 IEEE 6th International Conference in Power Engineering Applications (ICPEA 2026)
Theme: Advancing Renewable Energy Technologies for a Sustainable Future

The Faculty of Electrical Engineering, Universiti Teknologi MARA (UiTM), Shah Alam, Malaysia and co-sponsored by the IEEE Power and Energy Society (PES) Malaysia Chapter, is proud to announce the 2026 IEEE 6th International Conference on Power Engineering Applications (ICPEA 2026).

📅 Date: 3 – 4 May 2026
📍 Venue: Langkawi Island, Malaysia

ICPEA 2026 aims to unite scholars, researchers, policymakers and industry leaders to exchange insights and advancements in power engineering applications. The conference features keynote addresses and peer-reviewed paper presentations.

Authors are invited to submit full papers in the following areas of interest:

· Power System Operations and Planning
· Renewable Energy and Storage
· Power Electronics and Drives
· Smart Grid
· Electric Vehicle (EV)
· Energy and Environment in Power Engineering Application
· High Voltage Engineering and Technology
· Power System Economics and Electricity Market
· Data Analytics in Power Engineering Application
· Other Related Field in Power Engineering Application

Further information can also be found on the following website:
https://icpea2026.uitm.edu.my/home

PUBLICATION

Accepted papers presented at the conference will be submitted and published in the IEEE Xplore Digital Library and indexed by Scopus once they meet the requirements of IEEE quality review.

Prospective authors are invited to submit full papers up to six pages with double column according to the IEEE Conference paper template https://edas.info/N34438. Authors must not indicate their names and affiliations in the body of the submitted paper.�

📢 Submit your paper today and secure your spot at ICPEA 2026!!

IMPORTANT DATES

Call for Paper 1st October 2025
Submission of Full Paper 30th November 2025
Notification of Acceptance 31st December 2025
Early bird registration 31st January 2026
Final Manuscript Submission 28th February 2026
Registration Deadline 28th February 2026
Conference Dates 3 – 4 May 2026

Should you need more information or have any question to ask, kindly email us at [email protected]

We look forward to receiving your submissions!

Warm regards and thank you,
ICPEA 2026 COMMITTEE

24/10/2025

15/10/2025

Address

South Caloocan City
Caloocan
1400

Opening Hours

Monday 9am - 5pm
Tuesday 9am - 5pm
Wednesday 9am - 5pm
Thursday 9am - 5pm
Friday 9am - 5pm

Telephone

+639273333028

Website

Alerts

Be the first to know and let us send you an email when IEEE Power & Energy Society-Philippines posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Contact The Organization

Send a message to IEEE Power & Energy Society-Philippines:

Share