1895
Signals without a wire
Marconi experimented with wireless signals in 1895. Explore the step from laboratory work to communication over distance; wireless telegraphy and spoken broadcasting are different stages of this story.
Read the story →From sparks to streaming
Explore the machines, ideas and everyday memories that connect people through radio. Follow a story from the past, then listen to the world today.
01
Sending without wires
Discover how experiments with electromagnetic waves grew into communication across distance.
1837–1844
Who invented the telegraph?
Several systems developed along different paths. Cooke and Wheatstone demonstrated a needle telegraph in Britain in 1837. Morse and Vail demonstrated their coded system between Washington and Baltimore in 1844. A key closes an electrical circuit; the receiver detects the changing current.
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1865–1888
Who discovered radio waves?
Radio waves are a natural phenomenon. Maxwell’s electromagnetic theory, published in 1865, and Hertz’s experiments in the 1880s are different steps: prediction and experimental demonstration. Practical wireless communication came later.
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1844 →
Morse: a language of timing
Short and long signals represent letters and numbers. Morse and Vail’s early American system differs from the modern International Morse code used in our game. ITU specifies both the signals and their spacing.
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1912
Titanic and listening for distress
The 1912 disaster exposed weaknesses in wireless watchkeeping and coordination. ITU’s account connects it with further international radio safety measures. Written messages and later sound recreations are different kinds of evidence; no Titanic transmission is presented here as an original audio recording.
Read the story →02
Bringing the world home
Explore how receivers and regular programmes changed everyday listening.
1920–1925
Listening through a crystal
This Science Museum Group record describes a crystal receiver made in Manchester around 1920–1925. A small object opens a question: how much skill did early listening require?
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1922
2LO: a voice from London
The Science Museum dates the first BBC broadcast from 2LO to 14 November 1922. A transmitter helps us connect technical equipment with the growth of regular programmes.
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1930s
FM: changing how a signal carries sound
Edwin Armstrong’s work on frequency modulation in the 1930s addressed interference in radio reception. FM varies the frequency of a carrier; AM varies its amplitude. Internet streaming delivers encoded audio through a different network.
Read the story →1909
Who invented the radio receiver?
There is no single inventor behind every part of a radio. Wave theory, experiments, detectors, tuning and amplification developed through different contributions. Marconi and Braun shared the 1909 Nobel Prize for work on wireless telegraphy. A telegraph signal is not yet a spoken radio programme, and a receiver is not the same object as a transmitter.
Read the story →03
Voices across borders
Consider broadcasting, public information and the different uses of radio during conflict.
04
Radio lives on
Follow portable listening into today’s world of online stations.
1954
A radio you could carry
The Smithsonian records the Regency TR-1 as a 1954 transistor radio. Portability invites us to consider how a shared household activity could become a more personal listening experience.
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2026
The world is still on air
Today, World Radio Now links listeners to public station streams. Compare the experience with earlier receivers: the path to a programme changes, while voices, music and local identity remain worth exploring.
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1957
Sputnik: a signal heard around the world
The Soviet Union launched Sputnik on 4 October 1957. Its radio beacon could be monitored by radio enthusiasts. The archive sound is a signal, not a voice or a studio programme.
Read the story →WORLD RADIO NOW · LIVE
From radio history to radio today
World Radio Now helps you listen to live stations around the world. Explore a historical voice, then discover music, news and culture on today’s airwaves.