A cross-modally designed soundscape created to enhance Sweetness in anything you consume. Designed for The Singleton Sensorium. Use alongside some other sensory tips in our 'Sensorium at Home' guide here

Sweetness

A soundscape designed to evoke memories of summer picnics in the park. The perfect accomapniment for strawberries.

Picnic In The Park

Shaun Keaveny on Strawberries

A crackling fire with eq designed to enhance perception of spice (heat)

Spice

Can you guess which taste this sound is designed to enhance?
Using a lot of science and a bit of instinct, we’ve created the sounds of the five tastes - salt, sweet, sour, bitter, umami (savory).

Taste 1

Taste 2

Taste 3

Taste 4

Taste 5

Moosestock Serenade

Recording of the audio signal used at pedestrian crossings in Amsterdam. A simple signal that cuts through traffic noise.

Amsterdam pedestrian crossing signal

The sound of Deathwatch beetles communicating. They have evolved to create the perfect sound that can travel long distances and be heard over ambient noise.

Deathwatch beetles communicating

Sea atmosphere. Cross-modal sound design by Sensory Experiences

Sound of the Sea

The Sound of Sociability

This is a binaural recording of a haircut, recorded at Murdock barbers in Shoreditch. Created for the Barbershop Fizz cocktail at 69 Colebrook Row. Listen with headphones on. You can feel the buzzing of the clippers.

Barbershop

This is a recording of water being poured into a porcelain mug. Is it hot or cold?
Please comment with your answer.

Condiment Junkie and Oxford University have completed a research study proving we can all tell the difference between hot & cold liquid, just by the sound. Having defined the sonic properties that communicate hot & cold, we can design sound and environments that enhance temperature perception.

Porcelain Mug 1 - Hot or Cold?

Porcelain Mug 2 - Hot or Cold?

This is a recording of water being poured into a glass. Is it hot or cold?
Please comment with your answer.

Condiment Junkie and Oxford University have completed a research study proving we can all tell the difference between hot & cold liquid, just by the sound. Having defined the sonic properties that communicate hot & cold, we can design sound and environments that enhance temperature perception.

Sensory Experiences

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