The science of the shiver and the scoop
The global crunch of mukbang
Recording sound in a pink playground
The visual feast of synesthesia
museumoficecream Acoustic challenges of recording audio inside physical museum rooms
museumoficecream Binaural audio technology captures three-dimensional soundscapes
museumoficecream Tap sensory objects in the playroom to discover how physical spaces create satisfying ASMR sounds.
museumoficecream Fuzzy deadcat windscreens protect sensitive microphones from moving air
museumoficecream Museum of Ice Cream ASMR
Record the static splash of a plastic sugar rain, A hundred million sprinkles to soothe your busy brain.
museumoficecream Interactive museum surfaces provide unexpected sound effects for creative ASMR.
Binaural hearing: Binaural microphones use a dummy head to mimic human ear spacing, capturing sound exactly as our brains process 3D spatial audio.
museumoficecream Open museum spaces present unique acoustic challenges compared to quiet home studios.
An outdoor or indoor area designed for recreation and play, typically equipped with slides and swings. At Singapore's Museum of Ice Cream, ASMR creators captured unique sensory audio at the nostalgic dragon playground.
What type of microphone setup mimics human ears to capture 3D spatial audio?
Which type of microphone is highly directional and ideal for isolating specific sounds from a distance?
What physical material on museum slides produces high-pitched friction squeaks?
What is the main acoustic problem creators face in open, hard-surfaced museum rooms?