
Source: cdn2.psychologytoday.com
Midjourney, the company behind the AI-powered image generation, has recently partnered with Butterfly Network, a cutting-edge medical technology company. Together, they are revolutionizing the way we approach medical imaging.

The key to this new paradigm lies in the concept of a ‘resolution threshold.’ In traditional medical imaging, higher resolution is often equated with greater certainty. However, this assumption may be misplaced. By applying artificial intelligence to vast amounts of ultrasound data, Butterfly Network’s technology can create high-quality 3D images of the human body without the need for high-resolution imaging.
This approach challenges the long-held assumption that better pictures make better medicine. In reality, the relationship between resolution and knowledge is complex. Higher resolution does not necessarily translate to greater understanding or better decision-making.
Butterfly Network’s ultrasound-on-chip technology uses thousands of tiny sensors to generate terabytes of data per second. This data is then reconstructed using AI to create detailed images of the body. The resulting images are not just captured but also reconstructed, allowing for a more nuanced understanding of the body’s internal structures.
This technology has the potential to reshape the way we approach medical imaging. By providing a ‘good-enough’ level of resolution, it can help reduce unnecessary high-resolution imaging, minimize radiation exposure, and streamline the diagnostic process.
Laennec’s stethoscope, invented in 1816, did not replace anything. Instead, it became a new tool in the diagnostic process. Similarly, Butterfly Network’s scanner is not meant to replace existing imaging technologies but rather to complement them. It asks the question, ‘Is there something here worth looking at more closely?’ If the answer is yes, then further investigation is warranted. If not, then the diagnostic process can be streamlined.
This approach has the potential to make expensive, high-resolution imaging more selective rather than routine. By applying AI to ultrasound data, we can create high-quality images without the need for high-resolution imaging.
Midjourney’s upcoming spa in San Francisco will feature ‘pools of golden light which softly scan your body.’ The scans, they say, are a side-effect, an interesting word choice given that side-effects are usually what we’re trying to avoid. In reality, the scans are an incidental byproduct of the spa experience.
This repositioning of imaging as an ‘ambient experience’ rather than a clinical encounter is a curious new territory. The fluorescent light, the paper gown, even the psychological discomfort all reflect what has always been part of the diagnostic contract. Midjourney is proposing to dissolve that contract and replace dread with warm water.
The prototype currently takes twenty minutes, not sixty seconds. Roughly twelve people have been scanned. The FDA pathway, if taken, is long, and the San Francisco spa doesn’t open until 2027. Medicine has seen compelling concepts arrive well ahead of their evidence, and this one is no exception.
The image is sharp enough to see something worth watching. For me, it isn’t sharp enough yet to know exactly what it is.
In conclusion, the partnership between Midjourney and Butterfly Network is revolutionizing the way we approach medical imaging. By applying AI to ultrasound data, we can create high-quality images without the need for high-resolution imaging. This approach challenges the long-held assumption that better pictures make better medicine and has the potential to reshape the way we approach medical imaging.
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