Brain.space re -creates the EEG for our new world (and soon, beyond the world) – TechCrunch

Contemplating what is going on in the brain is thought to be between the difficult and the impossible. A big challenge is that the best ways to do that are small room machines released in hospitals – but brain.space believes its EEG helmet can be used (with $ 8.5M per year). make up). new applications and medications at home and – as a cork pop for its starters – in the air.

Electroencephalography, or EEG, is a recording technique that looks at certain signals produced by the brain, and can show which areas of the cortex are stimulating, even if the person is thinking. use, irritation, and so on. It’s not nearly as accurate as an MRI, but on the other hand, all you need for an EEG is a set of electronic sensors on the head, while an MRI machine is large, loud, loud. and the cost is very high.

However, little progress has been made in EEG technology, and it has often been done as it has done in previous years. These days it’s starting to change with things like Cognixion’s, which use a redesigned EEG to interpret specific symptoms with the aim of allowing people with motor disabilities to communicate.

The brain.space about Israel (so -called in a small way, with a time in it, unlike vex broadcasters) has its own concept of EEG that says it doesn’t give readings taller than traditional ones, but wired and can be set up without. expert help.

“It’s designed to be the best, simplest, easiest to use EEG acquisition headset in the world. One head, for many people, will position itself properly. the head of everyone, ”said brain.space CEO and co-founder Yair Levy. In development for four years, the headset has 460 sensors and is “fully charged” that can be set and run easily.

A person holding a brain.space headset working on a computer.

Not very good, but other EEG settings are better. The armband is a power controller associated with the ISS. Images available: lolo.space

Because it only comes out of nowhere, there is no document reviewed by peers about the headset’s usefulness and resolution. “But we immediately started research work with a number of educational institutions, including the Cognitive and Brain Science Department of Ben Gurion University, and a health center in Israel,” Levy said.

The truth is hard no to improve the EEG settings used in many labs – whether more or less they do in a portable, user -friendly manner, it’s enough to make it fun.

The science of EEG is well understood, but the industry has improved the results obtained by inserting fully charged electrodes, and the advantages are that the conductive gel or oil does not have to be in the form of a conductive gel or oil. Skin – everyone who has oil on their head to take. part of the experiment may show that this is not fun.

Due to the nature of the EEG signals, these sensors will cover a bit, but Levy explained that their local studies have found that these sensors are subject to regulatory law, which means they can be isolated. . It is a clean data source that can be translated and used as a tool for machine learning systems.

While the headset is a big part of the portfolio, the industry doesn’t just make and share it: “Our experience is that providing a full -featured headset software makes it easy to make and install. brain activity such as connecting to GPS .or health data, “Levy said.

Images available: lolo.space

Of course, wearing a helmet to make you look like Marvin the Martian isn’t something you do on your morning run, or while riding in your car or standing at your desk. It is a standard medicine. But as other advances in technology have brought health care providers into the home, that can change.

“We see this by questioning the effectiveness of installing a low -end GPS on an iPhone,” Levy explains. “The answer is the map is obvious, but the fact is that the developers have done more with it than road directions. That’s how we see what we’re doing, let’s face it. in modernization of brain function, we do not build use cases ourselves.

Of course if they don’t have the use cases in mind, they can’t afford four years of R&D. But they are looking at things like focusing on learning disabilities, symptoms of cognitive decline from diseases such as Alzheimers, and sports activity. The price of the headset will vary depending on demand and requirements, the company told me, though they won’t provide further details. To illustrate, bargain-bin settings are going under a lot, and researchers-researchers-doctors are running the $ 10K level, and brain.space is likely to fall in between.

The first public demonstration of the technology is as lightning as you can imagine: an experiment mounted on the International Space Station. Brain.space is joining Axiom-1, the first privately funded mission to the ISS, where exciting experiments and projects will take place on board.

Participants will use the head -to -skin training while performing multiple tasks, and then repeat those tasks in different ways while on the surface. ISS. The team explained the purpose of the experiment as follows:

Brain.space has set itself the goal to become the norm for focusing on neuro-wellness in the air.

While data collection is being carried out for various physiological measurements, such as heart rate, galvanic skin resistance, and muscle mass, there is currently no high -quality longitudinal data on the symptoms. neural changes in long -term space missions. It is important to know how to evaluate daily plastic changes in the brain and predict how the brain will adapt to long -term space travel.

They’re not the first to think about this – NASA and other space agencies have been doing all sorts of experiments for years, but according to the brain.space guide, it’s the ones with old school equipment . This is not only a test of cognitive function in space, but a testament to the idea that cognitive function can be tested in space with minimal difficulty. No one wants to clear their head of a weekly cognitive load test on a 3 -month trip to Mars.

In addition to headlines and testing, brain.space announces that it has raised $ 8.5 million worth of products led by Mangrove Capital Partners (no other name). Medical R&D is not easy to do, but there is a market for this in and out of telehealth and performance monitoring. We need to hear more about the specific benefits of the head in participating in public testing.

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