By DAVID HENRY-HEWITTAPANDAA, The Associated Press A lab filled with alien tech has made some of its own discoveries.
Tech companies and researchers say they are using the technologies to help unlock new business models and new avenues for science.
The lab, housed in the Massachusetts Institute of Technology’s (MIT) Media Lab, is among the most powerful in the world, where it is using some of the most advanced technologies to produce new products.
Researchers have identified an alien technology that can create holograms of human tissue, said Marko Rokic, a co-founder of BioSpin, a company that produces medical devices and software.
BioSpine is one of a number of startups that have developed holographic technologies, or holograms, for the medical market.
They have the ability to recreate images or objects in the living room, or on a hologram screen.
It can be used in hospitals to record vital signs, detect the body temperature and produce an X-ray image, said Rokac.
The technology is a breakthrough because it has the potential to change how hospitals treat patients and how they work, he said.
Rokac said BioSpinel is a good example of the potential that holograms have for patients.
He said his company is developing a medical device that uses the technology to create a holographic image.
The holographic technology can also help doctors see if patients are sick, which can prevent the need for antibiotics.
BioSpinel was founded by two Harvard University researchers and a graduate student in bioengineering.
It is not the only company making holographic medical devices.
Other companies include BioSpink, which uses holographic images to provide health data to patients; HologaVision, a medical imaging technology company; and Gaze, a biotechnology company that creates holographic holographic glasses for patients to see.
BioLogix, a maker of medical software, also sells holographic headsets.
Holographic glasses are becoming increasingly popular as they can be produced in a matter of days and can be made at home for about $100, according to BioLogic, the company that made BioSpinal.
It has partnered with medical device maker MicroVision.
The two companies were looking to use holograms to help doctors and hospitals treat people who are in the ICU and cannot communicate.
The technology also has applications for hospitals that use scanners to help people with disabilities.
The images produced by the BioSpinoLab are produced using a process called photonic transfer, said Andrew Moll, a graduate researcher in bioarchitecture and materials science who works on the lab’s projects.
They are made of a material called graphene.
They can be combined with another material called glass to create an image, he explained.
They are also able to create holographic 3-D images that are more than just images of people.
They have the potential for applications in many areas, including medical imaging and robotics, Moll said.
He said that holographic health devices are also being tested in a clinical trial that is being conducted by the Massachusetts General Hospital.
The Massachusetts Institute for Technology (MIT), where BioSpinian’s technology was developed, is one part of the National Institutes of Health (NIH), which is funded by the Department of Defense.
The company is also a founding member of the Advanced Photonics Consortium, a group of companies that has developed medical holographic imaging technology.
It’s not the first time that a company has used holographic tools to create medical images, according, Rokics.
He noted that another company, MicroSpin Technologies, developed a holography device to create 3-d images of patients.
MicroSpin’s technology is designed to be able to reproduce the holographic vision of patients who are on a computer monitor, said John Lasko, Micro Spin Technologies’ chief technology officer.
In addition, Microspin’s software can generate an image of a person on a monitor and can also reproduce the eye movements of the person as he/she moves their head.
MicroSpinos software can be downloaded for free from the company’s website.
Other research labs at MIT include the Advanced Optical Materials Laboratory, where the technology was created, and the Biomedical Imaging Laboratory, which produces and uses holographs.