A biotech that wants to teleport energy to a single cancer cell - detect it, then heat it to death - while leaving the rest of you alone.
Here is a sentence that should not survive contact with a due-diligence meeting: we teleport energy to precisely selected microscopic locations inside the body. It has the cadence of a pitch that ends with someone quietly closing their laptop. And yet Holobeam Technologies, a 16-person company on Long Island, has been building a real business around exactly that sentence - and, more inconveniently for the skeptics, has a US patent with a number on it.
The number is 11,400,306. It covers what Holobeam calls Holographic Energy Teleportation, or HET, and the general idea is less mystical than the word "teleportation" suggests. Holography is the science of controlling waves so that they add up in some places and cancel out in others. Holobeam's claim is that you can arrange energy waves so they constructively interfere at one tiny point - a spot the size of a cell - while destructively interfering everywhere around it. Aim that hot point at a cancer cell, and in principle you cook the cell without cooking the neighborhood. The patent office, which is not famous for its sense of whimsy, agreed the method was novel enough to grant.
The founder is Gene Dolgoff, and his resume is the kind that makes an investor lean forward and lean back at the same time. He is widely credited with inventing the LCD projector. He founded Projectavision, took it onto NASDAQ, and reportedly returned 35x to investors in five years. He also says he conceived the Star Trek Holodeck and got it written into the shows, which is the sort of biographical detail that is either a charming aside or a warning label, depending on your mood. He holds more than 65 patents. When a man with 65 patents tells you he wants to teleport energy, the correct response is not "that's impossible." It's "show me the animal data."
The animal data is the part that keeps the story on the right side of credible. Holobeam says it has demonstrated HET, used its AdvaNan nanoparticles in animal models, and treated cancer in mice and dogs. That is not a cure, and the company is careful not to say it is. It is the pre-clinical stage every device company has to survive, the long unglamorous stretch between "the physics works on a bench" and "the FDA lets you point this at a human." Most companies that make bold claims never get here. Holobeam is here.
What makes the pitch genuinely interesting - as opposed to merely loud - is that it tries to do two jobs with one machine. Conventional oncology separates detection from treatment: one machine finds the tumor, another treats it, and the tumor usually has to grow to a visible size before anyone can act. Holobeam wants to collapse both into a single HET-based scanner that can find individual malignant cells and treat them in the same sitting. If that sounds like re-imagining what an MRI is for, that's because it is.
The elegant part of Holobeam's approach is the division of labor. The nanoparticles find the cancer; the holographic energy does the killing. Neither has to be perfect on its own, which is a more honest way to build a hard system than betting everything on one miracle component.
Non-toxic nanoparticles are bound to monoclonal antibodies that latch onto cancer-cell antigens. The antibodies don't need to neutralize anything - they just need to stick, dragging the nanoparticle to the malignant cell.
Because HET can gather data at microscopic locations, Holobeam says it can detect individual malignant cells - well before a tumor reaches the tenth-of-a-millimeter size conventional imaging typically needs.
HET focuses energy so it constructively interferes at one selected point and destructively interferes around it, heating only the tagged nanoparticles and sparing healthy tissue.
The localized heat is designed to boost radiation, chemotherapy, and hyperthermia - with a particular eye on tumors nobody can operate on, like glioblastoma multiforme.
Holographic Energy Teleportation - the patented core that focuses energy at precise microscopic locations for both imaging and treatment.
Non-toxic, antibody-bound particles that tag cancer cells so HET has something to aim at.
The combined method: detect individual malignant cells, then destroy them with targeted hyperthermia.
A next-generation MRI that both detects and treats, with or without nanoparticles.
A portable theranostic device meant to take detection and treatment beyond the MRI suite.
Holobeam is pre-commercial, so its "customers" are, for now, oncology researchers, medical institutions, and healthcare providers who would eventually run the machines. The business model is the classic deep-medtech shape: patent the physics, prove it in animals, partner your way toward the clinic, and raise money against milestones rather than revenue.
The people who stand to benefit, if it works, are patients with cancers that current tools catch too late or can't safely reach. Earlier detection is the whole game in oncology - a cell you can find is a cell you might treat before it becomes a tumor you can't. Pointing the earliest ambitions at glioblastoma, an inoperable brain cancer, is a way of saying the team would rather fail at something that matters than succeed at something that doesn't.
For a company this small, the advisory board does a lot of the credibility work. It includes MRI research directors from Yale, Minnesota, and Columbia, a distinguished CUNY physicist, an oncology institute director, and Anthony Tether, the former DARPA Director who once oversaw roughly $25 billion in research funding. You don't get that room for a company you think is nonsense.
Physicist and inventor of the LCD projector; 65+ patents; founded NASDAQ-listed Projectavision; taught optics and lasers at CUNY.
38-year registered nurse; 13 years as corporate secretary and board member at 3-D imaging firms.
30+ years across healthcare, media and entertainment; CPA since 1986; SEC filings and M&A advisory.
25+ years in R&D, engineering and M&A across Samsung, Nokia, Motorola and AT&T.
25 years in software, VR/AR and gaming; built products for Disney, Google, Microsoft and Activision.
Oncology institute director; professor of surgical oncology; 22 years at UT MD Anderson.
Gene Dolgoff delivers a TEDxFultonStreet talk on using holography to "teleport" energy to treat diseases.
An early angel round - $100,000 - lands as the company formalizes around HET and AdvaNan.
US Patent 11,400,306 issued for precision energy delivery via Holographic Energy Teleportation.
Crain's New York reports Holobeam raised roughly $16M to develop devices that detect and treat cancer.
Dolgoff says he conceived the Star Trek Holodeck and got it added to the shows. His cancer work is, in a sense, the sequel.
The LCD projector - the thing in every conference room - is credited to him.
Anthony Tether, who oversaw ~$25B in research funding, sits on the advisory bench of a 16-person startup.
His earlier company, Projectavision, reportedly returned 35x to investors before this act began.