Fractal Antenna Systems announced that its CEO and founder, Nathan Cohen, will be honored with the first Arno Penzias Award by the Radio Club of America (RCA) in recognition of his groundbreaking basic science contributions to the field of radio science. This prestigious award is named after Nobel Laureate Arno Penzias, whose discovery of cosmic microwave background radiation revolutionized our understanding of the universe.
Cohen, a visionary in fractal antenna technology and metamaterials, is known for reshaping modern science with innovations that have had far-reaching impacts across defense, aerospace, telecommunications and more. His pioneering work includes the invention and development of fractal resonators and antennas, which have enhanced the efficiency and performance of a wide array of devices, as well as the invisibility cloak, a groundbreaking example of the practical applications of metamaterials.
“I am deeply honored to receive this recognition,” said Cohen. “What began as an experimental curiosity with fractals has transformed into a foundational shift in the way we approach physics, RF and optics. To see these ideas grow from my early experiments into real-world applications and areas of research is a testament to the power of innovation."
Cohen’s explorations into fractals revolutionized the basic science of scattering and resonators, which have resulted in more than 4,500 scholarly publications globally. His groundbreaking work on metamaterials and the invention of the invisibility cloak — likened to the fictional device from Harry Potter — has captured the imagination of both scientists and the general public alike.
“Dr. Cohen’s innovations have opened entirely new fields of exploration in radio science,” said David Bart, president, RCA. “His work on fractal antennas and metamaterials exemplifies the spirit of scientific curiosity and technological advancement that the Penzias Award celebrates.
”For over three decades, Fractal Antenna Systems has been a leader in leveraging Cohen’s discoveries to create cutting-edge solutions for industries ranging from defense to telecom. Under Cohen’s leadership, the company continues to push boundaries in phased array systems, public safety technologies, metamaterials and advanced communication systems.
The Penzias Award ceremony will take place at the RCA’s annual gala on November 23, where Cohen will formally accept the award.
Citing increased demand, Fractal Antenna Systems, Inc. today announced it has increased its production of the Symphony-SP™ antenna. Already known in the industry as the ‘go to antenna’ for 5G midband, the Symphony-SP™ has become the antenna of choice for large venues, especially stadium installs.
Notes CEO Nathan Cohen: “Carriers and installers have rapidly discovered that the Symphony-SP™ is the antenna they need now, and in the future, with its wideband performance covering all US commercial cellular frequencies in usage, including in the 3-5 GHz range, and beyond.”
For inquiries on pricing, ship dates, and availability email: ncohen@fractenna.com.
This Spring Fractal Antenna Systems (“FRACTAL“) will be increasing antenna production capabilities, the Massachusetts based antenna manufacturer has announced.
According to Fractal CEO Nathan Cohen, “We have outgrown our existing manufacturing facilities due to strong customer demand for public safety and telecom antennas. Since we are not dependent on international supply chain bottlenecks, we can serve our customers with locally sourced products while maintaining competitive pricing.
The new facility (shown at the start of build-out) will feature increased floor space, allowing for production of several antenna lines simultaneously, quality control inspection, and expanded space for research and development.
Adds Cohen, “Fractal based technology enables our world-class in-house production capabilities. Our extensive patent portfolio, combined with almost 30 years of design and manufacturing experience, has allowed us to earn the trust and respect of our customers and markets globally. We are there, as always, for them.
”In addition to the firm’s fractal technology advantages, FRACTAL uses its patented proprietary 3D printing technology to leverage their American based production capabilities. “FRACTAL uses the next generation in antenna production, and our customers see those benefits today.”
The latest issue of the online magazine IEEE Insights repeats itself—on many scales. Highlighting the global use of fractals as antenna elements, the article celebrates the third of a century landmark for fractal antennas and their inventor, FRACTAL’s CEO Nathan Cohen.
See: Why Mobile Phones Can Do So Many Things: The Invention of The Fractal Antenna
Cohen notes: “Its been a crazy journey and it’s fun to see the world-changing invention and the inventor properly attributed. But, I am not a mere historical figure, as in the Monty Python sketch: ’I’m not dead yet’. In fact, I am doing my very best work right now. It’s an exciting time." Cohen is still ahead on the fractal front, with his 79th US patent now in allowance. FRACTAL’s new metamaterial inventions & technologies present enabling opportunities for growth industries in autonomous vehicles, satellites, superconductivity, optics, telecommunications, energy, radar, and electronics, among others. “It started with bending a piece of wire and a aluminum foil cutout. Where it is going is a new world of progress for everyone”, states Cohen.
BEDFORD, Mass.--Fractal Antenna Systems today reported that it has successfully increased production capacity for its world renowned in-building public safety/ERRCS antennas. FRACTAL’s proprietary technologies enable antennas with high performance in market leading form factors. Featuring wideband VHF, UHF, and 700/800MHz coverage for public safety frequencies in compact sizes with competitive pricing, Fractal’s ‘UA’ series public safety DAS antennas (including its popular UACM-V & UASM-V models) have become ubiquitous in municipal & commercial buildings, universities, residential buildings, transportation facilities, hospitals, factories, and datacenters.
BEDFORD, Mass.--(BUSINESS WIRE)--Fractal Antenna Systems, Inc. (FRACTAL) today announced its first sales for the “Symphony-SP” – a new and innovative directional antenna solution for sub-6GHz 5G sector coverage in stadiums and high capacity venues. The Symphony-SP represents a material improvement to existing solutions, delivering wideband coverage in a highly reduced size and weight. The Symphony-SP provides broadband MIMO coverage from 617MHz to 6GHz, with coverage of all key licensed and unlicensed bands – including GSM, LTE, 5G, CBRS, WiFi, C-Band, and LAA. And this coverage comes in a surprisingly small package. The Symphony-SP weighs in at less than 10 lbs and wields a footprint of less than 13”x13”...
BEDFORD, Mass.--(BUSINESS WIRE)--Fractal Antenna Systems, Inc. (FRACTAL) today announced upcoming issuance of a fundamental patent on unidirectional antennas, that replace existing applications with smaller, more versatile and visually pleasing options and form factors. The breakthrough is made possible by the firm’s proprietary fractal and metamaterial technology. Close-packing of the fractals makes this a metamaterial, producing a unique composite: a ‘fractal metamaterial,’ that enables wave bending, gain, and control in ways previously not attained. The new fractal metamaterial technology offers a superior alternative to Yagi-Uda antennas.
BEDFORD, Mass.--(BUSINESS WIRE)--Smart roads with self-driving vehicles are an innovation with big problems to solve. Now, Fractal Antenna Systems, Inc. (FRACTAL) reports it has solutions to make road tags brighter to vehicular radar, for improved driverless tracking, and enabling the antiquation of LIDAR systems. The solutions also enable unique advantages for future flying cars/taxis, and even satellites. While reducing the reflected “scattering” to a radar signal, FRACTAL not only found a way to make the reflections disappear, but also found other unique fractal-based solutions that actually enhanced radar reflection. Such unusual reflectors are now called “superscatterers”.
The Radio Club of America, the world’s oldest and most prestigious group of wireless professionals, has announced that FRACTAL’s CEO Nathan Cohen will receive the Lee DeForest Award at the organization’s annual banquet. Cohen’s prolific innovative efforts have led to wide uses of fractal antennas, fractal metamaterials, and related inventions, which he invented over the course of 30 years. Their implementation on the world stage has saved lives, made living easier, and enabled a new generation of modern wireless and electronics. Cohen has also received wide recognition for his invention of the invisibility cloak and created a new field of technology in that process. He holds 50 U.S. patents...
Today we bolstered our in-building DAS portfolio by introducing the UACM-SP - a wide-band, low-PIM omni-directional DAS and Public Safety antenna. The UACM-SP is the latest model in our flagship UACM wideband product family. It delivers continuous performance from 350MHz - 6GHz, with unity or better gain for all key public safety and cellular bands. This wideband performance makes it the perfect antenna to "future-proof" your system.
BEDFORD, Mass.--(BUSINESS WIRE)--Fractal Antenna Systems, Inc. today confirmed the issuance of its newest patents, enabling the next generation of stealth-like invisibility, and absorptive shielding, with commercial applications as well as defense options. Recently issued patent 10,027,033 is a continuation of that state of the art innovation. It discloses a novel means of turning invisibility cloaks on and off, by changing the characteristics of a boundary layer...
BEDFORD, Mass.--(BUSINESS WIRE)--Fractal Antenna Systems, Inc. today confirmed the issuance of its newest patents, enabling the next generation of stealth-like invisibility, and absorptive shielding, with commercial applications as well as defense options. Recently issued patent 10,027,033 is a continuation of that state of the art innovation. It discloses a novel means of turning invisibility cloaks on and off, by changing the characteristics of a boundary layer...
BEDFORD, Mass.--(BUSINESS WIRE)--A spinoff of invisibility cloak technology has finally seen the lights and glitz of Las Vegas, as Fractal Antenna Systems, Inc. (FRACTAL) debuted its breakthrough fractal metamaterial technology (FM/R) at the CES. Looking like a prop from a futuristic movie, the FM/R technology was a showcased innovation, with its unique ability to improve RF performance in wireless platforms, enhance existing wireless devices, and enable new ones previously unattainable.
BEDFORD, Mass.--(BUSINESS WIRE)--Fractal Antenna Systems today confirmed that it has developed a new proprietary antenna technology with broad applications, particularly in point to point access with directional antennas. The new technology is enabled by the firm’s fractal metamaterial discoveries and inventions. Fractal metamaterial devices are populated by closely packed ‘self similar’ shaped electromagnetic structures. Developed by the firm, the use of fractal metamaterials has already resulted in a broad range of critical attributes. Now magnification ability publicly joins the list of essential practical advantages.
BEDFORD, Mass.--(BUSINESS WIRE)--Today’s world is run on batteries, and keeping batteries going is a major technical challenge. For decades battery improvements have been ‘recipe’ driven, searching for exotic compounds to improve capacity and lifetime. Now, Fractal Antenna Systems (FRACTAL) reports a new approach with invention of batteries that have greater performance through geometry, using fractals and self-complementarity.
Wearable fractal antennas were first used in the US military, where Fractal Antenna Systems (the inventor of fractal antennas) used its patented IP to come up with antenna solutions for critical solutions. Not only has the firm created wearable fractal antennas, its baseline of experience on these garment-oriented antennas extends over 15 years. Furthermore it owns the source patent (7,830,319) for such garment fractal antennas, and has several pending patents as well.
Fractal antenna systems has just been issued an NOA by the patent office, signaling the imminent issuance of the fundamental patent on fractal metamaterials. Heat dissipation and power transfer are two of many, key new uses, which also has the broad ’source patent’ independent claim. Nathan Cohen notes: “This is a fundamental piece of applied physics with important applications in technology. Much of this has been independently verified post-invention, by university researchers across the globe. It is humbling and exciting to be the source inventor, and I am grateful for this recognition by the issuance of the patent.”
Our FRACTAL CEO has co-edited a definitive collection on all things fractal, woven around the genius behind it all--Benoit Mandelbrot. Professor Michael Frame at Yale and Dr. Cohen compiled this expansive collection, a must-have for scholars, researchers, and fractal fans. Available at bookstores and on Amazon.
WALTHAM, Mass.--(BUSINESS WIRE)--A newly published study by an international group of researchers has shown that fractals, complex geometric shapes that repeat of many size scales, are making possible a new era in design and utility for conformal and worn electronics. Writing in the journal Nature, the research group, headed by Jonathan Fan, showed that fractals offer unique benefits functioning as circuits and antennas, especially in stretchable applications, such as on-body. This makes them a key innovation for future wireless applications with people in mind.
WALTHAM, Mass.--(BUSINESS WIRE)--Fractal Antenna Systems today divulged that it has filed patent on better methods for removing heat, and controlling its flow and direction. The technology uses tiny resonators made of self-scaled structures called fractals to form a virtual bridge to lead heat, or other electromagnetic radiation forms, controlling flow from one area to another. The resulting ‘heat transfer’ happens at the speed of light and can be superior to other methods such as convection, conduction, or ambient radiation loss.
WALTHAM, Mass.--(BUSINESS WIRE)--Fractal Antenna Systems, Inc. today disclosed that it has successfully rendered a man invisible. The firm’s new invisibility cloak hid a subject named Peter at microwaves over a wide bandwidth at high fidelity. This is the first time any large object has been rendered invisible and the first time a person has disappeared from view using invisibility cloak technology.
Waltham, MA — (3 February 2012) — WALTHAM, Mass.--(Feb 3, 2012) Rock concerts and sporting events just got the pick-up they needed – the antenna pick-up that is. Live entertainment shows have long been plagued with awkwardly-shaped, low-performance antennas used for wireless microphones and lighting controls. The solution for integrators, until now, has been to build the stage, or the arena, with more and more eyesore antennas just to get satisfactory coverage and performance. Now, Fractal Antenna Systems, Inc. (FRACTAL), with its partner Clair Global (Clair), introduces the solution: the CLAIR CF 1090 antenna.
Fractal Antenna Systems is a world leader in RF and electromagnetic innovation. Our fractal antennas and metamaterials allow us to deliver the top performing wideband RF solutions on the market. This superior performance makes our technology critical to enable the future of wireless.
