Vibration Control Technologies - Minus K In The News

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• Negative-Stiffness Vibration Isolation Supports Micron-Level Wafer Characterization Research at Northwestern University’s Hersam Research Group. The lab has pushed the limits of semiconductor wafer characterization in microscale electronic devices. Facilitating this research is Negative-Stiffness vibration isolation.
  - Minus K Technology, Inc.- Educational Giveaway, May 2025

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• Researchers at UC Irvine, Beckman Laser Institute F-OCT Group have developed an imaging technique that can monitor and measure small, mobile cilia structures in human airways. This SEIM system, supported by negative-stiffness vibration isolation, has been validated as a means of finding CBF in human upper airway mucosa, which can provide a quantifiable and standardizable means of evaluating mucosal pathophysiology, potentially having application across a diversity of clinical settings.
  - Medical Design Briefs, April 2025

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• Minus K Technology has to-date granted over $100,000 of its superior performing patented Negative-Stiffness low-frequency vibration isolators as they celebrate their tenth U.S. Educational Giveaway. This year Minus K congratulates the winners for the 2024/2025 giveaway
  - Minus K Technology, April 2025

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• Phonon Momenta Mapping at Atomic Resolution
  Mapping phonons, a quantum of energy quasiparticle associated with a compressional wave, in nanostructures is indispensable to the development and understanding of thermal nanodevices, modulation of thermal transport, and novel nanostructured thermoelectric materials. In crystals, which hold an ordered atomic structure, these phonon waves of atomic displacements tend to carry thermal energy equal to their frequency of vibration.
  - U.S. Tech, March 2025

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• Enhancing the Performance of Benchtop Transmission Electron Microscopes in Noisy Environments.
  The world’s only benchtop transmission electron microscope (TEM), from Delong Instruments, combines high-contrast imaging with nanoscale resolving power. Negative-stiffness vibration isolation enhances the performance of the instrument in vibration-challenged noisy environments.
  - Microscopy Today, January 2025

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• Supporting Sub-Angstrom Materials Research at Oak Ridge National Laboratory.
  Advancements in nanofabrication, pharmaceuticals, energy and aerospace follow breakthroughs in the understanding of materials. These breakthroughs unlock unique functionalities that create new pathways to design future devices.
  - U.S. Tech, January 2025

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• Minus K Technology's Educational Giveaway
  Minus K Technology has to-date granted over $75,000 of its superior performing patented Negative-Stiffness low-frequency vibration isolators to the following universities in for their U.S. Educational Giveaway
  - Microscopy Today, January 2025

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• Visualization of tracheal ciliary patterns using spectrally encoded interferometric microscopy.
  A spectrally encoded interferometric microscopy system, combined with phase resolved Doppler optical coherence tomography, and supported by Negative-Stiffness vibration isolation captures and processes en face images of human ciliary beating in real-time.
  - Today's Medical Developments, December 2024

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• Supporting Sub-Angstrom Materials Research at Oak Ridge National Laboratory
  ORNL's Center for Nanophase Materials Sciences utilizes Scanning Transmission Electron Microscopy to analyze atoms in individual nanostructures, permitting the atomic structure of materials to be seen more clearly at atomic dimensions of smaller than one ten-billionth of a meter. Critical to this sub-angstrom research is Negative-Stiffness vibration isolation.
  - Commercial Micro Manufacturing, November 2024

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• Single-molecule Microscopy Techniques and Negative-Stiffness Vibration Isolation Support DNA Superstructure Research at the University of Texas, Dallas
  Imaging of samples using single-molecule microscopy is particularly challenged by Z-axis (vertical) noise, requiring a high-performance level of vibration isolation. Research into applications involving imaging and characterization of DNA and protein-DNA complexes, being performed at the University of Texas at Dallas, rely on atomic force microscopy supported by precision Negative-Stiffness vibration isolation.
  - Minus K Technology, Inc.- Educational Giveaway, November 2024

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• Minus K Technology is Giving Away Negative-Stiffness Vibration Isolators to Colleges within the U.S.
  With more than 30 years supporting academia, Minus K is giving away $25,000* worth of its low-frequency Negative-Stiffness vibration isolators to colleges in the U.S. Requiring no air or electricity, these vibration isolators are used by more than 300 universities and government laboratories worldwide, in support of atomic force microscopes, electron microscopes, interferometers, laser optical systems, micro hardness testers, and other specialized equipment needing vibration isolation.
  - Commercial Micro Manufacturing, November 2024

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• Minus K is Giving Away Negative-Stiffness Vibration Isolators to Colleges in the U.S.
  Minus K Technology has to-date granted over $75,000 of its superior performing patented Negative-Stiffness low-frequency vibration isolators to the following universities in for their U.S. Educational Giveaway
  - US Tech, November 2024

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• Negative-stiffness vibration isolator enables space laser communications
  NASA's Lunar Laser Communications Demonstration is a viable alternative to replace traditional radio communications in space.
  - Aerospace Manufacturing and Design, September 2024

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• Negative-Stiffness Vibration Isolation, Enables Research into Sub-Micron Technology
  This enabling technology developed by Minus K Technology is capable of isolating sub-Hertz frequencies and enables precision research at the sub-atomic level.
  - Commercial Micro Manufacturing, September 2024

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• Negative Stiffness Vibration Isolation Supports Atomic Force Microscopy.
  University of Wisconsin - River Falls campus condensed matter physics studies advanced laboratory class fuses their AFM for inspecting lithographically patterned metal films using thermal evaporation and patterning with photolithography.
  - US Tech, September 2024

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• Vibration isolation platform does not require electricity
  The negative-stiffness CT-10 passive vibration isolator measures just over 12.5 x 2.7 in
  - Laser Focus World, August 2024

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• Minus K Technology Announces Announces Its Nineth U.S. Educational Giveaway of Vibration Isolators to Colleges and Universities
  Minus K is giving away $25,000 dollars worth of our patented superior performing negative-stiffness low-frequency vibration isolators to colleges in the United States.
  - U.S. Tech, August 2024

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• Negative-Stiffness Vibration Isolation, Enables Research into Sub-Micron Technology.
  The forefront of a technological evolution with sub-micron research in the fields of microelectronics, laser/optical systems, life sciences, materials, aerospace and biological research. Underpinning this research is the necessity for extremely low-Hertz vibration isolation of our most critical instrumentation to facilitate its operation at atomic-scale resolution.
  - U.S. Tech, July 2024

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• New Ultra-Thin, Low-Frequency Vibration Isolation Platform
  The new model CT-10 passive isolator provides the industry's thinnest low-height, low-frequency isolator for Microscopy
  - LabX, June 2024

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• New Ultra-Thin, Low-Frequency Vibration Isolation Platform
  The new model CT-10 passive isolator provides the industry's thinnest low-height, low-frequency isolator for Microscopy
  - Lab Manager, June 2024

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• Negative-stiffness vibration isolation, enabling research into the sub-microns
  From the discovery of exoplanets to the characterization of nanoparticles, much of our most advanced technological research relies on ultra-sensitive vibration isolation systems. The best of these is capable of isolating sub-Hertz frequencies and enables precision research at the sub-atomic level. On the forefront of this enabling technology is Negative-Stiffness vibration isolation developed by Minus K Technology
  - Today's Medical Developments, June 2024

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• New CT-10 Isolation Platform for Low-Frequency Vibration Isolation
  The new passive Negative-Stiffness tabletop vibration isolation platform provides the industry's thinnest low-height, low-frequency isolator for Microscopy
  - Outsource!, June 2024

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• Problem Solved - How Are Minus K Products/Solutions Used In Overcoming Challenging Situations
  The National Aeronautics and Space Administration (NASA) had a serious problem. The James Webb Space Telescope (JWST) was designed to work in space where the disturbances are highly controlled and only come from the spacecraft. While the telescope was on Earth being tested all the ground-based disturbances, such as the pumps and motors, and even traffic driving by could affect the testing.
  - Easy Engineering Online, June 2024

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• Low-Frequency Vibration Isolation Stabilizes Scanning Tunneling Microscopy Research of Nanoscopic Materials at Purdue University's Claridge Research Group
  The Claridge Research Group, a nanotechnology research unit within Purdue University's Department of Chemistry, relies on Negative-Stiffness vibration isolation to provide stability for its nanometer-level research which employs scanning tunneling microscopy (STM). The STM, which incorporates microwave frequency bias modulation, is used to extract structural information from proteins and other complex molecules to optimize the performance of nanoscopic materials and to better understand membrane protein structure.
  - Minus K Technology, Inc.- Educational Giveaway, June 2024

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• Vibe check: testing components for satellite-environment readiness
  Developed by the National Physical Laboratory for the European Space Agency, the micro-vibration platform is used to measure internal vibrations and test satellite components under a range of controlled vibration conditions. This ensures they can operate correctly in a satellite environment without affecting other sensitive systems. The platform is so sensitive it can measure the force of a single dropped feather and reduce the effects of vibrations coming from waves of the nearby North Sea.
  - Minus K Technology, April 2024

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• With over thirty years in business, Minus K Technology has to-date granted over $75,000 of its superior performing patented Negative-Stiffness low-frequency vibration isolators through their U.S. Educational Giveaway. This year Minus K congratulates the winners for the 2023/2024 giveaway
  - Minus K Technology, April 2024

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• Negative-Stiffness Vibration Isolation Improves Patch Clamping in Electrophysiology Research
  Unique vibration isolation solution improves quality of microscopy data sets, and preserves and protects glass micropipettes in electrophysiological research at the McCloskey Laboratory, College of Staten Island, City University of New York.
  - Minus K Technology, Inc.- Educational Giveaway, January 2024

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• New Ultra-Thin CT-10, Compact Low-Height, Low-Frequency Vibration Isolation Platform Adapts to Space Constraints in Critical Micro- and Nano-Microscopy
  The new ultra-thin, low-height model CT-10 passive isolator - the more compact than the CT-2 to fit in much smaller spaces at just over 12.5 inches square. The completely passive tabletop unit is 2.7 inches in height, yet delivers 1/2 Hz vertical natural frequency, and ~1-1/2 Hz horizontal natural frequencies - considerably more low-frequency vibration isolation performance compared to air tables and active systems. The CT-10 utilizes Minus K's breakthrough patented technology that led to a Laser Focus World 2019 Innovation Award.
  - Minus K Technology, Inc., January 2024

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• Ultra-Low Vibration Lab facilitates nanoengineering discoveries.
  Supporting these discoveries are ULVL's negative-stiffness vibration isolation platforms, designed by Minus K Technology, which have enabled record low vibration levels in all ULVL chambers ranging from VC-K to VC-M at frequencies above 2.5 Hz.
  - U.S. Tech, November/December 2023

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• Vibration Isolation Supports the Search for Memory in Soft, Amorphous Solids.
  The Soft Mechanics Laboratory at California Polytechnic State University (Cal Poly is researching soft, amorphous solids like foams, concentrated emulsions and bulk metallic glasses to determine whether these materials remember deformations that were applied repeatedly in the past, and how this information could be encoded in their microscopic structure and behaviors.
  - Minus K Technology, Inc.- Educational Giveaway, October 2023

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• Minus K Technology Announces Announces Its Eighth U.S. Educational Giveaway of Vibration Isolators to Colleges and Universities
  Minus K is giving away $25,000 dollars worth of our patented superior performing negative-stiffness low-frequency vibration isolators to colleges in the United States.
  - Minus K Technology, Inc., August 2023

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• Full-field optical coherence technology. Integrating digital images, data lakes, machine learning (ML), and artificial intelligence (AI), CelTivity uses two proprietary technologies integrated that delineate tissue microstructures and intracellular activity. CelTivity provides real-time cancer diagnostics of freshly excised cells and tissue in the operating room and private practice labs, effectively expanding advanced diagnosis capabilities.
  - Today's Medical Developments, July 2023

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• Vibration Isolation Improves Specimen Examination at the Natural History Museums of Los Angeles County
  The museums' microscope is supported by negative-stiffness vibration isolation, which enables precise clarity of specimens being viewed at high magnification and high resolution
  - Lab Manager, July 2023

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• Fighting Cancer with Real-Time Diagnostics
  A Real-Time diagnostics solution has recently been cleared by the FDA. The results would allow clinicians intraprocedural identification and interpretation to properly assess tissue samples for adequacy. Developed by Aquyre Biosciences after a decade of research, CelTivity™ provides real-time cancer diagnostics in the operating room and private practice labs.
  - Medical Design Briefs, June 2023

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• Negative-Stiffness Vibration Isolation Aids High-Resolution Microbalancing
  The California Polytechnic State University (Cal Poly), San Luis Obispo Materials Engineering Department provides extensive hands-on experience for its students, with state-of-the-art materials characterization and testing techniques, including dynamic mechanical analysis, hardness testing, tensile testing, optical microscopy and image analysis, thermogravimetric analysis, X-ray florescence, environmental scanning electron microscopy, metallographic image analysis. Fourier-transform infrared spectroscopy (FTIR), and differential scanning calorimetry.
  - U.S. Tech, June 2023

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• Keck Planet Finder (KPF), in search of exoplanets.
  KPF was designed from the ground up to track the spectral fingerprints of stars to better than one part-per-billion precision. Astronomers have confirmed more than 5,000 exoplanets orbiting distant stars. There are a few aspects that are needed to characterize an exoplanet. One is the size of the planet, and the other is the mass of the planet.
  - R&D World, April 2023

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• Combining laser scanning and spectroscopy for enhanced nanolithography patterning
  AFM probe for semiconductor patterning, equipped with an aluminum nitrate laser nanowire used as a lithographic tip, allows traditional laser scanning to be performed along with spectroscopy to record a material's fluorescence signal.
  - Laser Focus World, April 2023

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• Celebrating its thirtieth year in business, Minus K Technology has to-date granted over $65,000 of its superior performing patented Negative-Stiffness low-frequency vibration isolators through their U.S. Educational Giveaway. This year Minus K congratulates the winners for the 2022/2023 giveaway
  - Minus K Technology, March 2023

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• Negative-Stiffness Vibration Isolators Support Research on Gravitational Waves
  More than 100 years ago, Albert Einstein portrayed a completely new picture of our world in his General Theory of Relativity. This theory, in contrast to Newton, postulates that gravitation is not a force, but a consequence of the geometry of space and time, and that big masses like stars and galaxies deform space-time around them.
  - U.S. Tech, March 2023

2022 Articles

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• Vibration Isolators Aid Detection and Measurement of Gravitational Waves
  Extensive research over the past several decades has produced extremely advanced interferometric techniques, providing a means to observe phenomena in the universe that previously could not be studied otherwise. Scientists at GEO600 have pushed research into interferometry related technologies to their limits, encompassing laser stabilization, absorption-free optics, control engineering, vibration damping, and data acquisition and processing.
  - Design World, November 2022

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• Space Telescope Vibration Isolation Optimizes Image Clarity. The Roman Space Telescope includes a Coronagraph Instrument that is a multi-layered and highly complex piece of technology, consisting of a system of masks, prisms, detectors, and two self-flexing mirrors (deformable mirrors). These mirrors are active components, changing their shape in real time to accommodate incoming light to compensate for tiny changes in the telescope's optics and observatory vibrations.
  - U.S. Tech, November 2022

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• Minus K Announces Its Seventh U.S. Educational Giveaway of Vibrations Isolators to Colleges and Universities
  Minus K Technology's Educational Giveaway of $25,000* worth of Vibrations Isolators to U.S. Colleges and Universities
  - EIN Newsdesk, October 2022

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• Minus K Announces Its Seventh U.S. Educational Giveaway of Vibrations Isolators to Colleges and Universities
  Over the past 29 years, Minus K Technology has had the privilege of working with businesses, universities and laboratories all over the world, supplying superior vibration isolation products for research within universities, aerospace, audio reproduction, crystal growth, neuroscience, biology, chemistry, physics and a number of other fields. As we celebrate our upcoming 30 years in business with these successful partnerships we are happy to re-launch our Educational Giveaway and plan give $25,000* dollars worth of our patented superior performing negative-stiffness low-frequency vibration isolators to colleges in the United States.
  - Minus K Technology, October 2022

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• NASA'S Ice, Cloud and Land Elevation Satellite-2 (ICESat-2) used Advanced Topographic Laser Altimeter System (ATLAS) a space-based LIDAR (Light Detection and Ranging) system to measure loss of the floating ice shelves around Antarctica and its ice sheet losses.
  ATLAS was tested in a thermal vacuum chamber with four vacuum compatible Minus K 800CM-1CV negative-stiffness vibration isolators to support the ATLAS instrument for testing in both extreme heat and extreme cold temperatures.
  Design World -Aerospace/Defense, April 2022

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• Graphene sheets & layers vibration isolation within quantum electronics research, using Negative-Stiffness isolation from Minus K for better understanding the character and properties of graphene, and similar two-dimensional materials, will advance their integration into improvements for semiconductors, electronics, photovoltaics, battery energy storage and many other applications
  U.S. Tech - Special Features: Manufacturing Services, April 2022

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• Negative-Stiffness Vibration Isolation Aids Quantum Electronic Research.
  Better understanding the character and properties of graphene, and similar two-dimensional materials, will advance their integration into improvements for semiconductors, electronics, photovoltaics, battery energy storage and many other applications.
  U.S. Tech - Test and Measurement, March 2022

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• University of California Merced relies on negative stiffness vibration isolator from Minus K Technology to conduct accurate research into microscale friction.
  Utilizing a linear-reciprocating microtribometer to characterize different materials for their friction properties under different loading and sliding speed conditions.
  Commercial Micro Manufacturing International, February 2022

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• Minus K's Negative Stiffness Vibration Isolators Made It Possible For The James Webb Space Telescope To Blast Off On Its Mission To Outer Space. The James Webb Space Telescope (JWST) has taken 30 years, extreme cryogenic vacuum testing and Close To 10 billion dollars to develop. It is being described as one of the grand scientific endeavors of the 21st Century
  - Minus K Technology, Inc., January 2022

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• Vibration isolation technique supports spacecraft ground testing. Negative-Stiffness vibration isolation has played an integral role in supporting systems for ground testing and development of spacecraft and components, both inside and outside of vacuum chambers.
  Motion Control Tips - A Design World Resource, December 2021

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• Vibration Isolation Facilitates Scanning Probe Nanolithography Patterning
  -U.S. Tech, November 2021

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• Negative-Stiffness Vibration Isolation Enables Precision Helix One And Helix Two Turntable Performance
  The DÖHMANN AUDIO Helix One and Helix Two turntables integrate the advanced technology of Negative-Stiffness vibration isolation to provide the ultimate in noise suppression, and deliver the micro-signals buried in the vinyl grooves of LPs
  - Mono & Stereo, September 2021

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• An Interview With Ken Fritz On Eliminating Vibration In High-End Audio Playback
  Audiophile, Ken Fritz, talks about the critical nature of eliminating vibration in audio playback, and how technology solutions like Negative-Stiffness vibration isolation have enabled the exceptional performance of his latest, quite unique and much applauded, high-end home audio system.
  - The Analog Dept., September 2021

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• Optimizing Vibration Isolation for Precision 3D Surface Analysis
  High-precision 3D non-contact surface analysis measurement systems operating in high-vibration environments, performing microscopy evaluation at 30,000 times magnification, looking at nanometer-level surface features, reducing vibrations improves data quality.
  - Metrology News, September 2021

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• An Interview With Ken Fritz On Eliminating Vibration In High-End Audio Playback
  Audiophile, Ken Fritz, talks about the critical nature of eliminating vibration in audio playback, and how technology solutions like Negative-Stiffness vibration isolation have enabled the exceptional performance of his latest, quite unique and much applauded, high-end home audio system.
  - Mono & Stereo, September 2021

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• What's Under Your Turntable,,,!
  The signal can be dirtied with the noise of vibrations coming up through the platter and mat holding the LP
  - The Analog Dept., September 2021

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• Revolve Hybrid Compound Microscope Uses Negative-Stiffness Vibration Isolation To Stabilize Imaging In Vibration-Challenged Environments
  - Industry USA, June 2021

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• Since the release of the first commercial atomic force microscope (AFM) about 30 years ago, technology advances have steadily been implemented to improve their performance. Now, the most recent advance in ambient-temperature AFMs is making them more compact, portable and user-friendly, which is enabled by Negative-Stiffness vibration isolation.
  - Industry USA, June 2021

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• Revolve Hybrid Compound Microscope Uses Negative-Stiffness Vibration Isolation To Stabilize Imaging In Vibration-Challenged Environments
  - Industry USA, June 2021

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• Recent advances in fiber optic sensing systems provides greater insight for O&G well completions and production operations.
  Distributed acoustic sensing (DAS) senses changes in small physical acoustic vibrations along a glass fiber optic strand encased in a cable to measure vibrations. There are thousands of detection points along the fiber in the subsurface fiber optic cable.
  - Industry USA, June 2021

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• Revolve Hybrid Compound Microscope Uses Negative-Stiffness Vibration Isolation To Stabilize Imaging In Vibration-Challenged Environments
  - Smart Building Mag Online, June 2021

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• Since the release of the first commercial atomic force microscope (AFM) about 30 years ago, technology advances have steadily been implemented to improve their performance. Now, the most recent advance in ambient-temperature AFMs is making them more compact, portable and user-friendly, which is enabled by Negative-Stiffness vibration isolation.
  - Industry USA, June 2021

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• Revolve Hybrid Compound Microscope Uses Negative-Stiffness Vibration Isolation To Stabilize Imaging In Vibration-Challenged Environments
  - Industry USA, June 2021

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• Recent advances in fiber optic sensing systems provides greater insight for O&G well completions and production operations.
  Distributed acoustic sensing (DAS) senses changes in small physical acoustic vibrations along a glass fiber optic strand encased in a cable to measure vibrations. There are thousands of detection points along the fiber in the subsurface fiber optic cable.
  - Industry Asia Pacific, June 2021

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• Since the release of the first commercial atomic force microscope (AFM) about 30 years ago, technology advances have steadily been implemented to improve their performance. Now, the most recent advance in ambient-temperature AFMs is making them more compact, portable and user-friendly, which is enabled by Negative-Stiffness vibration isolation.
  - Electronics USA, June 2021

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• Revolve Hybrid Compound Microscope Uses Negative-Stiffness Vibration Isolation To Stabilize Imaging In Vibration-Challenged Environments
  - Industry USA, June 2021

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• Recent advances in fiber optic sensing systems provides greater insight for O&G well completions and production operations.
  Distributed acoustic sensing (DAS) senses changes in small physical acoustic vibrations along a glass fiber optic strand encased in a cable to measure vibrations. There are thousands of detection points along the fiber in the subsurface fiber optic cable.
  - Industry EMEA, June 2021

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• Revolve Hybrid Compound Microscope Uses Negative-Stiffness Vibration Isolation To Stabilize Imaging In Vibration-Challenged Environments
  - Electronics USA, June 2021

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• Since the release of the first commercial atomic force microscope (AFM) about 30 years ago, technology advances have steadily been implemented to improve their performance. Now, the most recent advance in ambient-temperature AFMs is making them more compact, portable and user-friendly, which is enabled by Negative-Stiffness vibration isolation.
  - Smart Building Mag Online, June 2021

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• Recent advances in fiber optic sensing systems provides greater insight for O&G well completions and production operations.
  Distributed acoustic sensing (DAS) senses changes in small physical acoustic vibrations along a glass fiber optic strand encased in a cable to measure vibrations. There are thousands of detection points along the fiber in the subsurface fiber optic cable.
  - Oil & Gas Engineering, May 2021

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• Eliminating low-frequency vibration without electricity, compressed air. Minus K negative-stiffness vibration isolation counteracts low-level building noise, supporting smaller, more affordable genomic sequencers
  - Today's Medical Developments, December 2020

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• Michael Fremer's review of SAT's remarkable XD1 record-player system with Minus K CT-1 vibration isolator
  SAT XD1: The Best 'Table Ever?
  - Stereophile Analog Corner, December 2020

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• Negative-stiffness versus active vibration isolation for critical nano-precision applications. The need for nano- precision has became increasingly important in many fields of research and manufacturing, inducing microelectromcs fabrication, laser/optical system applications and biological research. This has meant that so too has the need for vibration Isolation technology that better facilitates the operation of sensitive Instrumentation such as atomic force microscopes, scanning tunneling microscopes laser interferometers and optical profilers.
  - Commercial Micro Manufacturing, December 2020

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• Charting New Depths for Understanding Friction in Micromachines. Researchers at St. Olaf College use a uniquely designed, integrated nanoindenter-quartz microbalance to study at a micromechanical Level. This micro-research requires extreme stability for the microbalance instrumentation the lab has used negative-stiffness vibration isolation to achieve a high level of isolation in multiple directions.
  - Microscopy Today, November 2020

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• Ultrathin vibration-isolation platform
  Minus K designed its CT-2 to be the thinnest low-frequency-vibration passive isolator for micro- and nanomicroscopy. Its negative-stiffness isolation aims to minimize the low-frequency vibrations that can be problematic for sensitive instrumentation, particularly at the nanometer level, without involving compressed air or electricity.
  - Physics Today, November 2020

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• You might have thought, maybe for only a few moments, that your audio system was sounding especially good. With that feeling, you would have rated the sound a top score of "10". Then those magical moments ended and your system returned to it's normal - but still good - performance level. Well, folks, the Minus K CT-2 Isolation Platform could raise your system score to an "11" and keep it there! Highly recommended for systems that are already high performance and where you want to coax the maximum performance from your audio investment.
  - 10 Audio , October 2020

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• Achieving Vibration Isolation for 3D Surface Analysis. High-precision, nanometer-level 3D surface measurement systems can be negatively affected by low-frequency vibration-distorting imaging and producing inaccurate measurement readings.
  - New Equipment Digest, September 2020

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• Ultra-Thin Vibration Isolation Platform Debuts for High-End Audio Playback. The just-released model CT-2 completely-passive tabletop vibration isolation platform, from Minus K Technology, with no air or electric power required, represents the latest state-of-the-art option for audiophiles' realization of the full dynamic playback potential from their turntables, CD transports and other high-end audio components.
  - Ecoustics, September 2020

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• Negative-Stiffness Vibration Isolation Facilitates Micron-Level Optical Photopatterning Research into Organic Photovoltaic Performance. The Moule Group, at the University of California Davis, is interested in the solution processing and patterning of organic electronic materials for use in devices such as light-emitting diodes, photovoltaics, transistors, thermoelectric, and chemical sensors.
  - Labcompare, September 2020

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• IMPROVING SOUND QUALITY WITH THE LATEST TECHNOLOGY IN VIBRATION ISOLATION
  - MonoandStereo.com, August 2020

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• DESIGN AND BUILD - HI TECH MANUFACTURING, Vibration isolation: Negative stiffness vs pneumatic systems
  - Cleanroom Technology, July 2020

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• Minus K Technology intros next-generation negative-stiffness passive isolator. The CT-2 negative-stiffness passive isolator delivers 1/2 Hz vertical and ~1-1/2 Hz horizontal natural frequencies.
  - Laser Focus World, June 2020

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• Negative-Stiffness Vibration Isolation Supports Advanced Genomic Sequencing
  - US Tech, June 2020

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• St. Olaf College charts new depths for understanding friction in micromachines with help of Minus K's negative-stiffness vibration isolator
  - Commercial Micro Manufacturing, June 2020

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• New CT-2 Ultra-Thin, Low-Height, Low-Frequency Vibration Isolation Platform Adapts to Space Constraints in Critical Micro- and Nano-Microscopy
  - Minus K Technology, May 2020

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• University of Michigan's Ultra-Low Vibration Lab facilitates nanoengineering discoveries with the aid of low-frequency vibration isolators.
  - R&D World Online, April 2020

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• Certifying Bowling Ball Surface Roughness - The United States Bowling Congress focuses on research, testing, standardization and certification of bowling equipment used for leagues and tournaments.
  - Metrology News, March 2020

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• Negative-stiffness vibration isolation aids research into portable atom interferometry at UC Berkeley's Müller Group
  - R&D World Online, March 2020

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• Vibration Isolator Steadies Optics for Telescopes
  - NASA Tech Briefs, January 2020

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• University of Michigan's Ultra-Low Vibration Facilities Nanoengineering Discoveries
  - US Tech, December 2019

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• Minus K Receives Laser Focus World Innovator Award for Ultra-Thin, Low-Height CT-1 Vibration Isolation Platform
  - Minus K Technology, November 2019

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• New Low-Height, Low-Frequency Vibration Isolation Platform
  - Microscopy Today, September 2019

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• Vibration Isolation Platform Adapts to Space Constraints in Micro- and Nano-Microscopy
  - US Tech, June 2019

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• What are negative-stiffness vibration isolators?
  - Motion Control Tips, May 2019

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• Vibration Isolator Steadies Optics for Telescopes: Industrial Productivity - NASA Technology
  - NASA Spinoff - NASA Technology Transfer Program, April 2019

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• Minus K Congratulates to the following winners of Minus K's 2018 Educational Giveaway
  - Minus K Technology, April 2019

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• The Negative-Stiffness tabletop vibration isolation platform from Minus K Technology Inc. is a thin, low-height model CT-1 passive isolator for low-frequency vibration isolation in critical micro- and nanomicroscopy applications.
  - Photonics.com, April 2019

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• Minus K delivers Negative-Stiffness tabletop vibration isolation platform
  - Microscopy and Analysis, March 2019

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• What's Minus K delivers Negative-Stiffness tabletop vibration isolation platform
  Low-height, low-frequency isolator optimizes space in critical microscopy and laboratory applications.
  - Wiley Analytics Magazine, March 2019

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• Minus K Technology Releases its Latest Negative-Stiffness Vibration Isolation Platform: Minus K Technology, Inc. Key Developments
  - Bloomberg, March 2019

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• New Low-Height, Low-Frequency Vibration Isolation Platform Adapts To Space Constraints In Critical Micro- And Nano-Microscopy
  At just 2-1/4 inches in height, while isolating vibrations as low as 1 hertz, the new completely-passive Negative-Stiffness tabletop vibration isolation platform - developed by Minus K Technology - provides the industry's thinnest low-height, low-frequency isolator for optimizing space in critical microscopy and laboratory applications.
  - Emusic Wire, March 2019

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• New Low-Height, Low-Frequency Vibration Isolation Platform Adapts to Space Constraints in Critical Micro- and Nano-Microscopy
  At just 2-1/4 inches in height, while isolating vibrations as low as 1 hertz, the new completely-passive Negative-Stiffness tabletop vibration isolation platform - developed by Minus K Technology - provides the industry's thinnest low-height, low-frequency isolator for optimizing space in critical microscopy and laboratory applications.
  - Biospace Online, March 2019

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• Why Negative-Stiffness Vibration Isolation is the Preferred Solution for Nanotechnology Applications
  Interview with Erik Runge, Director of Engineering at Minus K Technology talks to AZoNano about their range of Negative-Stiffness Vibration Isolators and why they are the preferred solution for Nanotechnology applications.
  - AZoNano, February 2019

• 
• New CT-1 Low-Height, Low-Frequency Vibration Isolation Platform at just 2-1/4 inches in height, while isolating vibrations as low as 1 hertz, the new completely-passive Negative-Stiffness tabletop vibration isolation platform - developed by Minus K Technology - provides the industry's thinnest low-height, low-frequency isolator for optimizing space in critical microscopy and laboratory applications.
  - Minus K Technology, February 2019

• 
• Vibration control: Low-frequency negative-stiffness isolation is compact for microscopy. Fitting high-performance vibration isolation into a small microscope platform can be done using negative-stiffness mechanical isolators.
  - Laser Focus World, February 2019

• 
• Negative-Stiffness Vibration Isolation Facilitates Neuronal Research into Animal Learning and Memory. The technology is capable of attenuating vibrations down to 0.7 Hz.
  - Medical Design Briefs, October 2018

• 
• Negative-Stiffness Vibration Isolation Aids Princeton's South Pole Lab
  - U.S. Tech, September 2018

• 
• Minus K Technology Announces Its Sixth U.S. Educational Giveaway of Vibration Isolators to Colleges and Universities
  - Minus K Technology, Inc., July 2018

• 
• Negative-stiffness vibration isolation at the South Pole
  - Laboratory Design News, June 2018

• 
• Negative-stiffness vibration isolation is gaining popularity as a preferred solution for nanotechnology applications in academia and industry
  - Commercial Micro Manufacturing, August 2018

• 
• Minus K Congratulates to the following winners of Minus K's 2018 Educational Giveaway
  - Minus K Technology, April 2018

• 
• System Notes-Austin, 2017
  - The Vinyl Press, December 2017

• 
• Ultra-Low Frequency Vibration Isolation Stabilizes Scanning Tunneling Microscopy
  - U.S. Tech, December 2017

• 
• NASA's James Webb Space Telescope Is Now Hanging Out In A Vibration-Isolating "Hammock" Supported By Minus K's Negative-Stiffness Vibration Isolators
  - Physics Connect, November 2017

• 
• Sunken Treasure Surrounding The Coldest Cubic Meter In The Universe Is Supported By Minus K Vibration Isolators
  - Physics World, November 2017

• 
• NASA's James Webb Space Telescope Is Now Hanging Out In A Vibration-Isolating "Hammock" Supported By Minus K's Negative-Stiffness Vibration Isolators
  - Physics World, November 2017

• 
• Minus K negative-stiffness vibration isolators simulate space environment for JWST testing
  - Laser Focus World, October 2017

• 
• Do We Need To Be More Negative
  - Laboratory News, October 2017

• 
• "Hammock" Isolates Space Telescope From Vibrations
  - American Laboratory, October 2017

• 
• Sunken Treasure Surrounding The Coldest Cubic Meter In The Universe Is Supported By Minus K Vibration Isolators - As of January 2017 the CUORE detector has reached its operating at a base temperature of 10 mK!
  - Minus K Technology, Inc., October 2017

• 
• NASA's James Webb Space Telescope Is Now Hanging Out In A Vibration-Isolating "Hammock" Supported By Minus K's Negative-Stiffness Vibration Isolators
  - Minus K Technology, Inc., October 2017

• 
• Negative-Stiffness Vibration Isolation Facilitates Neuronal Research into Animal Learning and Memory
  - Animal Laboratory Network Daily, August 2017

• 
• Negative-Stiffness Vibration Isolation For The Sharpest Micro-World Images
  - Apogee Photo Magazine, August 2017

• 
• Negative-Stiffness Vibration Isolation Facilitates Nano-Research into Superionic Solid Electrolytes for Next-Generation Lithium Batteries
  - Microscopy News, August 2017

• 
• Negative-stiffness Vibration Isolation Provides Improved Performance for Cleanroom Applications
  - R&D Magazine, July 2017

• 
• Negative-Stiffness Vibration Isolation Facilitates Nano-Research into Superionic Solid Electrolytes for Next-Generation Lithium Batteries
  - Battery Power Online, July 2017

• 
• Negative-stiffness Vibration Isolation Provides Improved Performance for Cleanroom Applications
  - Controlled Environment, July 2017

• 
• Minus K Technology Announces Its Fifth U.S. Educational Giveaway of Vibration Isolators to Colleges and Universities
  - Minus K Technology, June 2017

• 
• Negative-Stiffness Vibration Isolation Provides Improved Performance For Cleanroom Applications
  - Minus K Technology, May 2017

• 
• Minus K Congratulates to the following winners of Minus K's 2017 Educational Giveaway
  - Minus K Technology, April 2017

• 
• Precision Vibration Isolation in the Cleanroom
  - Microscopy News, March 2017

• 
• Precision Vibration Isolation in the Cleanroom
  - U.S.Tech, February 2017

• 
• Precision Vibration Isolation in the Cleanroom
  - Microscopy News, January 2017

• 
• Cuore Installs Minus K Technology's "Negative-Stiffness" Vibration Isolators For One-Ton Cryogenic Detector
  - Microscopy News, January 2017

• 
• Advantages of negative-stiffness vibration isolators
  - Physics Connect, September 2016

• 
• Negative-Stiffness Vibration Isolation Facilitates Growth of Large Crystals
  - Physics Connect, September 2016

• 
• New Ultra Compact, Negative-Stiffness Vibration Isolator from Minus K Technology Reduces Low-Frequency Vibrations with Less Space Required
  - Physics Connect, September 2016

• 
• Negative-Stiffness Vibration Isolation Provides Improved Performance For Cleanroom Applications
  - Commercial Micro Manufacturing International , August 2016

• 
• Minus K offers several standard and custom vibration isolation products
  - All Media, June 2016

• 
• Minus K Announces Forth U.S. Educational Giveaway
  - Minus K Technology, June 2016

• 
• Ultra-Low Frequency Vibration Isolation Stabilizes Scanning Tunneling Microscopy
  - R&D Magazine, June 2016

• 
• Minus K Congratulates to the following winners of Minus K's Educational Giveaway
  - Minus K Technology, March 2016
• 
  

• 
• James Webb Space Telescope Pathfinder Dynamics Testing Gets Vibration Reduction with Minus K's Negative-Stiffness Vibration Isolators
  - Minus K Technology , February 2016

• 
• Stable Microscopy Key to Nano Research
  - Laboratory Equipment, February 2016

• 
• Minus K offers several standard and custom vibration isolation products
  - Trend Journal, February 2016

2015 Articles

• 
• Motion systems application examples: Shock + vibration-damping components
  - Motion Control Tips, December 2015

• 
• How Negative-Stiffness Vibration Isolation Improves CMM Performance in Precision Surface Measurement
  - Fabricating & Metalworking Online, October 2015

• 
• Vibration isolator from Minus K Technology is completely passive
  - Laser Focus World , September 2015

• 
• Vibration isolator from Minus K Technology is completely passive
  - OF Week, September 2015

• 
• Negative-stiffness isolators a plus for CMM system
  - Design World, September 2015

• 
• Negative-Stiffness Vibration Isolation Improves Laser Interferometry Performance in Precision Surface Engineering
  - Commercial Micro Manufacturing International , September 2015

• 
• Negative-Stiffness Vibration Isolator
  - Laboratory Design, August 2015

• 
• Minus_K-Low-Frequency-Vibration-Isolation-Systems
  Erik Runge, Director of Engineering at Minus K Technology, talks to AZoNano about their low-frequency vibration isolation systems.
  - AZoNano, August 2015

• 
• Isolator Series Ranges in Capacities to Match Sensitive Instruments
  - Laboratory Equipment, August 2015

• 
• Minus K's New LC-4 Ultra Compact Low Frequency Vibration Isolator
  - News-Medical.net, July 2015

• 
• Vibration isolator reduces low-frequency vibrations
  - Microscopy And Analysis, July 2015

• 
• Vibration isolator reduces low-frequency vibrations
  - Laboratory Product News, July 2015

• 
• Minus K Technology Announces Third U.S. Educational Giveaway
• - SPIE News, July 2015

• 
• Negative-Stiffness Vibration Isolator
• - Controlled Environments , July 2015

• 
• Minus K Announces Third U.S. Educational Giveaway
• - Minus K Technology , July 2015

• 
• CM-1 Low Frequency Vibration Isolators from Minus K
  - News-Medical.net, July 2015

• 
• Negative-Stiffness Vibration Isolator
  - Engineer Live, July 2015

• 
• New Ultra Compact, Negative-Stiffness Vibration Isolator from Minus K Technology Reduces Low-Frequency Vibrations with Less Space Required
  - SPIE News, May 2015

• 
• Minus K Congratulates to the following winners of Minus K's Educational Giveaway
  - Minus K Technology , April 2015

• 
• Photonics Products: Vibration-Isolation Tables: Isolation tables support stable optical setups
  - Laser Focus World, March 2015

• 
• New Ultra Compact, Negative-Stiffness Vibration Isolator from Minus K Technology Reduces Low-Frequency Vibrations with Less Space Required
  - Open Nanofabricaton, February 2015

• 
• New Ultra Compact, Negative-Stiffness Vibration Isolator from Minus K Technology Reduces Low-Frequency Vibrations with Less Space Required
  - Minus K Technology , February 2015

• 
• Vibration isolation and better scan size enables atomic force microscopy (AFMs) to see more at the nanoscale level.
  - NanoScientific, September 2014

• 
• Ultra-Low Frequency Vibration Isolation Stabilizes Scanning Tunneling Microscopy at UCLA’s Nano-Research Group
  - Minus K Technology, August 2014

• 
• Minus K announces 2015 Educational Giveaway to Universities and Colleges in the United States
  - Minus K Technology, August 2014

• 
• Improving nano-scale imaging
  Negative-stiffness vibration isolators can easily support the heavy weight of a combined AFM/micro-Raman system, and isolate it from low frequency vibrations more effectively than high-performance air tables or active isolation systems.
  - ScientistLive, May 2014

• 
• Improving nano-scale imaging of intergrated micro-Raman/AFM systems using negative-stiffness vibration isolation
  - Electronic Products and Technology, May 2014

• 
• Advantages of negative-stiffness vibration isolators
  - Machine Building.Net, April 2014

• 
• Minus K Congratulates to the following winners of Minus K's 20-Year Celebration Giveaway
  - Minus K Technology , April 2014

• 
• News - Negative-Stiffness Minus K Technology, Isolation Support
  - Stereo Prestige & Image , March 2014

• 
• Improving Nano-Scale Imaging
  - Lab Product News , February 2014

• 
• Negative-Stiffness Vibration Isolation Facilitates Growth of Large Crystals
  - Controlled Environments , February 2014

• 
• Impressions: Notes on the Minus K Technology 100BM-8
  - Positive Feedback Online, January/February 2014

• 
• Equipment Reviews: MINUS K BM-8 ISOLATION PLATFORM
  - HiFi Zine, December 2013

• 
• Minus K Launches Vibration Isolator Giveaway to U.S. Colleges and Universities
  - US Tech, November 2013

• 
• Minus K celebrates 20 years with vibration isolator giveaway
  - Laser Focus World, November 2013

• 
• Minus K Launches Vibration Isolator Giveaway to U.S. Colleges and Universities
  - Nanotechnology Now, November 2013

• 
• Minus K 20 Year Celebration $20,000 Giveaway
  - Minus K Technology, October 2013

• 
• Minus K From The Earth To The Moon
  - Haute Fidelite, October 2013

• 
• Atomic Force Microscope Sees More Through Vibration Isolation
  - Design World, October 2013

• 
• Products & Services, Vibration Isolator
  - Medical Product Manufacturing News, September/October 2013

• 
• Technology Spurs Expansion of AFM Scanning Range
  - Laboratory Equipment, July 2013

• 
• Audio Accessories: Minus K 100BM-1 Vibration Isolation Platform Review
  - Dagogo Audio, May 2013

• 
• Breakthrough Products: Negative-Stiffness Vibration Isolator
  - BioPhotonics, May/June 2013

• 
• New Products: Low-Frequency Vibration Isolation
  - Controlled Environments, April 2013

• 
• New Product: Vibration Isolator
  - Photonics Spectra, April 2013

• 
• Instrumentation & Equipment: Vibration Isolator Can Support Heavy Payloads
  - Laboratory Equipment., March 2013

• 
• Notes & Observations: The Minus-K isolation platform
  - The Analog Dept., March 2013

• 
• Optical Design & Engineering: Vibration Isolator
  - SPIENews, March 2013

• 
• Isolator reduces low-frequency vibrations
  - LabProduct News., March 2013

• 
• Minus K Technology negative-stiffness vibration isolators available
  - Laser Focus World, February 2013

• 
• New Compact, Negative-Stiffness Vibration Isolator from Minus K Technology Reduces Low-Frequency Vibrations While Supporting Heavy Payloads
  - Nanotechnology Now, February 2013

• 
• Compact, Negative-Stiffness Vibration Isolator from Minus K Technology
  - Design World, February 2013

• 
• Upselling Sound Vibration Isolation to High-End Clients
  - CEPro, January 2013

• 
• Minus K receives more JWST orders for negative-stiffness vibration isolators
  - Laser Focus World, November 2012

• 
• Minus K Negative-Stiffness Vibration Isolators 2-6 Ordered for James Webb Space Telescope
  - Minus K Technology, November 2012

• 
• Minus K Technology BM-8 Vibration Isolation Platform
  Equipment Review
  - Widescreen Review, October 2012

• 
• Minus K's David Platus Takes the Stand On Behalf of His "Negative Stiffness" Isolation Technology
  - Analogplanet, September 2012

• 
• Minus K vibration platform
  - Inner Audio, September 2012

• 
• Negative Stiffness Optical Table
  - Photonics Spectra, September 2012

• 
• Streamlined Vibration Isolation for Sensitive High-End Audio Devices
  - Audiophile Audition, August 2012

• 
• Streamlined Vibration Isolation Improves Sound Quality in Sensitive, High-End Audio Systems
  - Ecoustics Online, August 2012

• 
• Upselling Sound Vibration Isolation to High-End Clients
  - CEPro, July 2012

• 
• Negative-Stiffness Optical Table
  - BioPhotonics, July 2012

• 
• Minus K BM-10 benchtop vibration isolation platform
  - CEPro, May 2012

• 
• Vibration isolation table from Minus K achieves a 0.5 Hz natural frequency
  - Laser Focus World, April 2012

• 
• Turning the tables on vibration
  - Cleanroom Technology, April 2012

• 
• FP-1 Vibration Isolation Floor Platform
  - R&D Magazine, April 2012

• 
• Vibration Isolation Table Protects Sensitive Equipment
  - Laboratory Equipment, March 2012

• 
• New MK52 Negative-Stiffness Optical Vibration Isolation Table
  - Photonics.com, February 2012

• 
• Minus K's Negative-Stiffness Mechanism Is A Must For Laser And Optical Applications
  - Photonics Show Daily, January 2012

• 
• New MK52 Negative-Stiffness Optical Vibration Isolation Table
  - MetrologyWorld.com, January 2012

• 
• New MK52 Negative-Stiffness Optical Vibration Isolation Table
  - Drug Discovery & Development Online, January 2012

• 
• Minus K's FP-1 Negative-Stiffness Vibration Isolation Platform Supports Sems, Tems And Large Metrology Systems
  - Photonics Show Daily, January 2012

• 
• New MK52 Negative-Stiffness Optical Vibration Isolation Table
  - Test&Measurement.com, Januay 2012

• 
• Product Updates - Optical table isolation system
  - SPIE Online - Optical Design & Engineering, Janaury 2012

• 
• New MK52 Negative-Stiffness Optical Vibration Isolation Table
  - Semiconductor Online, January 2012

• 
• New MK52 Negative-Stiffness Optical Vibration Isolation Table
  - Laboratory Network Online, January 2012

• 
• New MK52 Negative-Stiffness Optical Vibration Isolation Table
  - Aerospace Online, January 2012

• 
• Minus K's Negative Stiffness Vibration Isolators: The Choice For Laser/Optical Systems
  - Photonics Show Daily, January 2012

• 
• New MK52 Negative-Stiffness Optical Vibration Isolation Table
  - ElectronicsWeb.com, Januay 2012

• 
• Improving Nano-Scale Imaging Of Integrated Micro-Raman/AFM Systems Using Negative-Stiffness Vibration Isolation
  - Terahertz Technology, December 2011

• 
• Growth of large crystals for field-portable gamma ray spectrometers
  - Eurolab, December 2011

• 
• Improving Nano-Scale Imaging Of Integrated Micro-Raman/AFM Systems Using Negative-Stiffness Vibration Isolation
  - Photonics Online, December 2011

• 
• Measuring the Electron Transport Properties of DNA Molecules: Scanning probe microscopy and negative-stiffness vibration isolation enables nano-level DNA research at Israel's Weizmann Institute of Science
  - Nanotechnology Now Online, November 2011

• 
• Improving Nano-Scale Imaging of Integrated Micro-Raman/AFM Systems Using Negative-Stiffness Vibration Isolation
  - Nanotechnology Now Online, November 2011

• 
• Minus K Announces New MK52 Negative-stiffness Vibration Isolation Optical Table
  - Minus K Technology, September 2011
  

• 
• Spectroscopy - Growth of large crystals for field-portable gamma ray spectrometers
  - ScientistLive Online, August 2011

• 
• Prescribing a New Hospital - Advances in medical technologies and practices have spurred new thinking about the construction of medical suites
  - Walls & Ceilings, July 2011

• 
• Negative-Stiffness Vibration Isolation Facilitates Growth Of Large Crystals For Field-Portable Gamma Ray Spectrometers
  - Laboratory Network Online, July 2011

• 
• Negative-Stiffness Vibration Isolation Facilitates Growth Of Large Crystals For Field-Portable Gamma Ray Spectrometers
  - Photonics Online, July 2011

• 
• Improving Nano-Scale Imaging with Negative-Stiffness Isolators
  - US Tech, June 2011

• 
• CUORE Installs Minus K Technology's 'Negative-Stiffness' Vibration Isolators For One-Ton Cryogenic Detector
  - Military & Aerospace Electronics, May 2011

• 
• CUORE Installs Minus K Technology's 'Negative-Stiffness' Vibration Isolators For One-Ton Cryogenic Detector
  - MetrologyWorld.com, May 2011

• 
• Vibration Isolation Control Technology
  - Shop- Informations , May 2011

• 
• CUORE Installs Minus K Technology's 'Negative-Stiffness' Vibration Isolators For One-Ton Cryogenic Detector
  - Test&Measurement.com, May 2011

• 
• Improving Micro-Raman/AFM Systems Imaging Using Negative-Stiffness
  - AsiaOptiocs.com, February 2011

• 
• Vibration Isolation Helps Large Crystal Growth
  - Laboratory Product News, labcanada.com, February 2011

• 
• Improving Micro-Raman/AFM Systems Imaging Using Negative-Stiffness Vibration Isolation. Negative-stiffness vibration isolators can easily support the heavy weight of a combined AFM/micro-Raman system, and isolate it from low frequency vibrations more effectively than high-performance air tables or active isolation systems.
  - Photonics.com, February 2011

• 
• CUORE Installs Minus K Technology's "Negative-Stiffness"
  Vibration Isolators for One-Ton Cryogenic Detector
  - Minus K Technology, January 2011

• 
• Improving nanoscale Raman-AFM imaging with negative-stiffness vibration isolation
  The need for precise vibration isolation with scanning probe microscopy (SPM) and nearfield scanning optical microscopy (NSOM) systems is becoming more critical as resolutions continue to bridge from micro to nano.
  - Laboratory Design Online, November 2010

• 
• Improving nanoimaging of µ-Raman/AFM systems
  Negative-stiffness vibration isolators can easily support the heavy weight of a combined AFM/micro-Raman system, and isolate it
  - Electronic Products Online, November 2010

• 
• AFM Measurements of DNA Molecule Electron Transport Properties
  - Microscopy Today, September 2010

• 
• Vibration Isolation Faceoff
  The use of air tables for vibration isolation is now being challenged by compact negative-stiffness vibration isolators.
  - Laboratory Equipment, July 2010

• 
• Vibration Isolators Supplied for James Webb Telescope Testing
  - NASA Tech Briefs, July 2010

• 
• For Handling Vibration, Negative-Stiffness Isolators Can Offer Big Improvement Over Air Tables
  - Medical Design Technology, June 2010

• 
• For Handling Vibration, Negative-Stiffness Isolators Can Offer Big Improvement Over Air Tables
  - R&D Magazine, June 2010

• 
• Negative-Stiffness Vibration Isolation in Nanotechnology is Gaining Popularity
  - Micrscopy & Analysis, April 2010

• 
• Measuring the Electron Transport Properties of DNA Molecules
  Scanning probe microscopy and negative-stiffness vibration isolation enables nano-level DNA research at Weizmann Institute of Science
  - NanoNews.TV - Global Feature - Israel, March 2010

• 
• Waving goodbye to vibration
  - Motion System Design, January 2010

• 
• Nano-level DNA research underway in Israel
  - Medical Design, December 2009

• 
• A new tool for brain discovery
  The ability to measure micron-level neuronal activity patterns in the mammalian neocortex is enabling insight into brain sensory and motor processing functions related to cardiac fibrillation and epilepsy. Voltage-sensitive dye, optical recording techniques, and vibration isolation are key to the work.
  - BioOptics World, November/December 2009

• 
• Measuring The Electron Transport Properties Of DNA Molecules
  Scanning probe microscopy and negative-stiffness vibration isolation enables nano-level DNA research at Israel's Weizmann Institute of Science.
  - Electronics Web.com, November 2009

• 
• Minus K vibration isolators for space telescope
  - Engineering Talk, November 2009

• 
• Ultra-Low Frequency Vibration Isolation Workstation
  - R&D Magazine, October 2009

• 
• Measuring the Electron Transport Properties of DNA Molecules
  Weizmann Institute of Science Study
  - BioSpace Online, September 2009

• 
• Minus K Technology's Negative-Stiffness Vibration Isolators Selected for James Webb Space Telescope Ground Testing
  - Military & Aerospace Electronics, September 2009

• 
• Measuring the Electron Transport Properties of DNA Molecules
  Sidney R. Cohen, Claude Nogues and Ron Naaman, Weizmann Institute of Science, Rehovot, Israel
  - Microscopy and Analysis, September 2009

• 
• Measuring the Electron Transport Properties of DNA Molecules
  Weizmann Institute of Science Study
  - BioSpace Online, September 2009

• 
• Minus K Technology's Negative-Stiffness Vibration Isolators Selected for James Webb Space Telescope Ground Testing
  - Test and Measurement.com, September 2009

• 
• Minus K Technology's Negative-Stiffness Vibration Isolators Selected for James Webb Space Telescope Ground Testing
  - Minus K Technology, September 2009

• 
• Plataformas aisladoras de vibracion
  - Laboratorio y Analisis, June/July 2009

• 
• Vibration Isolation Pushes Brain Research Ahead
  Negative-stiffness vibration isolators help researchers to measure micron-level patterns of neuronal activity and thus shed new light into cardiac fibrillation and epilepsy.
  - Laboratory Equipment, July 2009

• 
• 'Dyeing'to figure out how the brain works
  - Medical Design, June 2009

• 
• 
  Vibration Isolation Critical to Measuring Neuronal Patterns in the Brain
  - Today's Medical Developments, May 2009

• 
• Negative stiffness a big positive for Vibration Isolation
  - Machine Design, May 2009

• 
• Vibration Isolation Critical to Measuring Neuronal Patterns in the Brain
  - Microscopy Today, May 2009

• 
• Shake, rattle, roll no more
  Negative-stiffness vibration isolation improves imaging from laser and optical systems.
  - Motion System Design, April 2009

• 
• NSM vibration isolation critical to neuronal measurement
  - Laser Focus World, April 2009

• 
• Negative-Stiffness Vibration Isolation Gaining Popularity As The Need For Refined Imaging With Laser/Optical Systems Increases
  - Photonics Online, April 2009

• 
• Vibration isolation critical to measuring neuronal patterns in the brain
  - Laboratory Design News, April 2009

• 
• Vibration isolation theory and practice
  - Assembly Automation, April 2009

• 
• Motion in Review
  Negative-Stiffness Vibration Isolation
  - Today's Medical Developments, March 2009

• 
• Negative-stiffness vibration isolation in laser and optical systems
  - SPIE Newsroom, November 2008

• 
• The Brain Game
  Yale University uses negative-stiffness vibration isolation to stabilize microscopy in sensitive micron-level brain-imaging research
  - Laboratory Equipment, October 2008

• 
• Improving AFM data reliability in nanoelectronics research, Utilizing negative-stiffness vibration isolation
  - Electronic Products and Technology, September 2008

• 
• Selecting vibration-isolation tables for sensitive apps
  - Electronic Products, July2008

• 
• Negative-stiffness vibration isolators provide a significant improvement over air tables in vibration-sensitive environments
  - MRO Today, June/July 2008

• 
• Using Negative-Stiffness Mechanical Vibration Isolators
  - US Tech, May 2008

• 
• Negative-Stiffness vibration isolators provide a significant improvement over air tables in vibration-sensitive environments
  - Electronic Products and Technology, May 2008

• 
• More than just floating on air
  - Biophotonics International, March 2008

• 
• Yale Unveils Negative-Stiffness Vibration Isolation Imaging
  - Imaging Update, January 2008

• 
• Negative-stiffness vibration isolators explained
  - Engineering Talk, January 2008

• 
• Negative-stiffness vibration holds experiments still
  - Medical Design, January/February 2008

• 
• Vibration Isolation in Cleanrooms:
  A System for Virtually Every Application
  - Controlled Environments, January 2008

• 
• Improving AFM Data Reliability
  Negative-stiffness vibration isolation improves data set integrity
  - R&D Magazine, November/December 2007

• 
• Vibration isolation is key to accuracy
  - Laboratory Talk, December 2007

• 
• Vibration Isolation Supports Imaging Clarity
  - European Medical Device Manufacturing, November/December 2007

• 
• Negative-stiffness vibration isolation
  improves reliability of nanoinstrumentation
  - Laser Focus World, October 2007

• 
• Ultralow-Frequency Vibration Isolation Workstation Introduced
  - Journal of Failure Analysis and Prevention, October 2007

• 
• New form of isolation may aid nanotechnology development
  - Electronic Products, October 2007

• 
• Bad Vibrations
  How to keep the effects of environmental bounce out of your data
  - The Scientist, September 2007

• 
• Minus K Nixes Vibration
  Negative-stiffness vibration isolation improves data set integrity
  - Product Design & Development, September 2007

• 
• New Ultralow-Frequency Vibration Isolated Workstation
  - Sound and Vibration, July 2007

• 
• Holy Earthquake, Batman!
  The Minus K BM-8 Isolation Platform
  - Tone Audio, June 2007

• 
• Improving AFM Data Reliability in Nanoelectronics Research
  - Laboratory Equipment, June 2007

• 
• Are you a vinyl lover?
  - Home Theater, June 2007

• 
• Vibration Isolation Workstation
  - Semiconductor International Online, May 2007
• >

• 
• Improving AFM Data Reliability in
  Nanoelectronics Research
  - Industrial Equipment News, May 2007

• 
• In Nanotechnology, Negative-Stiffness Vibration Isolation is Gaining Popularity as an Economical Solution for Academics and Industry
  - Nanotech Cafe, May 2007
• >

• 
• An Accessory for Old School Audiophiles
  - CEPro Retailing, May 2007
• >

• 
• Better atomic force microscopy for nanoelectronics
  - Laboratory Talk, April 2007

• 
• Improving AFM data reliability In nanoelectronics research
  - Nanowerk Online, April 2007

• 
• Vibration isolators aid nano-research
  - Engineering Talk, April 2007

• 
• 'Negative stiffness' used to damp vibrations
  - EE Times, April 2007

• 
• 'Negative stiffness' isolates vibrations
  - EE Times, April 2007

• 
• Improving AFM Data Reliability In Nanoelectronics Research Utilizing Negative-Stiffness Vibration Isolation
  - Semiconductor Online, April 2007

• 
• Vibration isolators aid nano-research
  - Laboratory Talk, April 2007

• 
• Negative-stiffness vibration isolation
  - Clean Rooms, March 2007

• 
• Mechanical Isolators Stop the Shakes
  - Design News, March 2007

• 
• Negative Stiffness Vibration Isolation
  Technology for Nanotechnology
  - Microscopy Today, March 2007

• 
• Fine-Tuning
  - Mechanical Engineering, March 2007

• 
• Vibration isolation workstation
  - Test & Measurement World, February 2007

• 
• New solutions needed for vibration control in nanotechnology
  - Laboratory Product News, February 2007

• 
• Minus K® Introduces Vibration Isolation Workstation
  - US Tech, February 2007

• 
• Negative-stiffness vibration isolation adds option for nanotech instrument isolation
  - Laboratory Design News, February 2007

• 
• Controlling Vibration in Nanotech Applications
  - Laboratory Equipment, January 2007

• 
• Vibration isolation workstation outperforms air tables
  - Test & Measurement World, January 2007

• 
• Minus K Technology Nasa-Grade Tabletop Vibration Isolation Platforms
  - Absolute Sound, January 2007

• 
• Critical Need: Stable, Reliable Vibration Control
  - US Tech, December 2006

• 
• Vibration isolation is key to accuracy
  - Engineering Talk, November 2006

• 
• Minus K Releases New Ultra-Low Frequency Vibration Isolation Workstation
  - Photonics Online, November 2006

• 
• In Nanotechnology, Negative-Stiffness Vibration Isolation Is Gaining Popularity
  - Photonics Online, November 2006

• 
• Minus K® Releases New Low-Height Vibration Isolation Platform For Audiophiles
  - Widescreen Review, October 2006

• 
• Audio Review - Minus K 25BM-8
  - 6Moons.com, October 2006

• 
• Nanoscience Instruments introduces miniaturized isolation platform for
  - Business Wire, May 2006

• 
• Minus K Technology, Inc. to show it's New BM-10 Series Ultra Compact High Performance Vibration Isolation Platform Family
  - Conference on Lasers and Electro-Optics (CLEO)
  and The International Quantum Electronics, May 2006

• 
• Vibration Isolation Workstation has 650 lb max capacity.
  - ThomasNet News, April 2006

• 
• Minus K® Technology, Inc. Announces New Ultra Compact High Performance Vibration Isolation Platform
  - Business Wire, March 2006

• 
• Vibration Isolation Products
  - Photonics.com, July 2005

• 
• Minus K(R) Technology Selected
  by Stanford University for STM Nanotechnology Vibration Isolation
  - Business Wire, July 2005

• 
• Doctor Platus’ Phenomenal Prototype Platform
  - Positive Feedback Online, July 2002

• 
• Doctor Platus’ Phenomenal Prototype Platform
  - Enjoy The Music.com, May 2001

• 
• Optomechanical Engineering and Vibration Control
  - SPIE, July 1999

• 
• The Matchmaker Business
  - Newsweek - Japan, January 1994

• 
• America Is A Big Country For Venture Business;
  Example Of A Great Entrepreneur
  - Nikkei Venture - Japan, November 1993

• 
• Borderless Company
  - Venture Club - Japan, October 1993

• 
• Smoothing Out Bad Vibes
  - Machine Design, February 1993

• 
• Vibration Control in Microelectronics, Optics and Metrology
  - SPIE, November 1991