Anchor Science's Motto:
Temperature (T) establishes fundamental metrics for physical and chemical sensors.

Our Offering:

Prototypes of temperature sensing elements compatible with carbon nanotube based chemical or biochemical sensors.

IP for embedded applications of our temperature sensing elements in integrated circuits for T measurement, compensation, or control. The preferred applications are in conjunction with wireless communications, temperature monitoring/control of perishable goods, and health industry.

Consultations on uses of nanomaterials, expertise in carbon nanotube based electrically conductive inks.

“Applications of Nanotechnology” educational and training materials for your use under Creative Commons License.

Our interests:

Tailored down to tens of nanometers contact T sensing elements with electrical response.
Our sensing elements can be fabricated by digital printing.
The thermal elements are compatible with concurrent fabrication of biological, chemical and physical sensors, enabling formulation of sensing arrays for concurrent mapping of temperature and multiple analytes.

Who we are:

Anchor Science is a company with patent pending technology and experienced scientists looking for development partnerships.

Anchor Science History

2005: Anchor Science was founded by Ewa S. Kirkor, Alexander Scheeline, and April Schricker.

2005 Technical Breakthrough: Demonstrate Ohmic behavior of an ink-jet printed carbon nanocomposite at the European Coatings Conference "The Power of Ink-jet Materials III", December 1 -2, 2005, Berlin, Germany.

2007: Foresight Science and Technology gives “GO” evaluation to our temperature sensing nanocomposites.

2008 and 2009: Anchor Science was selected as a "Company to watch" by the Connecticut Technology Council in the most promissing new technology category in 2008 and 2009 for developments in our temperature sensing nanocomposites.

News feeds :

Updated: 27-January-2012, 8:19

Announced on: 01-27-2012 :

Correction to Spatially Selective Photochemical Reduction of Silver on Nanoembossed Ferroelectric PZT Nanowires
Langmuir

DOI: 10.1021/la204972g

Differential SERS Activity of Gold and Silver Nanostructures Enabled by Adsorbed Poly(vinylpyrrolidone)

Langmuir

DOI: 10.1021/la2047992

Nonintercalating Nanosubstrates Create Asymmetry between Bilayer Leaflets

Langmuir

DOI: 10.1021/la204623u

Characterization of Bupivacaine-Loaded Formulations Based on Liquid Crystalline phases and Microemulsions: The Effect of Lipid Composition

Langmuir

DOI: 10.1021/la203577v

Fabrication of Heterogeneous Double-Ring-Like Structure Arrays by Combination of Colloidal Lithography and Controllable Dewetting

Langmuir