INSPIRED RESEARCH PRESS RELEASE IR/3 2015-06-30 Inspired Research, New York, (IR) reports extraordinarily precise independent validation of the exponential chirp travelling wave solutions speculated in the 2005 IEEE WCNC and MILCOM conference papers and at the 2008 SPIE Optics+Photonics Symposium Nature of Light II: Light in Nature special event. The validation has been found in the discrepancies within NASA DSN and ESA tracking data, famously known as the "flyby anomaly", and more particularly in the less known discrepancies between the DSN data and tracking range data from the US STRATCOM's Space Surveillance Network (SSN) of radars. The latter discrepancies imply that the DSN Doppler and the DSN and ESA telemetry signals bear an excess delay exactly equal to the instantaneous Doppler rate times one-way range, contradicting known laws of physics. They are exactly consistent, however, with the chirp travelling wave solutions, which had been overlooked since 1744-47 when the vibrating string and the sinusoidal series representation were first considered by Euler [1]. All significant aspects of the flyby anomaly are quantitatively explained to within about 20% by the chirp solutions, which is the same margin of precision to which the Pioneer anomaly has been explained by NASA [2]. The full peer-reviewed paper is available online [3]. Worldwide patents have been filed for the chirp modes and their applications, as described on the IR website. References: [1] I Kleiner, Evolution of the function concept: A brief survey, The College Math J, 20, 4, 282-300, 1989 [2] S G Turyshev et al, Support for the thermal origin of the Pioneer anomaly, arXiv:1204.2507v1, Phys Rev Lett, 108, 24, 2012 [3] V Guruprasad, Observational evidence for travelling wave modes bearing distance proportional shifts, EPL, 110, 5, 54001, 2015 https://iopscience.iop.org/0295-5075/110/5/54001/article For additional information, please contact: Contact: V. Guruprasad ("prasad") Email: info@inspiredresearch.com Web: http://www.inspiredresearch.com