Sunday, May 3, 2026
English News
  • Hyderabad
  • Telangana
  • AP News
  • India
  • World
  • Entertainment
  • Sport
  • Science and Tech
  • Business
  • Rewind
  • ...
    • NRI
    • View Point
    • cartoon
    • My Space
    • Education Today
    • Reviews
    • Property
    • Lifestyle
E-Paper
  • NRI
  • View Point
  • cartoon
  • My Space
  • Reviews
  • Education Today
  • Property
  • Lifestyle
Home | Hyderabad | Two Patents Granted To University Of Hyderabad

Two patents granted to University of Hyderabad

A patent has been granted to University of Hyderabad (UoH) Professors K.C. James Raju and V Seshubai, School of Physics involving their students T. Anil and Swarup Raju.

By Telangana Today
Published Date - 5 February 2024, 07:57 PM
Two patents granted to University of Hyderabad
whatsapp facebook twitter telegram

Hyderabad: A patent has been granted to University of Hyderabad (UoH) Professors K.C. James Raju and V Seshubai, School of Physics involving their students T. Anil and Swarup Raju for an invention “A method for preparing dielectric resonators of arbitrary shapes”.

This is a technique to realize 3D microwave radiating structures with low loss dielectrics without the constraint of geometry. Radiation patterns are governed by the laws of Physics and present-day communication requirements demand all sorts of radiation patterns. This technique allows even high temperature ceramics to be shaped into any 3D geometric structures through a gel casting route. They help in realizing miniaturized antennas suitable for emerging communication applications, a press release said.

Also Read

  • UoH to host three-day global conference on Sustainable Development Knowledge
  • Hyderabad News Today: UoH Study On Rainfall, Guntur Kaaram Special Screenings, And Zoomaland Event
  • UoH study explores impact of rising temperatures on extreme rainfall

Another patent is granted to Professor K.C. James Raju and his team at Casest School of Physics for an invention “Laser Based Method to Crystallize Ferroelectric Thin Film at 300ºC temperatures for Tunable Microwave Devices”, which is a laser-based process by which they could reduce the crystallization temperature of some functional thin film materials meant for microwave device applications from 700 to 300C.

  • Follow Us :
  • Tags
  • 3D microwave
  • Hyderabad News
  • patents
  • Telangana News

Related News

  • DSE tightens attendance rules: Late coming, early logout to cost leave

    DSE tightens attendance rules: Late coming, early logout to cost leave

  • GHMC food safety wing conducts special inspection drive across Hyderabad

    GHMC food safety wing conducts special inspection drive across Hyderabad

  • Telangana SEEEPC Survey findings spark debate at University of Hyderabad meet

    Telangana SEEEPC Survey findings spark debate at University of Hyderabad meet

  • Sajjanar issues strict guidelines to Cow protection groups in Hyderabad

    Sajjanar issues strict guidelines to Cow protection groups in Hyderabad

Latest News

  • Withdraw GO 7 or face wrath of students: KTR demands release of fee reimbursement dues

    8 mins ago
  • BRSV demands age relaxation for govt jobs

    18 mins ago
  • Man dies after falling off motorbike in Kumram Bheem Asifabad

    25 mins ago
  • One killed, three injured as car rams into mango-laden van in Mancherial

    29 mins ago
  • Kolkata Knight Riders keep playoff hopes alive with win over SRH

    12 mins ago
  • BRS demands probe into alleged land grabbing in Kollapur

    33 mins ago
  • Uttam Kumar Reddy declares summer desiltation as an urgent State-wide priority

    39 mins ago
  • Teen drowns in pond in Mancherial

    46 mins ago

company

  • Home
  • About Us
  • Contact Us
  • Privacy Policy

business

  • Subscribe

telangana today

  • Telangana
  • Hyderabad
  • Latest News
  • Entertainment
  • World
  • Andhra Pradesh
  • Science & Tech
  • Sport

follow us

  • Telangana Today Telangana Today
Telangana Today Telangana Today

© Copyrights 2024 TELANGANA PUBLICATIONS PVT. LTD. All rights reserved. Powered by Veegam

.