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4 Jan 2024: The database was recorded with forensic phonetic research in mind, but serves very generally as an extensive source of contemporary spoken English.

4 Jan 2024: Mobile menu. Mobile menu. Search. back. back. back. back. back. Charged materials for CO2 capture. Current technologies for CO. 2. capture are based upon organic amines or inorganic hydroxides, but neither is ideal. For example, amines are prone to

4 Jan 2024: Mobile menu. Mobile menu. Search. back. back. back. back. back. Electronic nose. This technology “represents a considerable advance in the state-of-the-art…Highly original and building from a sparse amount of previous research”- Prof Krishna

4 Jan 2024: It is also anticipated that this technology will open up a host of new weight-critical applications for lithium batteries which have previously been limited by performance.

4 Jan 2024: Mobile menu. Mobile menu. Search. back. back. back. back. back. Neonatal wireless transmission system. When babies are in intensive care, they need to be continuously monitored. This requires multiple sensors with separate wires. These wires can

4 Jan 2024: At the Centre for Resilience and Sustainable Development CRSD we bring together leaders from the public, private and third sectors with academic thought leaders to create robust new, workable solutions to

4 Jan 2024: Opportunity to license a new method for generating human-size tubular tissue scaffolds for use in a wide range of clinical applications.

4 Jan 2024: Scientists at the University of Cambridge have designed a new method of generating iPS cells using blood-derived endothelial progenitors as a substrate.

4 Jan 2024: Cambridge Enterprise has technologies available for licensing, including novel printable inks based on layered nanomaterials. Read more here.

4 Jan 2024: He uses quantitative risk tools and data science to design and build new information infrastructure to support more resilient, inclusive global value chains and sustainable investment.

4 Jan 2024: Mobile menu. Mobile menu. Search. back. back. back. back. back. Blood flow digital twin from a rapid MRI scan. Flow-MRI allows clinicians to visualise flows in the body in 4D (3 spatial and 1 time dimension) without using ionising radiation.

4 Jan 2024: Mobile menu. Mobile menu. Search. back. back. back. back. back. Phase engineering of 2D materials. 2D materials have many unique properties such as high surface area, exceptional mechanical strength, and excellent electrical and thermal conductivity.

4 Jan 2024: Their new process has the potential to allow real-time control of perceived loudness levels in audio playback and broadcasting.

4 Jan 2024: Mobile menu. Mobile menu. Search. back. back. back. back. back. 360 implant to treat spinal cord injuries. The spinal cord is a key organ of the nervous system, which is in charge of carrying information around the body. Every year between

4 Jan 2024: Mobile menu. Mobile menu. Search. back. back. back. back. back. H2Upgrade – H2 from industrial waste. Waste generation is a common challenge faced by numerous industries, manifesting as waste gases, liquids, or solid residues from processes,

4 Jan 2024: There is also a need for new technologies able to deliver high concentrations of therapeutic to brain solid tumours without causing pressure damage to the brain. ... There are 11.000 new brain tumour cases per year in the UK, of which only 12% of

4 Jan 2024: and scalable tools to detect new emerging infectious disease outbreaks as early as possible. ... We have developed an artificial intelligence tool that uses routine full blood counts to detect new disease outbreaks in a population.

4 Jan 2024: University of Cambridge researchers have created a simple, effective technique for monitoring the SOC of redox flow battery electrolytes during operation.

4 Jan 2024: A University of Cambridge research team, with input from supply chain stakeholders, has developed a novel synthesis route to cyclopentadienyl compounds that eliminates the use of dangerous reagents all while improving process yields.

4 Jan 2024: Origin-specific vascular smooth muscle cells were generated from both human embryonic stem cells and induced pluripotent stem cells using chemically defined