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- Indexed articles, last 90 days
- 4
- Latest publication
- Sep 30, 2026
- Outlet visibility, for Physics World - Quantum Computing
- Top 500K sites
- Earliest in this view
- Aug 31, 2026
Latest articles
Radiotherapy trials shape future treatments of brain metastases – Physics World (opens the original)
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At this week’s ASTRO 2026 meeting in Boston, MA, researchers shared the results of clinical trials addressing important and longstanding questions in cancer care. In a dedicated news briefing highlighting noteworthy research studies, two speakers presented new evidence that could help inform how we deliver care to patients with brain metastases. Brain metastases – cancerous cells that spread to the brain from another site in the body – are typically removed surgically or treated with radiotherap
Siemens Healthineers unveils ultrafast Accela radiotherapy system – Physics World (opens the original)
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The annual meeting of the American Society for Radiation Oncology is the place to be to discover the latest radiotherapy technology developments and new product launches. And this year was no exception. The ASTRO 2026 meeting, held this week in Boston, MA, saw Siemens Healthineers unveil its newest radiotherapy system – Accela – which combines precision delivery with speeds fast enough to enable stereotactic treatments in a single breath-hold. Accela achieves this by implementing a new delivery
Tiny biodegradable stars enhance drug delivery to the skin – Physics World (opens the original)
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Delivering drugs directly to the skin provides a targeted means of treating dermatological conditions while minimizing side effects. The approach is limited, however, by the stratum corneum – the skin’s outer layer – which acts as a barrier that can restrict the effectiveness of most topically applied drugs. To overcome this, a team at Georgia Tech has developed biodegradable “STAR particles” that use microscopic needles to painlessly puncture the skin and increase its absorption of medication.
Dose calculations reveal how patient motion impacts proton minibeam therapy – Physics World (opens the original)
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Proton minibeam radiotherapy (pMBRT) is an innovative new cancer treatment that uses an array of narrow proton beams to create alternating regions of high and low dose, before converging to a homogeneous dose distribution within the target volume. Numerous studies in small animals have shown that this spatially modulated dose distribution can destroy tumours while sparing healthy tissue and reducing side effects. To implement pMBRT in the clinic, it’s important to first assess the impact of orga
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