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The first pregnancy with artificial intelligence: «It found the only two “active” sperm of a 39-year-old and 13 days later his partner was pregnant»

by Dr. Michael Lee – Health Editor November 2, 2025

written by Dr. Michael Lee – Health Editor

A 39-year-old man and his partner achieved pregnancy after utilizing artificial intelligence to identify viable sperm, marking what experts believe ‍to be the first accomplished pregnancy resulting from AI-assisted conception. ‌The breakthrough occurred‌ after conventional methods failed to yield results, and the AI pinpointed two active sperm cells⁢ from the man’s sample, leading to a successful ⁤pregnancy⁣ just 13 ⁢days later.

The case, which occurred as of November 2, 2025,⁣ highlights a potential new frontier in fertility treatment, ‌offering⁢ hope to couples facing challenges with‌ male factor infertility.⁢ Approximately half of all infertility ‍cases are attributed to issues with the male⁢ partner, often involving low⁣ sperm count, poor motility, or morphological defects.Current diagnostic⁢ methods can be subjective and time-consuming; this AI technology promises a more precise and efficient⁤ analysis, potentially ‍reducing the emotional and financial burden of repeated IVF cycles. The technology’s ⁤developers anticipate‌ further⁢ refinement and broader clinical submission, potentially⁢ revolutionizing the ⁢field of reproductive medicine and expanding options ‍for individuals and couples ‍struggling⁢ to conceive.

The AI system, developed‍ by [data not provided in source], analyzed a sperm sample using advanced image recognition and machine learning algorithms. Traditional semen analysis relies on manual microscopic examination,which can be prone to human error and may not identify subtle indicators of sperm viability. The AI was able to ‍identify characteristics indicative of ⁤fertilization potential ⁤that were previously undetectable. ⁢Following the AI’s selection,intrauterine insemination (IUI) was performed,resulting in ‌a confirmed pregnancy.

The⁢ couple, who wish to remain anonymous, had been ⁤attempting to ⁢conceive for several years without success. After multiple failed IUI and IVF attempts, they turned ⁣to the AI-assisted ⁣technology as a last resort. The partner is currently in the early stages of⁣ pregnancy, with all indicators pointing to a healthy advancement. Further details regarding the specific AI technology‌ and ‍the clinical protocols used are expected to be published in⁣ a peer-reviewed medical journal in the coming months.

November 2, 2025 0 comments

Technology

Chinese Strategy to Obtain Water from Moon Soil

by Rachel Kim – Technology Editor July 20, 2025

written by Rachel Kim – Technology Editor

China’s Lunar Mission Yields Breakthrough in Oxygen Production from Moon Rocks

A groundbreaking study, leveraging samples from China’s Chang’e-5 lunar mission, has demonstrated a novel method for extracting oxygen and other vital resources directly from the lunar surface.This development holds significant implications for future long-term human presence on the Moon.

The Chang’e-5 mission, which successfully returned lunar samples to Earth, provided the crucial material for this research. Scientists simulated the lunar soil conditions and subjected it to intense sunlight, akin to a solar-powered oven. Thru this process, thay successfully extracted water. This extracted water was then combined with carbon dioxide, the same gas exhaled by humans, to produce oxygen, hydrogen, and carbon monoxide.

The key to this process lies in a lunar mineral called ilmenite. Ilmenite acts as a catalyst,facilitating the chemical reactions that transform water and carbon dioxide into usable products when activated by heat and sunlight. Crucially, this catalyst is readily available on the Moon, eliminating the need to transport it from Earth. Researchers have likened this process to “artificial lunar photosynthesis,” mirroring how plants use sunlight to convert water and carbon dioxide into oxygen and sugars.

Despite the promising nature of this technology, several challenges remain before widespread implementation. the study acknowledges that certain lunar conditions, such as extreme temperature fluctuations, low gravity, and radiation, are tough to fully replicate in laboratory simulations. Furthermore,the composition of lunar soil is not uniform,meaning not all areas may be suitable for this extraction method.

Another consideration is the sufficiency of carbon dioxide from astronauts’ exhalations to meet all the water,fuel,and oxygen needs for a lunar base. The researchers also point to current technological limitations, stating that the catalytic performance is not yet adequate to fully sustain human life in extraterrestrial environments. The current system is a prototype that requires scaling up.

“Overcoming these technical obstacles and the significant costs associated with development, implementation, and operation will be crucial to achieving enduring use of lunar water and space exploration,” stated Wang, a key figure in the research.

July 20, 2025 0 comments

News

The university students of the Region of Murcia must prove a level B2 in languages to achieve the title

by David Harrison – Chief Editor June 29, 2025

written by David Harrison – Chief Editor

Foreign Language Proficiency Now Required for Regional University Graduates

Students in the Murcia region of Spain will soon need to demonstrate intermediate-high level foreign language skills to earn their degrees. This new requirement, expected to be implemented by 2029, reflects a broader shift toward internationalization and enhancing graduate competitiveness in the global job market.

Language Proficiency Mandate

The draft of the Universities Law of the Region of Murcia will make it mandatory for students at the University of Murcia (UMU), Polytechnic of Cartagena (UPCT), and the private UCAM to prove a B2 level of foreign language proficiency. This requirement is expected to be in effect for students starting their studies in 2029.

“The new law is intended to promote greater linguistic training in order to raise academic and technical competitiveness of both students and teachers who join universities.”

—Source Quote

This initiative follows a public consultation process where over 221 contributions were received from various sectors. Spain’s English proficiency ranks 25th out of 35 European countries, highlighting the need for language improvement. According to a 2024 report by Education First, the average English proficiency level in Spain is considered “moderate” (Education First, 2024).

Details of the Requirement

The law mandates that universities adjust their curricula so students can reach the necessary language proficiency by graduation, aligning with the Common European Framework of Reference for Languages (CEFR). The goal is to integrate regional universities with their European counterparts to guarantee equal opportunities for students.

Several other Spanish regions and universities have already implemented similar requirements. Universities in Catalonia, Madrid, Valencia, Cantabria, and the Balearic Islands are already requiring a B2 level for graduates. The final objectives of the academic requirement are to equate the universities of the region with the Europeans to guarantee equal opportunities with other students, improve the employability of students, boost international mobility and break the teaching quality, which “opens doors to international projects.”

The new regulation also builds on ongoing language learning in primary and secondary schools, with more hours of language instruction. Universities will offer language centers, dedicated subjects, and support services to help students. The rectors will also attend the Regional Assembly annually to account for an academic memory.

June 29, 2025 0 comments