Showing 1 to 12 of 26 results
Breakthrough Starshot: A $100 Million Space Mission to Alpha Centauri Ends
In 2016, billionaire Yuri Milner launched Breakthrough Starshot, a $100 million project aiming to send tiny probes to Alpha Centauri within 20 years; however, nine years later, the project is dead due to insurmountable technical challenges and lack of funding.
Breakthrough Starshot: A $100 Million Space Mission to Alpha Centauri Ends
In 2016, billionaire Yuri Milner launched Breakthrough Starshot, a $100 million project aiming to send tiny probes to Alpha Centauri within 20 years; however, nine years later, the project is dead due to insurmountable technical challenges and lack of funding.
Progress
48% Bias Score
China's Growing Role in Global Scientific Innovation
China's significant contributions to nanotechnology patents (43 percent globally) and its emphasis on practical applications, as noted by AIP Publishing's Matteo Cavalleri, highlight its expanding influence on global scientific innovation.
China's Growing Role in Global Scientific Innovation
China's significant contributions to nanotechnology patents (43 percent globally) and its emphasis on practical applications, as noted by AIP Publishing's Matteo Cavalleri, highlight its expanding influence on global scientific innovation.
Progress
48% Bias Score
Non-Invasive Ultrasound Technique Improves Cancer Diagnosis and Treatment
Researchers at Georgia Tech and Emory University developed a novel ultrasound technique using FDA-approved microbubbles to label and track macrophages in real-time, offering a non-invasive method for improved cancer diagnosis, prognosis, and treatment with potential applications in drug delivery and...
Non-Invasive Ultrasound Technique Improves Cancer Diagnosis and Treatment
Researchers at Georgia Tech and Emory University developed a novel ultrasound technique using FDA-approved microbubbles to label and track macrophages in real-time, offering a non-invasive method for improved cancer diagnosis, prognosis, and treatment with potential applications in drug delivery and...
Progress
40% Bias Score
Quantum Friction Observed at Solid-Solid Interfaces
Chinese scientists at the Lanzhou Institute of Chemical Physics experimentally observed quantum friction at solid-solid interfaces for the first time, using folded graphene structures and publishing their findings in Nature Communications; this challenges classical friction laws and opens avenues fo...
Quantum Friction Observed at Solid-Solid Interfaces
Chinese scientists at the Lanzhou Institute of Chemical Physics experimentally observed quantum friction at solid-solid interfaces for the first time, using folded graphene structures and publishing their findings in Nature Communications; this challenges classical friction laws and opens avenues fo...
Progress
36% Bias Score
High-End Tourism and Tech Investments Fuel Greece's Economic Growth
Greece's tourism sector is experiencing significant growth, attracting substantial investments in high-end projects, including a new mega-yacht hub in Astakos, while companies are expanding their operations in Athens, showcasing economic progress and diversification.
High-End Tourism and Tech Investments Fuel Greece's Economic Growth
Greece's tourism sector is experiencing significant growth, attracting substantial investments in high-end projects, including a new mega-yacht hub in Astakos, while companies are expanding their operations in Athens, showcasing economic progress and diversification.
Progress
0% Bias Score
Slovenian Inventor's Chip Innovation Tackles Data Center Energy Consumption
Teja Potočnik's LithoTag, an automated nanomaterial integration platform, addresses the high energy consumption of data centers by enabling the production of more energy-efficient microchips, a solution recognized with the 2025 Young Inventors Prize.
Slovenian Inventor's Chip Innovation Tackles Data Center Energy Consumption
Teja Potočnik's LithoTag, an automated nanomaterial integration platform, addresses the high energy consumption of data centers by enabling the production of more energy-efficient microchips, a solution recognized with the 2025 Young Inventors Prize.
Progress
48% Bias Score
NeuroWorm": A Self-Navigating Microfiber for Brain-Machine Interfaces
Chinese scientists have developed "NeuroWorm", a 200-micrometer-wide microfiber that navigates within the body, monitoring neural signals and tissue deformations in mice, showing promise for brain-machine interfaces and neurological disease treatments.
NeuroWorm": A Self-Navigating Microfiber for Brain-Machine Interfaces
Chinese scientists have developed "NeuroWorm", a 200-micrometer-wide microfiber that navigates within the body, monitoring neural signals and tissue deformations in mice, showing promise for brain-machine interfaces and neurological disease treatments.
Progress
44% Bias Score
China's Expanding Role in Global Scientific Innovation
China's significant contributions to nanotechnology, evidenced by its 43 percent share of global patents (464,000 out of 1.078 million), and its increasing participation in international scientific collaborations, are transforming its role in global innovation, according to a leading industry expert...
China's Expanding Role in Global Scientific Innovation
China's significant contributions to nanotechnology, evidenced by its 43 percent share of global patents (464,000 out of 1.078 million), and its increasing participation in international scientific collaborations, are transforming its role in global innovation, according to a leading industry expert...
Progress
44% Bias Score
Chinese Scientists Synthesize Superhard Hexagonal Diamond
Chinese researchers successfully synthesized a hundred-micron-scale hexagonal diamond, a material harder than Earth diamonds, using a novel method of transforming graphite under high-temperature, high-pressure, and quasi-hydrostatic conditions, as published in Nature.
Chinese Scientists Synthesize Superhard Hexagonal Diamond
Chinese researchers successfully synthesized a hundred-micron-scale hexagonal diamond, a material harder than Earth diamonds, using a novel method of transforming graphite under high-temperature, high-pressure, and quasi-hydrostatic conditions, as published in Nature.
Progress
36% Bias Score
€3.1 Million Grant to Revolutionize Cancer Treatment via Targeted Nanomedicine Delivery
Jesús Santamaría, a Spanish chemical engineer, received a €3.1 million grant to improve cancer treatment by addressing the challenge of delivering nanomedicines to tumors, using a novel 'Trojan Horse' strategy.
€3.1 Million Grant to Revolutionize Cancer Treatment via Targeted Nanomedicine Delivery
Jesús Santamaría, a Spanish chemical engineer, received a €3.1 million grant to improve cancer treatment by addressing the challenge of delivering nanomedicines to tumors, using a novel 'Trojan Horse' strategy.
Progress
36% Bias Score
mRNA-Based Immunotherapy Shows Promise, Potentially Lowering CAR-T Therapy Costs
A new mRNA-based immunotherapy treatment, developed by Carl June and colleagues at the University of Pennsylvania and Capstan, shows promise in treating autoimmune diseases and leukemia in preclinical trials, potentially lowering the cost to around €5,000 per dose.
mRNA-Based Immunotherapy Shows Promise, Potentially Lowering CAR-T Therapy Costs
A new mRNA-based immunotherapy treatment, developed by Carl June and colleagues at the University of Pennsylvania and Capstan, shows promise in treating autoimmune diseases and leukemia in preclinical trials, potentially lowering the cost to around €5,000 per dose.
Progress
48% Bias Score
New Light-Based Cancer Treatment Shows Promise
Texas researchers have developed a new cancer treatment using infrared light and a synthetic blue dye to destroy cancer cells with 99% efficiency in lab cultures; the method, called vibronic-driven action, is currently undergoing further testing and hopes to enter human trials within 5-7 years.
New Light-Based Cancer Treatment Shows Promise
Texas researchers have developed a new cancer treatment using infrared light and a synthetic blue dye to destroy cancer cells with 99% efficiency in lab cultures; the method, called vibronic-driven action, is currently undergoing further testing and hopes to enter human trials within 5-7 years.
Progress
60% Bias Score
Showing 1 to 12 of 26 results