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Impressive content, Life Science Success. Looking forward to your next upload. I smashed that thumbs up button on your video. Keep up the great work! Your insights on the collaboration between machine learning and human understanding are fascinating. How do you see the role of educators evolving in this landscape as AI becomes more integrated into learning processes?

I have studied and followed the latest treatments of cancer. THIO is is unordinary and unlike any of them, and in my opinion the only key that will finally allow humanity to defeat cancer.

🎯 Key points for quick navigation: 04:08 *🧬 Biotech Center Overview* - Bill Bullock's role at NC Biotech and his journey into life sciences economic development. - Discussion about the history and evolution of the biotech industry in North Carolina. - Emphasis on the focus areas of product, process, people, and place in economic development. 13:28 *🌱 NC Biotech's Role & Mission* - The mission of NC Biotech to build a life sciences ecosystem in North Carolina. - Overview of how the organization works towards achieving the goal of becoming a global life sciences leader. - Focus on innovation, investment, job creation, and solving complex problems through life sciences. 21:26 *💡 Innovative Projects* - Overview of NC Biotech's emphasis on biomanufacturing projects. - Statistics on job creation, investments, and growth in the biomanufacturing sector. - Details about initiatives such as the EDA Build Back Better Regional Challenge Grant Program and collaboration with manufacturing innovation institutes. 26:09 *🧬 Impact of recent large deals in North Carolina* - Recent significant deals in North Carolina's life sciences sector - Impacts of these deals on the ecosystem in terms of investments and job creation 27:58 *🏭 Factors contributing to North Carolina's manufacturing success* - Investments in biomanufacturing over the past 20 years - Business-friendly environment attracting manufacturing growth in North Carolina - Historic developments in gene therapy products approval and manufacturing capacity limitations globally 29:52 *💡 Future outlook for life sciences in North Carolina* - Focus on large unmet medical needs in pharmaceutical product innovation - Importance of preparing for future bioeconomy through ecosystem development - Emergence of cross-functional collaborations involving engineering, biology, and data science for innovative solutions Made with HARPA AI

*Climate Stabilizer against Climate Crisis* If a channel of 10km width and 100m depth is to be dug in the Isthmus of Suez and a pumping station is to be built, then the warm water from the tropical area of the Indian Ocean, through the Red Sea, will be pumped into the Mediterranean Sea. If pumped at a rate of 1 million m³/s, then the warm water will lead to increased evaporation from the waters of the Red Sea and the Mediterranean Sea and increase atmospheric precipitation by approximately 820 km³ per year. We calculate how much thermal energy per second will be extracted from the Indian Ocean and the Pacific Ocean. 10^6m³/s × 1000 kg/m³ × 4200 J/(kg × °C) × (29°C ˗ 3°C) = 0.11•10^15 W = 0.11 PW (petawatt) The heat flow power of 0.11 PW is comparable to the excess heat received by the Planetary Ocean due to global warming. That is, this system will be able to extract excess heat from the Southern Hemisphere, preventing the melting of the Antarctic glaciers and the rise of the sea level. At the same time saving the coral colonies from death due to the overheating of the ocean waters in the tropical zone. This is like installing the fan. If too many greenhouse gases have accumulated in the room or it has become too hot, we turn on the fan and quickly solve the problem. We apply the slow solutions later. How much energy is needed to pump water at a speed of 1 million m³/s? The evaluations show that at most 33 GW of power. At the price of $0.04 per kW*h the cost of electricity will be $12 billion per year. Is that a lot or a little? If the climate will improve for 1 billion people, then on average $12 per person per year. The package includes 820 km³ of additional atmospheric precipitation. This amount of water is enough to grow food for another 1 billion people. Along with the water from the Red Sea, a large amount of salt will be pumped into the Atlantic Ocean, which will significantly increase the energy of the ocean currents in the North Atlantic. The Golfstream current system will not ruin itself. Thus, the "Suez Climate Machine" will have a global effect, from Antarctica to the Arctic.

Outstanding interview with a fascinating scientist!

Very informative. May God bless u to continue ur service to the humanity.

Dr. N. Srinivasan. Highly informative

Excellent interview: insightful and inspiring!!

nice.Well done and great video. Imagining your mind..I believe that your channel will flourish someday soon. Lets be friends...